Years after the rollout of the application on both the Apple App Store (May 2020) and Google Play Store (April 2021 – although the Beta version was available as early as October 2020), the Matterport Capture app has garnered hundreds of thousands of downloads. And if you are among those who have downloaded the application but are unsure how to use it to scan 3D spaces, this Matterport capture basics article is meant for you. But first, what is Matterport Capture?

About Matterport Capture

History of Matterport

Founded by Matt Bell and Dave Gausebeck in 2011, Matterport aimed to provide solutions for rapidly scanning spaces and objects, creating digitized 3D models. To achieve this vision, the company created and launched a 3D camera – invented by Matt – and an interactive viewing platform – Dave led the team that engineered this system, which supported hardware integration.

Matterport Capture

Over the years since, Matterport released new solutions and tools that helped improve the user experience. In 2014, for example, Matterport developed and launched the Matterport Capture app for the iPad in 2014 to help users capture and control the Matterport Pro1 3D camera. The app communicated with the camera’s firmware allowing users to execute various functionalities. The Matterport Capture app’s initial features included:

• Control the operation of the Matterport Pro1 3D camera
• View, move, or delete scans
• Upload the scans to Matterport Cloud for processing
• Add or edit mirrors, windows, or trim marking (discussed below)
• Label floors
• Automatic global alignment (Matterport assisted alignment)

The rollout of the Matterport Capture app 2.1 in 2015 brought a few additional features, including:

• Real-time diagnosis and suggestions: it analyzed the model identifying potential problems with the model before alerting the user on what corrective measures to take
• Marking tips and hints on how to add or edit mirrors, windows, and trim the area
• In-app user guide

Combined, the platform, Capture app, and camera have so far helped the company amass a Matterport library containing billions of individual data points and 3D images. In total, Matterport notes, the platform has captured over 15 billion square feet of spatial data. And it is this pool of vital spatial data that the company used to train its AI and machine learning (ML) technology named Cortex, which in turn powers the expanded functionality of the Matterport Capture platform. 

These solutions have helped Matterport emerge as a leader in the virtual tours space, outpacing other Matterport alternative platforms or Matterport competitors.

What is Matterport Capture?

The current generation of smartphone cameras does not include 3D sensors. As such, smartphones usually take 2D (flat) photos, which do not contain depth information. This means that converting such flat images to 3D models would be impossible if not for the power offered by Cortex. With the training from billions of 3D images, this AI technology learned how to estimate, to a great degree of accuracy, the depth of specific sections of a 2D image.

In this regard, Matterport Capture is an application that converts two-dimensional smartphone and iPad cameras into 3D cameras using the Cortex engine. It also enables users to use these devices to control select 3D and 360º cameras. These include Matterport’s very own Pro1 and Pro2 3D cameras, as well as third-party cameras developed by Insta360, Leica, and Ricoh Theta. So, with all these capabilities, is the Matterport capture app free?

The Matterport Capture application is 100% free to all users. And, given that Matterport offers a free package as one of its pricing tiers, clients can use its software platform and mobile phone app for free. Still, you need to create a free account with Matterport. Moreover, the company offers additional features and privileges at a fee – here is a breakdown of Matterport pricing.

Matterport Capture Basics

Matterport Capture Basics: Supported Devices

Matterport recommends that the app be used on the following devices:

•  iPhone devices: iPhone 6S or newer running iOS 14 or higher (iPhones with an ultra-wide-angle camera – iPhone 11 or newer – are preferred)
• iPad devices: iPad Pro (1st, 2nd, 3rd, or 4th generation), iPad (7th or 8th generation), iPad Air (2nd, 3rd, or 4th generation) 
• Android devices: phones running Android 8.0 or higher with 3GB of RAM or more and a gyroscope (for the best results, Matterport recommends a recently launched high-end model with an ultra-wide camera)

Matterport Capture Basics: Getting Started

How do you use the Matterport Capture app? To get started, simply follow the steps below:

1.  First, create a Matterport account via the company’s website, although you can also create the account using the Matterport Capture app
2. Secondly, head to App Store (for the Matterport iPhone and iPad versions) or Play Store (for the Matterport Android version)
3. Next, type “Matterport Capture” on the search bar and click Install
4. Sign in to your Matterport account before creating a scan. You can still scan your space without logging in. However, the app will prompt you to sign in to your account in order to upload the scan.
5. Set up the application for the first scan – discussed below
6. Scan your space (simple or complete scan) – discussed below
7. Upload the scan to the Matterport Cloud for processing

Matterport Capture Basics: Setting up the Application for a Scan

1. First, open the Matterport Capture app on your phone
2. Use the Matterport login button to sign in to your account. Alternatively, you can wait until you have to upload the scan to the cloud. This is because you first have to log in to your account in order to upload the scan.
3. Next, click the + button at the bottom section of the screen to create a new job; this opens a New Job window that displays the location information. The app automatically populates the location information for you. However, it also lets you edit this information according to your preferences.

Matterport New Job Button (source)

1. Click the Save button at the top-right section of the screen
2.  Next, tap the Options button on the left-hand side of the Capture button. This lets you choose between a Complete Scan and a Simple Scan (the differences are detailed below). You can also elect to capture a 3D scan or a 360º image on the Scan Options menu. To capture 3D scans, select the former option.

Matterport Scan Options (source)

1. Finally, the Matterport Capture app lets you choose whether you want to use the phone camera or an external camera (3D or 360º camera). You can achieve this by tapping the Android Camera or iPhone button (above the Capture button). This step displays the Select Source menu, enabling you to choose which camera you wish to use. Then, simply tap the mobile phone option. Alternatively, you can tap the Connect External Camera button to connect to a 3D or 360º camera via Wi-Fi.

Matterport Capture Basics: Simple Scan vs. Complete Scan

As mentioned earlier, you have the liberty to choose between a Simple Scan of a Complete Scan. What does each entail?

•  A Simple Scan lets the Capture app scan the section of the space directly in front of the camera – including the walls and the furniture in the room; this option blurs out the ceiling and floor area (this is because the simple scan uses one 360º rotation – a single horizontal ring)
• A Complete Scan, which uses two 360º rotations (vertical and horizontal rings), scans the walls and furniture as well as the floor and ceiling area 

Matterport Capture Basics: Capturing Matterport 3D Scans

To capture a Matterport 3D scan using the Capture app, simply follow the steps below:

1. Click the Capture button

Matterport Capture Button (source)

2. The screen will display a series of spaced small circles. Each circle represents a specific section of the space whose scans you should take to create a 360º image. First, align the larger capture circle such that it encloses one of the small ones to begin the scan. Next, repeat this step for each of the remaining small circles to complete the 360º scan.

It is noteworthy that the small circles are only positioned horizontally in a simple scan. In this regard, you will have to make a single 360º rotation. On the other hand, Matterport Capture displays small circles along a horizontal and vertical axis. This means you have to make two 360º rotations.

1.  Next, the Matterport Capture app will process the image by stitching the various images.
2. Move to a new scan location, five to eight feet away from your initial scan. Then, click the Capture button to begin a new scan. The app automatically aligns the various scans, provided the scan locations are spaced five to eight feet away.
3. The app will create a 2D mini-map that displays the stitched scan, showing the various scan locations. 

Matterport 2D Mini-Map (source)

1. You can edit the mini-map by adding mirrors and windows. You can also use the trim marking feature, which enables you to specify the boundaries of a room.
2. Upload the scan to the cloud. If you had not signed in to your Matterport account earlier, you should log in at this point.
3. Use Matterport Workshop, an online toolbox, to edit and improve your scan. Here, you can add measurements, tags/labels (Matterport mattertags), and more.

Parting Shot

Matterport is a versatile platform. It enables users to capture Matterport 3D scans of various spaces that, when processed, create 3D virtual tours. The company offers integrated software and hardware solutions that, combined, offer a seamless user experience. The Matterport Capture application, for instance, is one of these solutions. Available on iPads, iPhones, and Android devices, the app enables users to capture 3D scans using their mobile phone cameras. And in this article detailing Matterport capture basics, we have tackled the application’s capabilities. We have also explored how to install and use it.

About Matterport

Matterport Software Platform

Matterport is a software, hardware, and spatial data intelligence company that offers an eponymous spatial data platform. This platform enables users to upload 3D scans of different spaces in order to create 3D models that they can then use for design, building, facilities management, or promotion. Simply, it facilitates the digitization of spaces, creating 3D virtual twins that can be viewed online through a web player in what is known as a virtual tour.

Matterport Spatial Data Platform

The platform has so far been used to capture more than 15 billion square feet of data and growing. This ever-growing volume of spatial data has meant that Matterport is continually building the world’s largest digital library of data, which it can in turn use to improve different functionalities within its arsenal of products. 

For instance, in 2020, the company launched the Matterport Capture app for iOS and a year later rolled out the application to Android phones. While mobile phones are currently not equipped with the requisite sensors to capture 3D scans, the Capture app uses artificial intelligence, trained using data from the company’s extensive library, to convert 2D/flat images to 3D scans and models. 

The library has also enabled Matterport to offer spatial intelligence, integral to facilities management. For example, these professionals can use the platform to narrow down the number of scanned spaces that have particular characteristics from a pool of thousands of spaces. This is especially useful for facilities managers working for organizations such as fast-food brands with thousands of stores. 

The platform is available to a wide array of users, including hobbyists, professionals, enterprises, and businesses. To meet their needs, Matterport offers various packages, each of which is priced differently. Hobbyists, for example, can benefit from the free package, while realtors can use the professional, business, or enterprise package. Matterport’s offerings and packages target different industries, including:

• Travel and hospitality
• Real estate
• Retail 
• Insurance and restoration
• Facilities management
• Architecture, engineering, and construction
• Homeowners looking to showcase their homes for sale
• 3D photography

Matterport Hardware

To enable its users to capture high-quality scans, Matterport offers the Pro series 3D cameras. And just like you may opt to use Matterport alternatives, you can also elect to use other cameras from third-party providers. However, these cameras must fulfill certain basic requirements. In this Matterport camera comparison article, therefore, we will list and discuss the other cameras supported by the Matterport platform. 

History of Matterport 3D Camera

Matterport 3D Camera Roots: Kinect Hack

The story of the Matterport camera begins with a hack (yes, you read that right). In 2011, Co-Founder Matt Bell was among many hackers who had realized the power of Microsoft Kinect. A motion-sensing input device, Kinect enabled video game players to play with their bodies. They eventually identified other uses for it.

In Bell’s case, he had envisioned a device that, when coupled with software, would enable users to capture real estate spaces or products. Bell attached a camera to his Kinect that he had, in turn, plugged into his laptop. Bell regards this as the company’s first prototype (a good proof of concept). Now discontinued, Kinect, which Bell described as the first consumer-level device that could see in 3D, inspired the creation of the 3D equivalent of a camera. 

Matterport Pro1 3D Camera

In fact, in order to create the company’s first 3D camera, Matterport worked with PrimeSense, the organization that had developed the internal components of the Kinect. As a result, Matterport’s first camera, the Matterport Pro1 3D camera, incorporated three of PrimeSense’s sensors. Matterport launched the camera in 2014 with the launch of the 3D media platform that also consisted of the Matterport Web Player and cloud services.

Bell is credited for inventing the 3D camera, known as Matterport Pro1 (the first iteration), with his Co-Founder Dave Gausebeck responsible for creating the software (hardware integration and algorithms that drove the 3D creation tool).

The Matterport Pro 3D camera captured raw 3D scans that the software, a real-time 3D reconstruction platform, then used to create 3D models of buildings. The combination of its hardware and software shortened the time it originally took to create 3D models – from weeks to between 30 and 45 minutes (for a typical three-bedroomed house). It also required fewer professionals.

Matterport Pro2 3D Camera

In 2017, Matterport released the second and latest iteration of its 3D camera, the Matterport Pro2. This 134-megapixel camera uses an infrared sensor and captures high-quality 4K two-dimensional images as well as state-of-the-art three-dimensional and virtual reality (VR) floor plans and walkthroughs. 

In addition, it generates spherical images and 360º views, which make it easy to capture and communicate the appearance and depth of spaces. It also has in-built GPS technology that facilitates automatic geotagging of locations. Furthermore, the camera also has advanced social sharing and syndication features.

Matterport Pro2 3D Camera (source)

Matterport Cameras Compared

We begin our Matterport camera comparison analysis by looking at Matterport’s two iterations of 3D cameras. These are the Matterport Pro1 and Pro2 3D cameras. It is, however, important to point out that although Matterport develops and sells proprietary 3D cameras that also capture 360º images/videos in outdoor settings, the platform supports cameras from other manufacturers as well. But the software limits this support to 360 cameras from a limited selection of manufacturers, as discussed later.

Matterport Pro1 Camera vs. Matterport Pro2 3D Camera

Matterport’s first and second generations of its 3D cameras differ in many ways. But this does not mean that they do not have some similar features. After all, they are all Matterport cameras. The Matterport camera comparison table below summarizes the similarities and differences.

The similarities between Matterport Pro1 and Pro2:

• Both capture 3D and 360º images
• They are mainly used to scan indoor spaces
• For both, outdoor scans are primarily captured using the camera’s 360º capture tool
• They have a capture time per scan/sweep of 20 seconds
• They support wireless connections via Wi-Fi
• Pro1 and Pro2 cameras have similar dimensions:  9.0” H, 10.25” W, 4.38” D (230 x 260 x 110 mm)

Table 1:  Matterport Cameras Compared: Differences Between Pro1 and Pro2 3D Cameras

Matterport also offers a lighter (weight) and cheaper version of the Pro2 3D Camera called the Pro2 Lite 3D Camera, which was launched in 2018. The grey Pro2 Lite (instead of black) debuted at $2,495.

Matterport 360º Cameras from Other Manufacturers

As detailed, Matterport supports cameras from third-party providers as part of a horizontal platform strategy. This strategy targets the entry-level segment of the virtual tours market, which does not need the image quality, performance, and accuracy offered by the Matterport Pro series camera. That said, the cameras must fulfill several basic requirements. At a minimum, they must support Wi-Fi connectivity in addition to being 360º cameras. The latter requirement means Matterport does not support DSLR cameras.

Matterport supports the following cameras:

• Leica BLK360
• Insta360 ONE X2
• Insta360 ONE R)
• Ricoh Theta SC2
• Ricoh Theta Z1

It is noteworthy that the Leica BLK360 is a precision pro camera, while the rest are entry-level cameras. This means that the Matterport Pro series 3D cameras, which the company regards as the Professional line of cameras, are the middle ground between the Precision Proline and entry-level cameras.

Insta360 also offers the 48-megapixel Insta360 ONE RS 360º camera, which starts at $299 and has similar features as the Insta360 ONE R camera.

Insta360 ONE RS Camera (source)

Leica BLK360 Camera (source)

Ricoh Theta SC2 Camera (source)

Ricoh Theta Z1 Camera (source)

Feature Comparison: Matterport Camera Under $1,000

Table 2: Matterport Cameras Under $1000 Compared

Feature Comparison: Matterport Cameras Over $1,000

Which Matterport Camera Should You Use?

Matterport supports different 360º cameras, enabling a wide selection of users to enjoy its platform’s benefits. The choice of the camera depends on the nature of your work and your budget. It is also dependent on the features and capabilities of the camera, i.e., does the camera capture 3D scans, or does it only capture 360º images? The Matterport camera comparison tables above have broken down what each camera offers. 

Your nature of work will dictate the level of accuracy and precision required of the scans. So, if your work requires high-precision, high accuracy 3D scans, such as surveying, then you should go for a precision pro camera. Similarly, if your work requires you to make high-quality and high-accuracy 3D scans supported by a relatively considerable budget, it would be best to choose professional-grade cameras. 

Moreover, if you are just venturing into the 3D virtual tours space, entry-level 360º cameras are your best bet. The list below summarizes the options available for each tier. Finally, you can simply use your mobile phone if you are a hobbyist, virtual tours enthusiast, or homeowner without an elaborate budget to purchase a 360º camera.

• Precision Pro camera: Leica BLK360
• Professional-grade camera: Matterport Pro1 and Pro2
• Entry-level 360º cameras: Insta360 ONE X2, Insta360 ONE R, Insta360 ONE RS, Ricoh Theta Z1, and Ricoh Theta SC2
• Enthusiasts: Mobile phone (Android or iOS phone – the Matterport Capture app must be installed)
• To utilize Matterport’s Add-on features, namely Matterpak Bundle, E57 File, Matterport Trueplan, and Matterport BIM File, you must first capture your model using a Matterport Pro, Pro2, Pro2 Lite, or Leica BLK360 camera. You cannot use 360º cameras or mobile phones if you wish to purchase any of the add-ons mentioned above

Conclusion

Matterport is a technology company focused on providing software, hardware, and spatial data solutions. Its hardware offerings include professional-grade cameras, Matterport Pro1 and Pro2, and a motorized mount for mobile phone users. The company’s software platform also supports third-party 360º cameras, expanding the options available to customers. In this Matterport camera comparison article, we have detailed each camera’s capability. Finally, we have the question, what camera should you choose from a selection that includes your mobile phone camera, Insta360 ONE X2, Insta360 ONE R, Insta360 ONE RS, Ricoh Theta Z1, Ricoh Theta SC2, Matterport Pro1, Pro2, and Leica BLK360.

History of Matterport

Formative Years

Headquartered in Sunnyvale, California, Matterport is a publicly-traded company that is just over ten years old. It was founded in 2011 by Dave Gausebeck and Matt Bell and grew progressively as a budding upstart thanks to investor funding as well as its vision to revolutionize the real estate space. In its formative years, Matterport focused on developing a 3D capture camera and an online viewing system, which was eventually launched in the second half of 2013. The platform enabled users to automatically create, modify, experience, and access cloud-based digital models of physical interior spaces.

2014 to 2017

In the summer of 2014, the company began rolling out capturing devices, the Matterport Pro 3D camera, in a move that expanded its capabilities even further. According to pundits, the camera came to define Matterport’s operations and its origin story even though it was released much later than the viewing platform. 

At that time, too, Matterport had not yet started supporting 3D capture via mobile phones. But the company hoped it would eventually support this capability after developing applications that would enable smartphones, tablets, and accessory 3D camera owners to capture and upload 3D scans. Also, Matterport hoped mobile phone technology would advance to accommodate this vision. 

Indeed, the Matterport Pro 3D camera complemented the company’s initial offering. Customers could use them to take 3D scans of the interior spaces and upload the files to the cloud, where Matterport’s revolutionary platform would process the data into high-resolution 3D models. The platform would then allow users to view the processed content (virtual tour) via its website and third-party platforms that ran on the company’s cloud. 

Throughout its formative years, however, Matterport wanted to be more than just a camera company. In line with this spirit, the company in 2015 envisioned the launch of its own VR headsets to rival the likes of Oculus, enabling users to tour the 3D virtual spaces in a more immersive manner. But Matterport had still not yet rolled out 3D capture capabilities for mobile phone users at this time.

2018 to Present

In 2018, Matterport hired its current President and CEO, RJ Pittman. Pittman has since modified the company’s direction by making it a data company that leverages the millions of data points collected whenever 3D scans are uploaded to the software platform. This renewed focus enables Matterport to digitize spatial data providing building intelligence on different spaces as well as targeted and accurate results to search queries. 

In 2021, Matterport finally launched the Matterport capture app for smartphones, extending its services to mobile phone users. Given that mobile phones are not equipped with tools and sensors to capture 3D scans, Matterport developed the Capture platform, which relies on AI – trained using its vast library of spatial data – to convert 2D images to 3D models.

Matterport has also expanded its capabilities and offerings, cementing its place as a leader in the 3D virtual tours space. So, what is Matterport?

What is Matterport?

Matterport is a platform that enables users to capture 3D scans of their spaces, digitize them by creating a 3D virtual twin, and subsequently promote and manage the 3D tours online. The platform also offers spatial data analysis intelligence that enables facilities managers, for example, to narrow down the number of properties that have specific attributes from a list of thousands of similar properties.

Depending on the situation, users can also use the 3D tours as a lodestar to guide the construction of spaces that are similar to what is captured within the Matterport digitized models. For instance, Matterport can generate schematic floor plans from the scans as well as models that can be imported into programs such as Revit, 3ds Max, ReCap, or AutoCAD. 

Matterport also offers professional capture services. Under this arrangement, the company lets you schedule a professional 3D scan wherein you hire a technician from its network of professionals. Matterport then sends you the final 3D virtual tour via email within 24 hours. 

The company also sells 3D cameras, with the current iteration being the Matterport Pro2 3D camera, released in 2017. Regarded as the gold standard for 3D capture, the 134 megapixels camera is ideal for use in various settings, including commercial buildings, apartments, hotels, and homes. Along with the Pro2 camera, Matterport also develops and sells the Axis(TM) motorized mount to facilitate quality scans on mobile phones.

It is worth noting that Matterport offers these hardware and software offerings at a fee. This brings us to the most fundamental bit of this article: Matterport pricing.

Matterport Pricing Explained

Our analysis of Matterport pricing will take a multi-pronged approach that will discuss the various offerings separately. First, it is noteworthy that Matterport uses a subscription model, although some services are available on a one-time fee basis. 

Matterport Pricing: Software Offering

Matterport Pricing: Add-ons

Add-on: Schematic Floor Plans

This schematic floorplans add-on (not to be confused with the Matterport BIM File add-on) allows Matterport customers to purchase 2D floor plans of their 3D models captured using supported cameras and mobile phones. Once an order is placed, Matterport generates floor plans for each floor, which are then delivered as separate PNG and SVG files. The company also offers a single-page PDF document containing all the floors. The Matterport pricing details on this add-on vary based on your package, as summarized below.

It is worth noting that Matterport does not support any other file format apart from PNG, SVG, and PDF. In this regard, if you wish to vectorize the raster floor plans, Scan2CAD is an excellent place to start. As a leading conversion software, Scan2CAD enables you to convert Matterport floor plans to vector file formats such as DXF or DWG.

Add-on: MatterPak Bundle

The MatterPak bundle enables users to download different types of Matterport assets, including:

• OBJ files: these files contain textured 3D meshes created when Matterport combines 2D visual data with 3D depth data (shown below)

Textured 3D Mesh (source)

• Point clouds: colorized models based on 360º panorama images (example shown below)

Point Cloud (source)

• High-resolution floor plan images: unique orthogonal views of textured 3D meshes

High-Resolution Floor Plan Image (source)

• Reflected ceiling plan images: vertical views of everything on the ceiling, including insulation, plumbing, ventilation shafts, wiring, and more

The Matterport pricing for the MatterPak is summarized below:

The MatterPak bundle is only available for purchase to users who capture their models using the Matterport Pro1, Pro2, Pro2 Lite, or Leica BLK360 3D cameras. The feature is therefore not available to users who use supported 360º cameras or mobile phones. It is noteworthy that this requirement also applies to Matterport’s other add-ons, namely the aforementioned Matterport BIM File, TruePlan (discussed below), and the E57 File.

Add-on: Matterport TruePlan

Matterport TruePlan add-on is designed to help property insurance professionals settle their claims efficiently. It leverages the fact that Matterport is a property/spatial data provider. This is because TruePlan is a feature that enables you to purchase a 2D plan of a property you had scanned and uploaded to Matterport. 

Matterport TruePlan (source)

The service is available as a result of a collaborative effort between Matterport and Xactimate, a software that enables policyholders to create accurate, detailed, and professional-looking estimates of property claims. The integration between the software allows Xactimate users to order TruePlans natively on the Xactimate, saving time as a result. The Matterport pricing for this add-on is based on the area covered by the property. This is summarized in the table below. 

 Add-on: Publish to Google Street View

Matterport enables users to publish the 3D virtual tours of non-residential properties to Google Street View. However, the publication is subject to Google Street View’s terms of service. Matterport Pricing for this add-on is summarized in the table below.

 Matterport Pricing: Hardware Offerings

 The Pro2 camera & backpack bundle comes with the Pro2 camera, a tripod, quick release, and backpack, while the small hard case kit comes with a tripod, quick release, and a small hard case. Matterport also sells third-party 360º degree cameras from Insta360 and Ricoh Theta.

Matterport Pricing: Services

 It is worth pointing out that if the Matterport pricing is well over your budget, there are several Matterport alternatives from which to choose. In fact, there are some free 3D virtual tour software as well as non-subscription-based software that require you to pay a one-off fee. 

Parting Shot

Matterport is a technology company that develops both software and hardware. In addition, the company offers allied services and includes add-on offerings for its customers. These products and services are priced separately to suit different users’ needs. And in this Matterport pricing explanation article, we have explored how much different Matterport products and services cost.

Matterport offers a wide range of virtual tour solutions that are priced differently. This article, therefore, explores Matterport pricing for these offerings.

About Matterport

What is Matterport?

Matterport is a web-based platform that allows you to create a 3D digital twin of any given space by capturing 3D scans using a 3D camera, a mobile phone camera (the Capture app has to be installed), or a 360° spherical camera. The platform then processes the images, creating a 3D digital twin of the space.

The 3D twin allows visitors to virtually interact with the space by moving from one position (hotspot) to another. As the creator, you can add tags and measurements to provide the potential buyers with as much information as possible about your property. You can also use the 3D twin as a digital guide to making physical duplicates of the initial layout of a house or production line. 

Screenshot of Matterport 3D Digital Twin of an Ice Cream Parlor (source)

It is noteworthy that Matterport stores the tags, measurement, and virtual tours information to create a user-specific library/repository. With a simple search, you can extract specific information about your properties. Read on for a detailed example of this capability. 

Overall, Matterport’s various unique and powerful capabilities have cemented its place as a leading virtual tour software provider. The company’s myriad offerings put it a step ahead of the competition, i.e., Matterport alternatives.

About Matterport: History

Founded in 2011, Matterport was focused on facilitating easy 3D capture of the real world. According to Co-Founder Matt Bell, the company was founded at a time when virtual reality (VR) was yet to deliver, even though it had captured people’s imagination for years. But the company sought a different path. The path was guided by the dream to create a product that would blend in with interactive 3D content, 3D training simulations, and video games that captured the richness of the digital world. 

Cognizant that creating 3D digital environments required millions of dollars, Matterport looked to change the narrative. It sought to break the barrier between the physical and digital worlds by creating a system that anyone could rely on to capture real spaces in 3D without spending millions of dollars. 

Matterport is founded on the basis that 3D capture goes beyond photography and video. It enables people to capture and encode 360º views of spaces instead of just a single view. Further, it allows users to improve and manipulate the digital world in novel ways. Before Matterport, Matt reckons, the process of reconstructing the world in 3D was complex and slow. At the same time, 3D modeling software was costly and had a steep learning curve. But all this changed with Matterport. 

Since its establishment, Matterport has made a name for itself as a leader in creating 3D virtual tours for residential real estate. It even develops and sells professional-grade cameras – the Matterport Pro2 3D capture system – that enables customers to create high-quality 3D scans of their spaces. 

About Matterport: Present and Future

For years, Matterport focused its attention and offerings on the real estate industry. But with the onboarding of the company’s current Chairman and CEO, RJ Pittman, in December 2018, the company has since pivoted. Currently, Matterport targets multiple other sectors, including: 

• Architecture, Engineering, and Construction (AEC)
• Insurance & Restoration 
• Travel & Hospitality
• Facilities Management
• Retail
• Real Estate

Now, Matterport is focusing on digitizing the entire world – not just real estate – and, in the process, building the most extensive and essential spatial data library in the world. In this regard, Matterport is currently a data company that seeks to unlock the insights hidden inside each captured space. 

Matterport Pricing and Customers

Matterport targets a wide array of customers with its tiered packages. Click here to learn more about Matterport, specifically on the features the company offers for each package. In summary, though, these packages include: 

According to RJ Pittman, Matterport’s enterprise category is the fastest-growing. It currently boasts a portfolio of customers that includes Fortune 1000 companies, industrial and manufacturing firms, and facility management businesses. For example, the company has worked with top pharmaceutical companies to create a 3D digital twin of one production line, which is then used as a guide to creating an actual physical twin of the original production line at scale.

Matterport’s Business Focus

Matterport focuses on three main segments. These include: 

• Software
• Hardware
• Data

About Matterport: A Hardware Company

As a hardware company, it develops and sells the Matterport Pro2 3D capture cameras as well as motorized mounts for mobile phones (Matterport Axis). Considered the best-in-class all-inclusive 3D capture system, the highly precise Matterport Pro 2 captures the highest quality 3D scans in 4K. (Still, Matterport supports other third-party 360º and 3D cameras, including the Leica BLK360.) 

Matterport Pro2 3D Camera (source)

On the other hand, the Matterport Axis motorized mounts (below) enable users to conveniently and steadily capture panoramic images.

Matterport Axis Motorized Mount (source)

About Matterport: A Software Company

The company brings the power of technology to the various industries it targets. They achieve this through a robust web-based application/software that enables users to create, view, and manage their virtual tours. Additionally, the software generates floor plans from 3D scans. Matterport also develops and offers the Capture App for iOS users.

Simply, Matterport is a virtual tour software platform that enables users to automatically create 3D virtual tours. 

About Matterport: A Data Company

Since its inception, Matterport has built a library that contains more than 15 billion square feet of data from over five million spaces. The figures are growing by the day. With this data, the company has created solutions that expand the reach of its product. For instance, the extensive library, coupled with the power of AI, enabled the company to develop the Capture mobile app for iPhones and Android phones.

Natively, mobile phones are not equipped to capture 3D photos. In order to facilitate this capability, Matterport leaned toward AI. The company trained its proprietary Cortex engine with high-quality 3D images taken using its highly precise Pro2 camera. In total, Cortex was trained with data from more than five million spaces, including studios, cruise ship interiors, homes, hotels, fast-food places, and more). 

As a result, the Cortex engine can reconstruct 3D models by predicting 3D geometry from flat photos. Now, mobile phone users (both Android and iPhone) can simply install the Capture app, which converts their phones into literal 3D cameras. 

Additionally, it takes the measurement tool 14 seconds to capture what would take a professional contractor using a laser measuring device weeks to complete. The platform then stores this information for eons, making it a repository that you can access for the life of the building and also if you want to remodel or repair it. 

Users can also rely on Matterport for building intelligence. Facility managers, in particular, can readily access specific data from a pool that contains data on thousands of stores. As an example, a facilities manager working for a fast-food outlet with 15,000 stores can narrow down the search of the number of stores that cover less than 2,500 square feet and have at least two cash registers with just a two-second Google-like search. 

Matterport Offerings and Capabilities

Matterport develops and offers various products and services, each serving a specific function. The company’s offerings include:

• Virtual Tour
• Notes
• Capture App
• Capture Services
• Web-based Platform
• BIM File Generation and Visualization Capabilities

Matterport Virtual Tour

Matterport enables its customers to create 3D digital twins of disparate spaces. So far, the software has been used to capture more than five million spaces, a figure that is continuously growing. In addition, users can include tags and measurements to improve the user experience for anyone viewing the tour.

Screenshot Showing Matterport Measurement Tool (source)

Matterport Notes

Matterport recently released Matterport Notes targeted at promoting team collaboration, documentation, and communication. With this feature, you can upload field notes and documents right inside the digital twins. It also allows users to invite friends and family to document what they like about the space, making Matterport a useful solution for people looking to purchase a property. 

In addition, colleagues can use Matterport notes to collaborate on office layouts and pace planning. At the same time, companies can use the feature to allocate tasks and make decisions that involve facilities located in different parts of the world.

Matterport Capture App

Powered by AI, the Matterport Capture App enables mobile phone users to capture 3D scans with Matterport. The application automatically downloads the Cortex engine, which, as stated, uses artificial intelligence (AI) to convert the 2D panoramic images captured by a mobile phone camera into 3D models/scans. To use the Capture app, you need to be signed in to your Matterport account. 

Matterport Capture Services

The Matterport Capture Services is a professional scan service that lets you hire a technician to help you capture professional 3D scans. The company will then process the images and subsequently send the final 3D digital twin of your property within 24 hours. 

Matterport Web-Based Platform

Matterport provides a dashboard, which customers can use to securely manage their 3D models. Here, they can collaborate or transfer the ownership of models with friends or colleagues. For instance, the platform supports collaboration by allowing users to make descriptive notes. 

Matterport BIM File Generation and Visualization Capabilities

The company has also made visualization easy. For instance, Matterport allows users to generate 3D Revit models and 2D CAD files of the scanned property. Dubbed the Matterport BIM file, this function is available for users on the Professional plan or higher. To generate the Revit models and 2D CAD files, users must first scan their spaces using Matterport or Leica cameras. This means you cannot use a phone or tablet. 

It is noteworthy that Matterport avails the files as a zip file containing PDF and PNG files. Thus, if you want to edit them using CAD software, you first have to convert the raster files to vectors. Scan2CAD offers a convenient and easy way to vectorize PDFs and PNG files, creating high-quality DXF or DWG files.

At the same time, you can use the Matterport Dollhouse View to visualize the relationships between rooms and the space. It offers a 3D floor plan perspective that you can fully interact with, acting as a convenient way to navigate any section of the space. 

Matterhouse Dollhouse View (source)

Parting Shot

Matterport is a leading 3D virtual tour solution for a reason. It offers individual users and enterprises a wide array of features that meet their needs. For instance, it enables collaboration through the Matterport Notes feature. It also allows users to capture 3D scans using their mobile phones, thanks to the power of AI. In addition to providing 3D virtual tour services, Matterport has pivoted towards being a data company, providing spatial intelligence to its customers. With this article, we hope that you have learned everything there is to know about Matterport.

Although Windows PCs are still the standard for most CAD users, it is undeniable that a big chunk of offices and homes use MacOS. So it’s understandable how some might find it intimidating to start using CAD software when there are plenty of these types of programs that are straight up incompatible with MacOS. The industry is changing and developing, however, and we see more and more support for MacOS CAD programs. If you’re a Mac user and are thinking about venturing into the world of Computer Aided Design, we’ve compiled all the information about the topic to help you figure out the best way to move forward.

Best Mac Computers for CAD

Apple’s Lineup of Mac Computers/Products (source)

Let’s take a look at some of the Apple machines that are out there.

1. MacBook Pro

Previously, there were three variants of the MacBook Pro, distinguishable by the size of the display: the smaller 13-inch, the intermediate 14.2-inch, and the larger 16.2-inch. But Apple has since done away with the 13-inch MacBook Pro and refreshed the two remaining variants with new Apple Silicon chips.

If you’re looking to purchase the 14.2-inch model, you can configure it with a 10-core M4 (with integrated 10-core GPU), a 12-core or 14-core M4 Pro (with integrated 16-core or 20-core GPU), or a 14-core or 16-core M4 Max (with integrated 32-core or 40-core GPU). The larger 16.2-inch model is powered by the M2 Pro or M2 Max chips.

Apple states that the M4’s 10-core CPU is up to 1.8x faster than M1, while its 10-core GPU is up to 2x faster than M1. But it may not be sufficient to handle more demanding workloads during rendering, for instance; which is why you can configure your MacBook Pro with the M4 Pro or M4 Max chips.

The MacBook Pro with M4 and M4 Pro can support two external displays on top of the built-in display, while the MacBook Pro with M4 Max can support up to four. This support is thanks to the computer’s three Thunderbolt 4 or 5 ports as well as a HDMI port. But you can still make do with the built-in Liquid Retina XDR display that offers 1,600 nits of peak HDR brightness and up to 1,000 nits of brightness for SDR content. This means the display is bright enough to enable you to work outside.

Another feature that boosts off-site work is the battery life. The M4 family of chips delivers high power efficiency and promises up to 24 hours of battery life, according to Apple. So, you can comfortably work off-site without worrying about disruptions that come with a short battery life.

2. iMac

The latest release of the 24-inch iMac was unveiled in 2024. Like the previous-generation M1-powered iMac (released in 2021), the latest release sports a modern, refreshing, and svelte shape that resulted from a complete design overhaul. It nonetheless continues Apple’s tradition of the ‘all-in-one’ computer that combines the display and computing power in the same chassis and cover.

Under the hood, the 24-inch computer is powered by an 8-core or 10-core CPU and an integrated 8-core or 10-core GPU, depending on how you configure it. You can also configure the computer with 16GB, 24GB, or 32GB of unified memory (RAM) and up to 2TB of SSD storage.

Compared to the iMac with M1, the 2024 iMac with M4 is up to 1.7 times faster for daily productivity and 2.1x faster for demanding workflows like CAD design and photo editing. This is a considerable improvement over even the early-generation Intel-powered 21.5-inch iMac, considering the iMac with M1 itself boasted up to 85% faster CPU performanceand up to 2x faster GPU performance than the 21.5-inch iMac. Combined, its features and extra performance make the 2024 iMac ideal for intense workloads, including CAD software-based rendering and design.

While the keyboard and mouse are not built into the chassis, Apple sells the Magic Mouse and Magic Keyboard with every iMac purchase. In addition, you can choose to purchase the Magic Trackpad as an extra. Unfortunately, this option will require you to fork out $50 more. Other extras include buying a Magic Keyboard with Touch ID and Numeric Keypad ($80).

3. Mac Mini

Described as the “best portable workstation Mac” by a renowned tech YouTuber, the latest Mac Mini does pack a punch within a small form factor. It’s also affordable, with the base version coming in at $599.00. The new Mac Mini, unveiled in 2024, is powered by the M4 or M4 Pro. It is “more mighty, more mini,” claimed Apple. It’s less than half the size of the previous model, measuring just five by five inches.

Yet, the Mac Mini with M4 delivers up to 2.2x faster GPU performance and up to 1.8x faster CPU performance over the previous generation M1-powered model. The Mac Mini with M4 Pro boasts up to 2x GPU performance over the M4’s GPU and has what Apple claims to be the “world’s fastest CPU core with lightning-fast single-threaded performance.” Accordingly, the Mac Mini with M4 Pro is ideal for running CAD software applications like AutoCAD, Civil 3D, and Inventor, just to mention a few, which are single-threaded applications.

The Mac Mini sports various ports, including two front-facing USB-C ports and a headphone jack. It also features three Thunderbolt 4 or 5 ports, an Ethernet port, and an HDMI port on the back. Through these ports, the Mac Mini with M4 can support up to two 6K displays and up to one 5K display. The Mac Mini with M4 Pro can support up to three 6K displays. You nonetheless have to purchase these displays as well as other peripherals (a mouse and a keyboard) separately.

4. Mac Studio

The latest iteration of the Mac Studio, unveiled in June 2023, features the M2 Max and the M2 Ultra chips. (According to Apple, M2 Ultra delivers twice the capabilities and performance of the M2 Max.) The 2023 Mac Studio replaced the previous-generation Mac Studio, which was powered by the M1 Max and the M1 Ultra. Apple claims the 2023 Mac Studio delivers “a huge boost in performance and enhanced connectivity in its stunningly compact design.”

The company further claims that the M2 Ultra-powered 2023 Mac Studio is up to 3x faster than the M1 Ultra-powered Mac Studio. The M2 Max-powered Mac Studio is up to 50% faster than the previous-generation Mac Studio with M1 Max.

In terms of connectivity, the 2023 Mac Studio features a higher-bandwidth HDMI, Wi-Fi 6E and Bluetooth 5.3 connectivity, four Thunderbolt 4 powers, a 10Gb Ethernet port, two USB-A ports, two USB-C ports, and an SD card slot. In addition to these built-in ports, you can configure your Mac Studio with up to 8TB SSD storage and up to 96GB of unified memory (for the Mac Studio with M2 Max) or up to 192GB of unified memory (for the Max Studio with M2 Ultra).

Apple also introduced the Studio Display, designed to act as the Mac Studio’s display. You can choose between a Studio Display with a tilt-adjustable stand or a Studio Display with a tilt- and height-adjustable stand.

5. Mac Pro

The Mac Pro is the most expensive device in the Mac lineup. With a starting price of $6,999.00, this workstation is designed for professionals and business owners. After all, this price tag is difficult to justify if there isn’t a direct return on investment. And that can only happen if used in a business or work setting.

Until June 2023, the Mac Pro was the only remnant of the previous Intel-powered dispensation. While the company had refreshed the other products by powering them with its M-series chips, the Mac Pro still sported an Intel Xeon W processor and AMD Radeon Pro GPU. However, Apple unveiled the Mac Pro, featuring the M2 Ultra. This unveiling completed the Mac transition to Apple silicon. According to the company, the M2 Ultra-powered Mac Pro is up to 3x faster than the Intel-based model.

The computer can be configured with unified memory of up to 192GB and 800GB/s of bandwidth, enabling it to accomplish things that weren’t possible before. The high RAM allows the computer to handle large CAD files and render complex scenes with a lot of geometry and textures.

The 2023 Mac Pro boasts unmatched connectivity with eight built-in Thunderbolt 4 ports, Wi-Fi 6E, Bluetooth 5.3, three USB-A ports, 2 HDMI ports, a headphone jack, and two 10Gb Ethernet ports. It also features seven PCIe expansion slots, allowing users to customize the computer with digital signal processing (DSP) cards and serial digital interface (SDI) I/O cards.

Apple notes that the Mac Pro delivers groundbreaking performance and takes “the most demanding workflows to the next level.” In this regard, this computer can be useful for designers who work on complex design projects and need high computing power to process their designs without crashing or disruptions.

It is worth bearing in mind that you also have to purchase a display, mouse, and keyboard alongside your Mac Mini, Mac Studio, and Mac Pro. You can opt for the peripheral devices Apple sells, including the Apple Studio Display. Alternatively, you can consider looking at the best mouse for CAD, the best display for CAD, and the best keyboard for CAD.

Considerations when Choosing Mac Products for CAD

If you are considering buying an Mac product, it is important to take several factors into account. These include:

1. Price
2. Upgradability
3. CAD software that can run on MacOS
4. Portability 

1. Price

The price of Mac products dictate the features of the device. Looking at the different Mac products, we can segment them into  mid-range, high-end, and budget buy categories. However, we have not discussed in our list Apple’s budget laptop, the MacBook Air, as it does not have active cooling for the powerful M1 or M2 chip. So using it for intensive workloads as is the case when using CAD software will likely make it overheat. Generally, however, and looking at the hardware requirements of different CAD software, the different Mac products in our list are pretty capable of running CAD applications. 

2. Upgradability

The biggest con that Apple’s computers have is their upgradability. Apple prides itself on its great design, but almost doesn’t trust its consumers to have the know-how to tailor-fit their personal machines to their own needs. Upgrades and modifications made after the sale are almost needlessly difficult for most MacOS computers. So be sure to do your research and figure out what technical specifications best suit your CAD needs before you buy a Mac, because you’re more or less stuck with your choices until you purchase a new machine.

3. Portability

As an engineer, designer, or architect, you will agree with me that your work may require you to leave your office in order to conduct some field work. This is where portability comes in handy. You can more easily and conveniently carry a MacBook laptop as opposed to the bulky Mac Pro or other Mac devices that need to be plugged in to function.

4. CAD software that can run on MacOS

Also, seeing as most software developers consider the PC to be the default machine for CAD users, there are a few programs out there that just straight up don’t have a Mac port. Autodesk’s Inventor, for example, can only run on Windows. The issue is compounded by the migration towards Apple SOC. The worsened situation stems from the fact that you can no longer partition the SSD to also run Windows, a workaround you could previously use.

That said, let’s take a look at some CAD software that you can run on you Mac.

CAD Software for Mac

1. Autodesk Product Collection

Autodesk doesn’t offer just a single piece of software; it actually has a whole suite of different design programs for CAD users with different needs and drafting requirements. It’s first on the list since it has one of the most widely-used set of CAD products in the market.

AutoCAD is a clear-cut CAD program that can handle most standard vector file formats and is primarily used for 2D technical drawings but can also handle 3D information. For those in the building and construction industry, Autodesk’s Revit is a solid BIM program that can fit most if not all design and drafting needs. Do note that Autodesk is primarily PC-based, so there are also a bunch of programs that you won’t be able to use on your Mac by default. Other Autodesk products that are available for Mac include Inventor and Civil3D.

Autodesk AutoCAD on Mac (source)

2. SketchUp

SketchUp is a modeling program catered to be an intuitive 3D solution for most design, manufacturing, and product-making necessities. It makes it to this list because it’s one of the most intuitive pieces of software out there and is great for beginners just getting into CAD and 3D modeling. SketchUp has three plans available: SketchUp Free, SketchUp Shop, SketchUp Pro. The SketchUp Free and SketchUp Shop offerings are both web-based, with Free being unpaid and Shop having unlimited cloud storage and access to all uploaded models on SketchUp Warehouse. SketchUp Pro is usable as a stand-alone desktop app and has all the features available for the software.

3. ArchiCAD

ArchiCAD is an architectural design suite that was actually originally designed for the Apple Macintosh back in 1982 by Hungarian company Graphisoft. It’s supposedly the first example of Building Information Modeling or BIM. It was also one of the first CAD programs that were readily available and usable at a commercial level, being usable on personal computers.

ArchiCAD offers a bunch of different packages that offer both 2D drafting and 3D modeling capabilities as well as all functionality that comes with BIM technology. With its variety of tools and technical settings, it may not have the easiest learning curve. But any ArchiCAD veteran will tell you just how useful the programs are and make it worth the time spent mastering it.

4. Vectorworks

Vectorworks is a flexible and versatile desktop app that offers 2D drafting, 3D modeling, BIM capabilities, and photo-realistic visual rendering in a neat, intuitive package. We talk about Vectorworks a lot in our blogs and as it is also available for the Mac, it’s only right we include it on this list. Mainly used in European markets and now owned by German company Nemetschek, Vectorworks was originally developed back in 1985, just three after the launch of AutoCAD. It has three main software packages: Vectorworks Architect, Vectorworks Landmark, Vectorworks Spotlight, and Vectorworks Fundamentals.

5. Free Software (Freeware)

If you find the prospect of paid CAD software a bit too daunting as a beginner, you’ll be glad to find that there are plenty of free-to-use CAD programs out there for the Mac.

1. LibreCAD is an open-source option that offers high-end features such as snap-to-grid functionality, layers, text, dimensioning, and many more.
2. FreeCAD is another interesting pick since it’s a fully-realized 3D parametric modeling program for mechanical engineers and product designers.
3. Blender is also an amazingly intuitive open-source 3D modeling program that focuses on the detailed and artistic side of 3D rendering and modeling.

There are a bunch more free programs out there including limited or trial versions of the paid programs we’ve listed here.

6. Scan2CAD

For more advanced CAD users who have set up a workflow of translating sketches or scanned copies of drawings or plans into workable vector CAD files, Scan2CAD is the perfect conversion solution. The program is primarily used to convert both raster and vector files into CAD-standard vector formats that CAD and modeling programs will be able to recognize and edit.

Some CAD software will have their own raster-to-vector conversion functionality, but none have as much control and precision over the conversion settings than Scan2CAD does. Its main purpose is to cut down the time needed to translate source materials into workable, draftable vector lines and it does its job extremely well.

For a detailed discussion, check out our comprehensive article on the 14 top CAD packages for Mac.

Conclusion

Asking if MacOS computers are good for CAD programs is a bit vague. Like most other technical queries, it all boils down to two things – what specific technical specifications do you already have or are planning to get and what are your needs as a CAD-user? In the end, as long as you do your research, be wise about what your machine can and can’t do, and try to be ingenious about finding workarounds for certain roadblocks, any MacOS machine can handle what you need.

That said, the various Mac products in our list are perfectly capable of running CAD software. To summarize their value proposition, we have made the following list:

• Best budget Mac product for CAD: Mac Mini
• Best mid-range Mac product for CAD: Mac Studio
• Best high-end Mac product for CAD: Mac Pro
• Best portable Mac product for CAD: MacBook Pro
• Best all-in-one Mac product for CAD: 24-inch iMac

Some designers tend to be on the move and they love their work to go with them sometimes to beat deadlines, other times so as not to interrupt the flow of design creativity, and other times to be ready for a “Eureka” moment. As compact as laptops are, they don’t always solve the work-on-the-go issue as they are still considered a bit bulky for this purpose by many engineers and designers. So how does one get handheld mobility combined with the computing power required for CAD? The answer is Tablet Computers. Many CAD software developers, recognizing the need to work on the go, have fully functional versions of their products for tablets.

Now, there are thousands of tablets available in the market today. From play tabs for kids to mobile cinemas to powerful computers. How does one know which one of these would be perfect for running CAD applications? To help answer this question, we at Scan2CAD, after a lot of research, have come up with a list of the best tablets for CAD. 

In this article, we will be reviewing the top 5 tablet computers for CAD, what makes them great, their features, their prices, where to buy them, and much more. Note that some of the products on our list are 2-in-1 laptops and tablets known as convertibles. 

Choosing the Right CAD Tablet: Key Features to Consider

With the market filled with plenty of tablet models and brands, choosing the best tablet for CAD applications can be difficult. Selecting the best from even a shortlist of options can remain challenging. Nonetheless, the ‘best tablet for CAD’ status is not dependent on the manufacturer. Rather, it depends on the tablets’ capabilities and features, which are directly influenced by the following:

1. Central Processing Unit (CPU)
2. Graphics Processing Unit (GPU)
3. RAM and storage
4. Display
5. Battery life
6. Connectivity and ports
7. Accessories
8. Build quality and durability
9. Operating system and software
10. Price and value for money

1. CPU

The CPU of a device is considered as its brain. It is where the majority of tasks are processed. An insufficiently powerful CPU would lead to a lot of lagging during basic activities such as launching CAD software; creating, saving, importing, and exporting files; switching between interfaces; and applying general instructions. Thus, the CPU determines the tablet’s speed and the types of applications it can run. 

CAD applications, especially those with 3D modeling capabilities, consume significant CPU resources. This is because of the mathematical calculations the CPU needs to complete to help the CAD software define complex geometry or represent boundaries.

The processor also promotes multitasking, which is why most processors on the market have multiple cores. But most CAD applications do not take advantage of the higher core count, as they are designed to utilize just a single core. Still, it is necessary to choose a tablet that is supercharged by a multi-core processor because you are bound to use it to run multiple applications simultaneously.

2. GPU

The primary function of the GPU is to render high-resolution graphics. The GPU handles CAD tasks such as simulation, rendering, visualization, presentation, and animation. A powerful GPU is required to perform these tasks properly. But keep in mind that not all graphics cards are ideal for CAD work. In fact, it is crucial to avoid gaming GPUs and instead go with CAD tablets that are equipped with professional GPUs. 

Why are gaming GPUs not appropriate for professional work? The answer boils down to the GPU drivers, which have not been extensively tested and optimized for professional tasks. Professional GPUs come with drivers that have been tested and optimized for professional work. Moreover, their BIOS and other firmware are configured to ensure compatibility with CAD applications and other professional software, as well as stability and reliability. They are, therefore, suited for tasks like CAD, 3D modeling, scientific simulations, animation, video editing, and more. Professional GPUs typically offer higher memory capacities compared to gaming GPUs.

While it may not be practical for tablet manufacturers to include professional GPUs because of the thin frames, you could consider choosing a 2-in-1 laptop. Such laptops have the space to accommodate mobile pro GPUs.

3. RAM and Storage

The minimum recommended RAM and storage for Windows tablets is 16GB and 256GB, respectively. When it comes to iPads, however, Apple does not allow you to choose the iPad’s RAM, even though it offers two options (8GB and 16GB). Instead, you can only choose the storage. And given that the iPad is optimized for mobile use, the minimum 128GB storage can suffice. But if your workflow demands higher storage, purchasing an iPad with higher storage won’t hurt. 

Device manufacturers that sell Android tablets offer various RAM and storage options. For instance, Samsung, which manufactures and sells the Samsung Tab, allows you to choose among three RAM options – 8GB, 12GB, and 16GB – while OnePlus, which manufactures the OnePlus Pad, lets you choose between two options – 8GB and 12GB. The Android tablets are optimized for mobile use, so a minimum storage of 128GB is sufficient. But keep in mind that these tablets can support up to 1TB of storage.

A high RAM and storage capacity provides a lot of legroom to productively complete demanding tasks. For example, a tablet with ample storage space eliminates concerns about the size of files you create or import. Similarly, a RAM that meets the minimum threshold provides enough resources to run even the most demanding CAD programs. Such RAM does not rapidly or easily fill up. Put simply, RAM and storage impact tablet performance.  

4. Display

Most tablets, including high-end devices, do not have 4K displays. This is mainly because of their smaller sizes compared to monitors’ and laptops’ screens. However, most tablets feature high-resolution screens with Full HD (1080p) or better. High-resolution displays are perfect for CAD applications because they provide a greater sense of precision when working with complex geometry and shapes. They also enable users to visually describe the ideated beauty and aesthetics of their creations.

In addition to offering tablets with high-resolution displays, some manufacturers go the extra mile by including technologies that improve such display characteristics as brightness and contrast. The 12.9-inch iPad, for instance, uses Apple’s mini LED display backlight technology. Although it is an LCD screen, it includes thousands of LEDs, which better illuminate the overlying LCD panel, thus delivering higher brightness and better dynamic range and contrast. 

In summary, it is essential to purchase a tablet whose display has a high resolution (a minimum of 1080p) and delivers high brightness, contrast, and dynamic range.

5. Battery Life

Generally, the bigger the device, the higher the battery capacity. This logically also leads to better battery life. However, the battery life also depends on software optimization and hardware components. For instance, devices with ARM-based processors generally offer better battery efficiency compared to those with x86 architecture processors. For context, Android tablets, iPads, and the Surface Pro 11 with 5G are supercharged by ARM-based processors, while x86 processors power most other Windows tablets and 2-in-1 laptops.

Nonetheless, a great tablet for CAD should last for a full day of work on battery power. Tablet manufacturers know this, which is why they often market their devices as having a long battery life. Of course, this is not always true for all tablets, so some manufacturers include indemnities, claiming the battery life depends on usage. To be safe, however, you could choose a device with a larger battery, as indicated by the Wh or mAh. 

6. Connectivity and Ports

Although designed for portability, tablets often require connectivity with other devices. At some point, you will have to plug something in, perhaps to transfer files, listen to music, or charge. Tablets with multiple ports allow you to perform two or more of these activities simultaneously. Most modern tablets have at least one USB-C port. 

The most advanced tablets feature multiple Thunderbolt ports (Thunderbolt 3 or Thunderbolt 4). (Thunderbolt is a proprietary technology that is compatible with most USB-C ports. It supports twice as much bandwidth (up to 40 GB per second) as USB-C. This capability enables Thunderbolt cables to be used to connect tablets to monitors.) Such tablets will also feature a headphone jack and an SD card slot, although the latter is rare in most modern tablets, as not all apps utilize external storage.

If you need additional ports like USB-B, Ethernet, or HDMI, a 2-in-1 laptop might be a better choice.

7. Accessories

Accessories often increase productivity when using CAD applications. While you may not always require them, it is a good idea for tablets to have accessories, and good ones at that. Examples of accessories that are handy in CAD work are keyboards and smart input devices such as stylus pens. While tablets can be used without these additional devices, the workflow and tasks will not be as seamless as in cases where they are in use. 

The stylus pens, for instance, can be used for interacting with CAD applications’ interfaces as you would with a mouse and the mouse pointer. The pens improve the accuracy of selections, reduce wrist strain, and keep the screen smudge-free because they eliminate the need to touch the screen. 

Besides the stylus pens, some tablets, like the Surface Pro 10 and 11, support proprietary accessories like the Surface Slim Pen. The Dial allows for interactive application control. CAD software that supports the Surface Dial enables you to use the tool to rotate, zoom, pan, and manipulate view attributes of 3D models. 

To boost productivity, consider investing in a good keyboard. Pairing a tablet costing over $1,000 with a subpar, inexpensive keyboard may not be advisable. You need a tablet keyboard that has well-spaced keys and one that does not flex when typing. A good keyboard will stay connected to the tablet when you lift it, behaving like a conventional laptop. They should have a sturdy kickstand to support the tablet’s weight at any angle without sliding or falling.

8. Build Quality and Durability

If you have handled both high-end and budget mobile devices, including phones, you have likely observed the different materials used to manufacture their frames. The former category tends to be built using metallic materials, while the latter group comprises devices that are made using hard plastic. Moreover, the build quality of the former is far superior to the latter. One obvious result is the extended durability of high-end devices compared to their budget counterparts. These characteristics apply to tablets, as well.

High-end tablets like the iPad, Microsoft Surface Pro 11, and the Samsung Tab S series are sturdy, lightweight, and boast excellent build quality. Such properties are due to the use of aluminum. To create the tablet’s frame, CNC machines carve out the shape from an extruded block of aluminum using a variety of CNC machining processes. Aluminum gives impeccable structural integrity and rigidity, boosting durability. 

Compared to tablets with a plastic frame, tablets whose frame is curved out of aluminum blocks do not bend easily. So, if you are looking for a tablet that will last long, look no further than one with an aluminum frame. Since aluminum is lighter than many metals while retaining key metallic characteristics, these high-end tablets are usually as lightweight as they are sturdy. A sturdy tablet comes in handy during fieldwork.

9. Operating System and Software

There are three main operating systems to choose from: iPadOS, Android, and Windows. iPadOS came about when Apple expanded the iOS, which was initially designed for iPhones. (The first iPad was released in 2010, but it wasn’t until 2019 that Apple introduced iPadOS.) Within the interim period, iPads ran on iOS. The iPadOS sports numerous features that Apple has improved upon since its first release. For instance, it supports the Apple Pencil, which makes the iPad ideal for sketching and drafting. Do note, however, that iPads cannot access and run macOS applications despite the newer versions of iPads sporting the M-series chips. This means that iPads cannot run popular CAD software, including CAD software packages for macOS.

In 2022, Google announced Android 12L, a version of Android designed for tablets and foldable devices. This mobile operating system is meant to take advantage of tablets’ larger screens, solving a bothersome problem that plagued the preceding smartphone-optimized versions of Android. However, Android 13 incorporates all the features of Android 12L, including better optimization for large screens. Other essential capabilities that can be used in CAD workflows include support for a stylus pen. Thus, you can use an Android tablet to create sketches. However, being a mobile OS, Android cannot run traditional desktop applications. Android tabs cannot run popular CAD tools.

The Windows operating system was originally made for personal computers. Many years later, it is still primarily used to power desktop computers and laptops. However, the OS is also designed to work on tablets, a capability that makes Windows tablets perfect for CAD. Windows tablets can access and run traditional desktop applications like AutoCAD, provided they meet the minimum system requirements. Put simply, Windows tablets can run popular CAD software. Moreover, like iPad and Android tablets, Windows tablets support stylus pens, which is a plus, as you can use them for sketching.

10 Price and Value for Money

While professional tablets are expensive, they are comparably priced to laptops for CAD and working professionals. The cheapest iPad Pro starts at $999, lower than the base-spec Samsung Tab 10 Plus. The most basic configuration of the Microsoft Surface Pro 10 has a buying price of $1,199.99. In comparison, business laptops for CAD with the same memory and storage capacity, dedicated graphics cards for CAD, and a processor with the same number of cores cost more than $1,500. So, despite the price, professional tablets offer value for money. They are as capable as business laptops; they sport powerful specs that are comparable to laptops.

Top 6 Tablets for CAD

1. iPad Pro

First on our list is the iPad Pro. Considering it’s manufactured by Apple, you’re probably expecting great things. And the latest versions of the popular tablet computer, powered by the company’s own ARM-based chip, don’t disappoint. They continue Apple’s grasp of the tablet market.

The latest versions, unveiled on May 7, 2024, the 11-inch and 13-inch iPad Pro tablets are powered by the M4 chip. Apple claims that the M4-powered tablets deliver up to 1.5x faster CPU performance than the previous generation of iPad Pros, which were powered by the M2 chip. Its GPU offers up to 4x faster performance in some pro rendering apps. In addition, the M4 can deliver the same performance as the M2 using just 50% of the power, according to Apple.

They both feature a new thin and light design – the 11-inch weighs in at between 446 and 446 grams and has a thickness of 0.21 inches (5.3 mm), while the larger tablet weighs in at between 579 and 582 grams and has a thickness of 0.20 inches (5.1 mm). This thickness makes the new iPad Pro the thinnest Apple product ever, according to the company.

Available in silver and space black finishes, the new iPad Pro features a recycled aluminum enclosure and an Ultra Retina XDR display. And for enhanced functionality, this tablet computer has a few accessories. These include the Apple Pencil, the Apple Pencil Pro, and an all-new Magic Keyboard and Smart Folio. (These accessories are sold separately.) In terms of connectivity, the iPad Pro includes a USB-C port that delivers fast wired connectivity of up to 40Gb/s.

These performance and power make the iPad Pro ideal for even the most demanding workflows, including the design of architectural and engineering drawings. In fact, there are a number of CAD applications available for iPad, including ARES Commander, Fusion 360, Tinkercad, Shapr3d, AutoCAD, Onshape CAD, and more.

2. Microsoft Surface Pro 

Product Description

The Surface Pro is a tablet that can still serve as or even replace a laptop. It offers touch capabilities, a full-size precision touchpad, and a productive keyboard, with the keyboard sold separately. In that regard, it’s a 2-in-1 device that also functions as one of the best tablets for CAD.

In early 2025, Microsoft introduced new Surface Pro devices, the 11^th edition specifically designed for businesses. The Surface Pro 11 for Business is powered by Intel Core Ultra processors (series 2) and Intel Arc Graphics. You can choose from a lineup of four CPUs, with the Intel Arc graphics responsible for image processing and accelerating computer graphics.

Microsoft also offers a version of the Surface Pro 11^th edition, powered by Snapdragon chips (the Snapdragon X Plus and Snapdragon X Elite). The Snapdragon-powered Surface Pro 11 starts at $898.54. The Surface Pro powered by the X Plus chip is cheaper and can be configured with only 16GB of RAM and up to 512GB of storage. The one powered by the X Elite chip has a higher battery capacity and can be configured with up to 32GB RAM and up to 1TB of storage. It’s also more expensive, starting at $1,199.99.

Alternatively, you can choose to purchase the equally formidable Surface Pro 10. Released in 2024, the Surface Pro 10 is powered by Intel Core Ultra Processors (Series 1). Like the Surface Pro 11, the Surface Pro 10 is designed for businesses and features the same dimensions. However, it is a bit lighter and can be configured with more RAM (up to 64GB). The Surface Pro 11 can be configured with 16GB or 32GB RAM. That said, both versions support the same storage capacities of 256GB, 512GB, or 1TB SSD storage.

3. Samsung Galaxy Tab S10 Series

Product Description

For hardcore fans of the Android OS who require the power of a laptop computer and the larger screen of a tablet, look no further than the Galaxy Tab S10 family. The family now comprises two variants – the Galaxy Tab S10 Plus and Galaxy Tab S10 Ultra – down from three variants that were part of the Galaxy Tab S9 series.

Announced in September 2024, the Galaxy Tab S10 series tablets are the first tablets purposefully built for AI, according to the Samsung news release. The Galaxy Tap S10 Ultra delivers performance upgrades over the Galaxy Tab S9, boasting 18% more CPU and 28% more GPU performance. And given that both the Galaxy Tab S10 Plus and Galaxy Tab S10 Ultra share the same CPU and GPU, this performance extends to both variants.

Other key features include a glare-less display that uses the Dynamic AMOLED 2X technology to deliver sharp visuals. The Galaxy Tab S10 series is unique because the S Pen is bundled with both models. You don’t have to purchase it separately, as is the case with other tablets. You can connect the tablets to an Android-compatible external keyboard for CAD (like the Logitech K780, which has a tablet stand) or the Samsung Book Cover keyboard (sold separately).

The two models have different battery capacities: 10,090mAh and 11,200mAh. The Galaxy Tab S10 Plus can be configured with up to 512GB storage and 12GB RAM, while the Galaxy Tab S10 Ultra can be fitted with up to 16GB of RAM and up to 1TB of storage. The tablet’s storage can be extended by inserting a microSD card (up to 1.5TB).

4. HP Spectre X360 (2-in-1)

Product Description

The HP Spectre x360 comes in two sizes: the 14-inch model and the 16-inch model. While both models are quite capable, the latter laptop’s size might have influenced the inclusion of a dedicated graphics card, which is not present in the smaller version. This particular model can be configured with the Nvidia GeForce RTX 4050 laptop GPU, a gaming GPU. But as we highlighted in our article on the best graphics card for CAD, gaming cards aren’t well optimized for CAD use.

14-Inch Spectre x360

The 14-inch Spectre x360 is powered by the Intel Core Ultra Series 2 processors: the Intel Cor Ultra 5 125H or the Intel Core Ultra 7 155H. With 14 cores and 18 threads, the 125H has a maximum boosted clock speed of up to 4.5 GHz. The 155H, on the other hand, is architected with 16 cores and 22 threads and is capable of boosting to 4.8 GHz. The 14-inch Spectre x360’s image processing and accelerated graphics are handled by integrated Intel Arc Graphics.

16-Inch Spectre x360

The 16-inch model is powered by the Intel Core Ultra 7 155H only, which can be boosted to up to 4.8 GHz. It can be configured with a dedicated graphics card, the Nvidia GeForce RTX 4050 laptop GPU. The dedicated mobile GPU is paired with dedicated 6GB video RAM.

However, this GPU isn’t certified by most CAD developers, meaning this 2-in-1 laptop is best suited for gaming rather than CAD use. It’s, therefore, advisable to use the one powered by the Intel Arc Graphics GPU, especially if you don’t typically create large assemblies or complicated parts. If you work on large assemblies, you can purchase a laptop for CAD.

The bigger model has a bigger battery and one additional port, a HDMI port. The other features – the memory and storage capacities – are nonetheless the same for both models.

5. Lenovo Yoga 2-in-1 Series

Product Description

The Lenovo Yoga 2-in-1 Series is an extensive lineup of convertible laptops. The laptops are multi-modal – they can be used in laptop, tent, stand, and tablet modes. They also come in different sizes and can be configured with Intel or AMD chips. You can choose between the 14-inch and the 16-inch models. The entire lineup includes the 14-inch Yoga 7i (Intel-powered), the 14-inch Yoga 7 (AMD-powered), the 14-inch Yoga 9i (Intel-powered), the 16-inch Yoga 7i (Intel-powered), and the 16-inch Yoga 7 (AMD-powered).

Encased in aluminum, these laptops do have a study frame aluminum case. They also support touch and can be operated using the Lenovo Digital Pen or the Yoga Pen. And like any other laptop, they can be connected to an external mouse or keyboard. In terms of connectivity, the Yoga 2-in-1 series laptops sport plenty of ports, per the table above.

6. Samsung Galaxy Tab A Series

Product Description

Given the numerous CAD software specifically developed to run seamlessly on Android, the Samsung Galaxy Tab A series makes for the best budget tablet. In October 2023, Samsung launched the new lightweight budget tablets, the Samsung Galaxy Tab A9 and Tab A9+, starting with select markets. The new tablets are meant to replace the Samsung Galaxy Tab A8, released in 2021. The inclusion of the Tab A8 in the table above stems from the fact that the Tab A9 and Tab A9+ have yet to be made available globally. 

Galaxy Tab A8

The Galaxy Tab A8 is powered by the ARM-based Unisoc Tiger T618 octa-core CPU capable of clocking about 2GHz. A dedicated GPU, the Mali G52 MP2, handles the graphics processing. The Galaxy Tab A8’s memory ranges from 2GB to 4GB, with internal storage ranging from 32GB to a maximum of 128GB, depending on the configuration you choose. It has a 7,040mAh battery and a 10.5-inch screen that offers brilliant clarity thanks to its HD resolution. The Galaxy Tab A8 runs Android 11, which can be upgraded to the latest version, Android 13.

Galaxy Tab A9 Series

But if you want to buy the latest in Samsung’s budget tablet lineup, consider the Tab A9 or Tab A9+, which are formidable replacements for the Tab A8. The Samsung Galaxy Tab A9 is powered by the Mediatek Helio G99, which has eight cores; two of these cores can clock 2.2GHz, with six of them clocking 2.0GHz. It relies on the Mali-G57 MC2 GPU to process the graphics displayed on the 8.7-inch screen with a 1340 x 800 resolution. But compared to the A8, the A9 has a smaller battery, which will likely impact the battery life.

Thus, if you want a budget tablet with a bigger battery, the Samsung Tab A9+ fits the description. It has a 7,040mAh battery, similar to its predecessor, the Tab A8. But it has improved features, including the Qualcomm Snapdragon 695 octa-core CPU that can clock 2.2GHz, the Adreno 619 GPU, and a bigger 11-inch screen. Compared to the Tab A9, the Tab A9+ has a better screen resolution – 1920 x 1200 – meaning it boasts better clarity. That said, the A9 and A9+ share the same memory and storage capacities, much higher than the Tab A8. In addition to the built-in storage, the lightweight tablets have a microSD card slot that lets you add up to 1TB of storage.

In terms of connectivity, the Tab A8, A9, and A9+ each have a 3.55mm headphone jack and a USB-C 2.0 port. The latter supports fast charging. However, the port does not support DisplayPort over USB-C or MHL. This, therefore, means that you cannot connect these tablets to an external monitor.

Tablets vs 2-in-1 Laptops for CAD

Tablets and 2-in-1 laptops are both capable devices, each with its advantages and its fair share of disadvantages. Therefore, when choosing between tablets and 2-in-1 laptops, there are plenty of considerations you should make, from pricing and portability to performance, connectivity, and functionality.

Tablets

While tablets lack a permanently attached keyboard or trackpad and have fewer ports, they are not necessarily cheap. Professional-grade tablets can be as costly as, or even surpass the price of, some business laptops. Of course, there are budget tablets; however, they cannot handle demanding CAD-related tasks as excellently as pro tablets can.

Pros of Tablets

1. Tablets are easy to handle thanks to their thin form factor and compactness
2. They are extremely portable because they are lighter
3. Tablets can offer the laptop form factor by adding a keyboard with a built-in trackpad
4. The latest tablet offerings from Apple and Samsung are equipped with the fastest processors, which make them powerful enough to handle demanding CAD tasks

Cons of Tablets

1. Tablets have more limited functionality compared to 2-in-1 laptops
2. They are expensive despite being smaller and lacking traditional input tools
3. Despite supporting a keyboard, trackpad, and mouse, these peripheral devices are not as seamless to use on the tablets as on the 2-in-1 laptops
4. They cannot run desktop applications; on their part, iPads cannot access or run macOS software

2-in-1 Laptops

2-in-1 devices are laptops whose hinge(s) support(s) a 360° rotation. They have permanently attached keyboards and touchpads. Such laptops can be used in laptop, tent, stand, or tablet mode. In tablet mode, the base panel containing the keyboard, motherboard, and battery rotates around the hinge such that the panel’s cover rests behind the top panel, which covers the back of the screen. 

The 2-in-1 laptops are much thicker than tablets, a factor that, though makes them bulkier and heavier, provides enough room to pack in beefier internal components. For this reason, these laptops beat most, if not all, tablets in terms of performance. This means that 2-in-1 laptops are essentially a case of the performance vs. handling trade-off. 

Pros of 2-in-1 Laptops

1. They provide access to full-featured desktop applications
2. 2-in-1 laptops have a wider selection of ports
3. These laptops have more real estate for expansion, including additional RAM slots or SSD
4. They are generally bigger, meaning they can be equipped with more powerful CPUs and dedicated GPUs
5. Their displays can support higher resolutions than tablets, including 4K

Cons of 2-in-1 Laptops

1.  2-in-1 laptops are bulkier and thicker than tablets, especially when in tablet mode, making them less comfortable
2. In tablet mode, the keyboard and touchpad of 2-in-1 laptops are hidden, affecting the user experience. 

Frequently Asked Questions

1. What’s the minimum RAM and storage requirement to run CAD software smoothly on a tablet?
   For most CAD software to work smoothly on a tablet, you require, at the very minimum, 8GB RAM and 128GB storage. However, the recommended specs are much higher. Larger memory and storage capacity boost performance, enabling the device to handle the demanding requirements of CAD applications.
2. Are tablets as effective as desktop devices for CAD tasks?
   No. There are several reasons why tablets are not as effective as desktop devices for CAD tasks. These reasons can broadly be grouped into hardware-related bottlenecks and tablets’ unfavorable user experience. First, tablets have fixed, unupgradable hardware. As expected, fixed hardware can limit performance due to potential bottlenecks.
   Another factor that hinders the effectiveness of tablets compared with desktop devices is the lack of keyboard shortcuts. Multiple applications support shortcuts, which aim to ease and quicken the workflow. Examples include SolidWorks keyboard shortcuts, FreeCAD keyboard shortcuts, BricsCAD keyboard shortcuts, LibreCAD keyboard shortcuts, and SketchUp keyboard shortcuts, just to mention a few.
   That said, some developers have optimized their CAD applications for tablets. As a result, such applications support multi-touch gestures, the stylus pen, keyboard, mouse, and more. Still, the workflow on desktop computers is smoother because most CAD applications were originally designed for desktop use.
3. Is there a difference in performance between Windows, iPadOS, and Android for CAD applications?
   Yes. Most powerful CAD software applications are biased towards the Windows OS, i.e., they are created to run only on Windows devices. In essence, many CAD applications are specifically optimized for Windows. Given that Windows tablets, often 2-in-1 laptops, support styluses, touch functions, mice, and multiple monitors, along with having a permanently attached keyboard, they are better than iPadOS or Android tablets for CAD applications. With Windows tablets, you can enjoy seamless workflow and user experience because of the bigger screens, better multitasking capabilities, the ability to use keyboard shortcuts, and more.
4. Are there CAD-specific apps optimized for tablet use?
   Yes. There are several CAD apps for iPad, that is, apps that can only run on iPadOS; these include SketchUp, uMake, Shapr3d, and Morpholio Trace. Similarly, there are a few CAD apps for Android tablets, namely SketchUp Viewer. Others like Tinkercad, Fusion 360, uMake, Onshape, CorelCAD Mobile, and Roomsketcher are supported by both iPads and Android tablets. This is because they are available as native applications on both iPadOS and Android. Moreover, tablets can easily run web-based CAD software like Onshape and AutoCAD Web.
   Additionally, some desktop CAD applications, such as Bluebeam Revu, SolidWorks, and Siemens NX, are optimized for Windows tablets running the latest version of the OS. This is because they support the Surface Dial and the stylus pens, delivering an immersive CAD experience. The Surface Dial optimizes CAD workflow by bringing the most-used tools and shortcuts directly onto the screen with simple turns and presses of the Dial. Generally, the various software applications let you use the Surface Dial to pan, zoom, rotate, and manipulate view attributes of 3D models. All you have to do is place the Dial directly on the screen and rotate or press the dial.
5. How essential is a stylus or pen for CAD work on a tablet?
   While styluses are not necessary, they have numerous advantages, especially in CAD-related applications. This somewhat speaks to how essential they are, but it sometimes boils down to personal preferences and what you intend to use the tablet for. Styluses or pens offer flexibility by adding a new way of interacting with the CAD software as well as designs and models therein beyond the traditional inputs and the touch screen. They improve comfort by reducing wrist strain. They also reduce unnecessary fingerprint smudges and enhance the accuracy of touch actions and the precision of sketches. By using a stylus, you do not have to worry about using the undo button because of cases of fat fingers, such as pressing the wrong button.
6. What screen resolution and size are optimal for CAD work?
   A minimum resolution of 1080p, also known as full HD, is optimal for CAD work on a tablet. Generally, a high screen resolution is desirable because it gives you a greater sense of precision when looking at or working on objects with complex geometry. Additionally, a high resolution enables you to better understand the aesthetics of your design during the creation process.
   Although a higher resolution like 4K is appealing, it may not be practical for tablets due to limited screen size and the shorter viewing distance compared to, say, a TV screen or computer monitor. As a result of these factors, 4K tablets would lose the details that 4K screens are supposed to afford you. This is why most tablets – including 100% of those in our list – do not have 4K screens. The clear exception is some 2-in-1 devices.
7. Is it possible to connect my tablet to an external monitor for a larger workspace?
   Yes, it is possible, albeit with a few caveats. Modern tablets have a USB-C port, which can transmit data at 20GBps, or a Thunderbolt port, which has a bandwidth of 40GBps. The ability to transmit data at high speed enables them to send video signals, meaning you can use the ports to connect your tablet to an external monitor. But there are a few factors you should take into account.
   For USB-C ports to send audio and video signals to a monitor, they must support DisplayPort over USB-C or MHL. This means that not all tablets can be connected to an external monitor. However, if your tablet has a Thunderbolt-3 port, it can connect – and send video signals – to one 4K monitor. If it has a Thunderbolt-4 port, it can send video signals to two 4K displays or one 8K monitor. It is necessary to keep in mind that you must use Thunderbolt cables with the Thunderbolt ports to enjoy this capability.
8. Is investing in the latest tablet model worth it or will older models suffice for CAD work?
   You do not need to purchase the latest tablet model, as the older model will still get the CAD work done. This is primarily because CAD applications for tablets are meant to run universally on most of the latest tablets. Trimble recommends using the most powerful M1 iPad. In fact, the iPad system requirements for Shapr3D, for instance, show that the application can run on all generations of the iPad Pro, the 4th and later generations of the iPad Air and iPad mini, and the 6th and later generations of the iPad. Similarly, Sketchup for iPad works with various iPad models, including iPad, iPad Pro, iPad Air, and iPad Mini.
   However, if your work involves working with large, demanding CAD models that your current tablet cannot handle, you could consider investing in the latest tablet model, such as the M1 or M2 iPad.

Conclusion

Tablets are known to offer a few advantages over conventional laptops. For example, they are thin and lightweight, and boast a longer battery life because they have less hardware. At the same time, however, 2-in-1 laptops exist. These convertibles combine some of the benefits of tablets with the advantages of laptops. These facts informed our list of the best tablets for CAD as it contains both tablets, such as the iPad Pro, Samsung Galaxy Tab S8, and Microsoft Surface Pro 8 and 9, as well as 2-in-1 laptops, namely HP Spectre x360 and Lenovo Yoga 2-in-1 series. These tablets further stand out in different categories as follows:

• Best Windows tablet: Microsoft Surface Pro 11 for Business
• Best Android tablet: Samsung Galaxy Tab S10+
• Best Apple tablet: iPad Pro (2024)
• Best tablet below $500: Samsung Galaxy Tab A9
• Best tablet above $1,000: Microsoft Surface Pro 11 for Business (fully specced out)
• Best 2-in-1 laptop: Lenovo Yoga 2-in-1 Series laptops 
• Best overall tablet: Microsoft Surface Pro 11 for Business

Other stories we thought you might find interesting include: the new Joyride shoes from Nike designed to make your runs more comfortable; a knee-powered energy harvester for electronic devices; and a new probiotic clothing concept for healthy skin, activated by sweat!

There’s so much to get into in this month’s Coffee Break News, so let’s get started. 

Autodesk earmarks undisclosed investment towards prefab construction firm Factory OS

The construction firm is known for its heavy use of software in its construction of homes, thereby minimizing waste while also speeding up the process. Two years ago, Google worked with Factory OS in a $30 million project to construct short-term housing for its employees in the San Francisco Bay area. Autodesk has already partnered with Factory OS previously via its foundation arm, giving the firm free use of donated software licenses to help the startup in its initial phases. This investment, however, will be the first impact investment made by Autodesk towards Factory OS. 

Joe Speicher, executive director of Autodesk Foundation, explained, “I would argue that looking at the short-term horizon, modular construction looks to be ripe to solve some of our housing challenges. Engaging in this deeper relationship allows us to explore how we can add value.”

Autodesk and Factory OS are looking to integrate and streamline their software platforms in order to simplify design, fabrication, and supply chain management processes. The deal will also maximize Factory OS’s waste material reduction abilities in construction through the use of new digital technologies. Speicher added, “Most companies are very aware that automation and machine learning are disrupting many sectors. They are actually doing something about it.”

Aside from Autodesk, there are several other tech companies channeling substantial investments towards innovative strategies for solving the problem of affordable housing in hot markets such as Seattle and Silicon Valley. Recent investments have included Amazon’s $6.7 million-Series A funding for Plant Prefab.

AMD launches the new Radeon Pro WX 3200 graphics card

The product was launched with relatively little fanfare, but this graphics card is seen to fill a niche that AMD sees a lot of potential in, which is the AEC (architecture, engineering, construction) and manufacturing industries. The Radeon Pro WX 3200 is ISV-certified, fits into small-form CAD workstations, and is quite affordable, staying in the under-$200 budget. 

AMD touted its compact and cost-efficient graphics card in a blog post which also detailed the software programs compatible with the new product, including ANSYS, Autodesk Inventor, Autodesk Revit, CNC Software Mastercam, Dassault Systemes Abaqus, Graphisoft ArchiCAD, Siemens PLM Software Solid Edge, and many more. 

According to AMD, the Radeon Pro WX 3200 is about 33 percent faster than the WX 3100 which came before it. The graphics card works with 4GB of GDDR5 memory, 128-bit interface. The driver set for the graphics card is AMD Radeon Pro Software for Enterprise, along with other AMD Radeon Pro GPUs. 

Design firm Morpholio is now using augmented reality to bring to life a range of iconic furniture designs

Morpholio is teaming up with manufacturer Knoll and leading AR visualization company Thei Interactive to showcase the works of such known designers like Eero Saarinen, Mies van der Rohe, and Marcel Breuer, with the help of AR. 

Morpholio is pushing the limits of how far they can use Augmented Reality in this industry. Anna Kenoff, the co-founder of Morpholio, said, “Knoll’s collection is not only beautiful; the attention to detail made the furniture a perfect argument for why AR needed to go further using Apple’s new USDZ 3D file format.”

The team needed to hurdle two major obstacles, the first one being the detail. As Kenoff explained, “Consumers and interior designers do not rely on cartoonish shapes to make critical decisions about color, space, scale and texture. They need to see detailed finishes, patterns and even stitching to understand how something might really work in an environment.” Morpholio’s popular Board App now combines the abilities of Apple’s ARKit, USDZ 3D file format, iOS13’s “People Occlusion”, and Theia’s AR expertise to solve the detail conundrum.

The other obstacle was answering the question of why AR would be needed in this regard in the first place. Morpholio’s goal was to make AR part of an even bigger process. Mark Collins, co-founder of Morpholio, said, “This isn’t about hitting the buy button on a single piece of furniture. This is powerful visualization technology that needed to be plugged into the entire interior design workflow, helping homeowners and designers alike to imagine and curate spaces holistically.”

Bill Fishkin of Theia sums it up, “By bringing these pieces into AR, we’ve changed the way people can interact with and consider the furniture that will surround them when creating their ideal home or office.  The result is a first in the space and truly redefines how we understand what good AR can do for the design industry.”

Other stories we thought you should check out:

• Nike’s new Joyride shoes use tiny beads and an adaptable cushioning system to make your runs more comfortable. 

• A new knee-powered energy harvester from researchers at the Chinese University of Hong Kong generates enough power to keep small electronic gadgets working. 

• Researcher and designer Rosie Broadhead has collaborated with microbiologist Dr. Callewaert of Ghent University to develop a probiotic clothing concept activated by sweat. 

Additionally, we also covered Autodesk’s Chicago design field laboratory, the Mixed-Reality App from Bentley Systems for Infrastructure Construction projects using Microsoft HoloLens 2, AMD the designs for Sidewalk Labs’ Toronto location.

Let’s dive right into it!

The Tesla Model Y has arrived and features stunning product design

The Tesla Model Y Interior (Source)

Midway into March, Tesla Motors unveiled their product designs of the Model Y. The announcement was made at a party held March 14 at the Tesla design studio in Hawthorne, California. Tesla’s new crossover comes at a much-needed time for Tesla CEO Elon Musk, who is facing some legal troubles with the U.S. Securities and Exchange Commission regarding his controversial tweets.

The Model Y is Tesla’s answer to the increasingly crowded crossover segment, with the new vehicle being a smaller version of the Model X SUV and with the same platform as the Model 3 sedan. Sporting a fastback profile that resembles the Model X, the Model Y does not feature  Falcon Wing doors which are complicated and costly to manufacture. The Model Y will be available in rear-wheel drive form, with a Long Range version and all-wheel drive variants coming by the fall of 2020.

Watch the highlights of the Model Y announcement here:

Nvidia showcases its new Turing GPU’s for CAD use in VR

At the recently held SolidWorks World 2019, Nvidia wowed users with its Turing RTx 4000 graphics board. The company’s own research has shown that majority of SolidWorks users are still using the Maxwell generation of graphics boards, which are slower in performance and hardware acceleration compared to the Turing boards. According to Nvidia, the Turing boards boost performance between 5-7 times faster.

A promo slide touting the technical specs of the Nvidia Turing. (Source)

Turing-powered graphics cards from Nvidia include the GeForce RTX 2080 Ti, RTX 2080, RTX 2070, and RTX 2060, as well as the Nvidia Titan RTX. Turing graphics cards boast of real-time ray tracing which renders realistic visuals and lighting in a 3D environment at a rate of up to 10 GigaRays. The RTX cores allow Turing-based graphics cards to process ray tracing technology at up to 25 times faster speeds than Pascal. Turing architecture also boasts of Tensor Cores which allow artificial intelligence and neural networking for better rendering. This feature was only exclusive to supercomputers in the past.

How CNC milling and photogrammetry are helping rebuild lost ancient architecture

A groundbreaking project named the Million Image Database is making it possible to map and preserve monuments and other artifacts of shared human history through 3D printing, CNC milling, and photogrammetry. This collective partnership between the Museum of the Future Foundation in Dubai, the Institute for Digital Archaeology, and UNESCO utilizes 3D printing to restore monuments and artifacts from the past, making it possible for current generations to bask in their beauty and significance.

According to His Excellency Mohammed Abdullah Al Gergawi, the Minister of Cabinet Affairs and the Future of Dubai UAE, and the Managing Director of the Dubai Museum of the Future Foundation, said, “We’re delighted to be able to bring together so many people from around the world to collaborate on this important project of historical restoration and preservation.  As a result, some of the ancient world’s most remarkable achievements can not only be kept for future generations to enjoy, but thanks to 3D printing technology, can be rebuilt anywhere in the world for all of humanity to enjoy.”

He added, “This partnership between Dubai’s Museum of the Future Foundation, The Institute for Digital Archaeology and UNESCO is extending the boundaries of what we can achieve using the remarkable potential of 3D printing but is also an important example of how we can work together to make a positive contribution to preserving and sharing monuments and artifacts which represent our collective past and cement our future.”

One of the foremost projects of the Million Image Database is the scale reproduction of the 2000-year-old Triumphal Arch from Syria’s Palmyra Site. The Arch was destroyed in 2018 during the Syrian conflict. Using cutting-edge 3D technology, the reconstructed arch will be displayed in Trafalgar Square by April 18.

More picks from this month

Let’s end with some some of favourite finds from the world of design and engineering this month:

• Autodesk announces its generative design field lab in Chicago . The company partnered with the Digital Manufacturing and Design Innovation Institute (DMDII) in opening the 100,000-square-foot innovation center.
• Bentley Systems Introduces Mixed Reality App for Infrastructure Construction Projects Using Microsoft HoloLens 2. The app allows users to interact collaboratively with digital construction models using intuitive gestures to plan, visualize, and experience construction sequencing. 
• Snøhetta and Heatherwick Studio unveil designs for Sidewalk Labs’ Toronto neighborhood. 

In this article, we’re going to run through some of the top laptops for CAD available on the market today. We’ll compare budget and high-end options, showcasing some of the best machines for professionals and hobbyists alike. But first, let us discuss the parameters you should look for when purchasing a laptop.

What to Look Out for When Buying a Laptop for CAD

1. Cost

Most budget laptops, i.e., those below $1,000, may not fulfill the system requirements of most demanding CAD software. This is because such laptops do not have a dedicated GPU. Instead, they utilize integrated graphics, which do not have the requisite VRAM. It may also lack a single-state drive (SSD), which is faster than a hard disk drive. (However, you may find a refurbished laptop that ticks all the boxes while being affordable.)

2. CPU

Most mechanical CAD software, such as SolidWorks, are largely single-threaded. Being single-threaded, their processing operations do not fully utilize multiple cores but instead are performed by a single core. Similarly, AutoCAD is primarily a single-threaded application. Still, these software programs support multi-threading, which requires multiple cores, in specific instances such as rendering, regeneration, simulation, and retrieval of large files. Therefore, it is important to have a CPU with multiple cores, as it can support multi-threading should the need arise.

3. GPU

A good laptop for CAD should have professional graphics cards rather than gaming GPUs. While CAD software can run on gaming GPUs, there are certain nuances that such cards do not possess. Firstly, professional graphics cards primarily focus on OpenGL, an application programming interface that facilitates 2D and 3D rendering of vector graphics. On the other hand, gaming cards are primarily focused on DirectX, a set of APIs designed to handle game programming, multimedia, and video.

Additionally, professional GPUs use certified drivers. Usually, these drivers regularly get CAD-specific bug fixes as the CAD software developers and gaming card manufacturers work in tandem to iron out issues. However, if a bug were to emerge when using a gaming GPU for CAD purposes, it may not receive an update that fixes the issue.

While choosing a professional graphics card, it is crucial to ensure it has the required amount of onboard video RAM (vRAM). A vRAM of 4GB or higher is recommended.

4. Storage

Generally, SSDs are faster, smaller, and consume less energy than HDDs. Thus, if you want fast performance when using your preferred CAD software, as seen through the speed at which the application launches or opens the files, it is advisable to go with a laptop with an SSD. Furthermore, this choice will offer another extra advantage as it may improve battery efficiency.

5. Operating System

Most CAD software programs are available only on Windows. Thus, the OS should be one of your foremost considerations when buying a laptop. 

Against the backdrop of this information, we have identified the 10 best laptops for CAD that are powerful enough to run the latest 2025 programs.

2. Dell Precision 5690

Product Description

Dell describes the Precision 5690 as a mobile workstation that combines performance, beauty, and style. Its sleek look doesn’t betray what’s under the hood. The Precision 5690 boasts powerful features that make it one of the best laptops for CAD.

You can configure it with the NVIDIA RTX 5000 Ada Generation GPU, the most powerful GPU from NVIDIA that can be found in a professional laptop. This GPU complements the computing power of the Intel Core Ultra processors (Series 1), with both delivering power-efficient performance for CAD and other creative workloads.

The powerful GPU and CPU can be paired with up to 64GB RAM and fast SSD storage (up to 4TB). It has a 16-inch display and an aluminum chassis that makes it sturdy. It has a 99.5 Wh battery, meaning it’s compliant with aviation regulations. So, you can carry it with you on field trips.

The Precision 5690 has a starting price of $2,719.00. The purchase price rises to $5,539 if you wish to purchase the model with the NVIDIA RTX 5000 Ada.

3. Lenovo ThinkPad P16v Gen 2

Product Description

The Lenovo ThinkPad P16v Gen 2 is certified to run the 2024 versions of SolidWorks, CATIA, Creo, Vectorworks, and Solid Edge, as well as the 2025 versions of AutoCAD, Inventor, and 3ds Max. It is powered by the Intel Core Ultra processors (series 1), which, according to Intel, are optimized for premium, thin, and powerful laptops. The most powerful chip, the Intel Core Ultra 9 185H, can be boosted to 5.1GHz up from a base frequency of 2.3 GHz.

It can be configured with the Ada generation of discrete GPUs from NVIDIA. You can equip it with the RTX 500, the RTX 1000, the RTX 2000, or the RTX 3000, depending on how intensive and demanding your simulation, modeling, and design workflows are. These options make the Lenovo ThinkPad P16v Gen 2 perfect for different cadres of users.

Other notable features include superfast SSD storage that enables your CAD software to read, write, and save large files at a lightning-fast speed. And with the CPU supporting up to 96GB RAM, you need not worry about whether the ThinkPad P16v Gen 2 can handle large files because this large memory size ensures it can.

4. MSI CreatorPro M16 HX

Product Description

The MSI CreatorPro M16 HX has a decidedly catchy name that immediately shows that it’s meant for creators. At between 21.81 and 27.75 mm thick, depending on the configuration, the CreatorPro M16 HX is by no means slim. But encased within this thick frame are powerful features and specs that make it one of the best laptops for CAD in 2025. Firstly, it can be configured with up to the 14^th generation Intel Core i9-14900HX with 24 cores and a maximum boosted clock speed of 5.8 GHz.

It also features the latest graphics cards for CAD, the NVIDIA RTX Ada generation. You can choose one of three options: the RTX 1000 (with 6GB VRAM), the RTX 2000 (with 8GB VRAM), or the RTX 3000 (with 8GB VRAM). This means this workhorse of a laptop will be useful for designers across a range of fields.

In fact, according to MSI, the CreatorPro M16 HX is ISV-certified in engineering, 3D modeling, designing, and more. They can comfortably run CAD, CAE, and CAM software from developers like Autodesk, Siemens, Ansys, Dassault Systèmes, PTC, Vectorworks (and its parent company Nemetschek), and Graphisoft, to mention just a few.

5.  Dell Precision 5490

Product Description

The Dell Precision 5490 is a small, powerful 14-inch workstation laptop with Intel Core Ultra processors (series 1) and the new-generation NVIDIA RTX graphics cards. These dedicated GPUs guarantee that the Dell Precision 5490 can handle demanding modeling, simulation, and designing workloads. You can choose the NVIDIA RTX 1000 Ada, the NVIDIA RTX 2000 Ada, or the NVIDIA RTX 3000 Ada, with each of these GPUs designed to deliver outstanding professional graphics and compute performance, per NVIDIA.

The Precision 5490 has a Dual Opposing Output fan with Turbo blades, a vapor chamber, and dual intake venting to deal with the heat generated during everyday use. This advanced thermal system keeps the system cool, efficient, and quiet at optimized speeds. Another key point to note is that the Precision 5490 boasts 4 hours longer battery life than the previous generation laptop, according to Dell.

And though it has the smallest display of the Precision mobile workstations on this list of the best laptops for CAD, it still delivers excellent visuals. You can configure your laptop with the lower resolution 1920 x 1200 WLED screen or the higher resolution 2560 x 1600 WLED screen that supports touch.

6. Microsoft Surface Laptop Studio 2

Product Description

The Microsoft Surface Laptop Studio 2 is a touchscreen-based laptop that can be operated using the Surface Slim Pen. Its dynamic woven hinge lets you transition between a laptop form factor for heavy workloads and a tablet-like Studio Mode that converts it into a portable canvas for sketching and notetaking. Combined, these features make creating markups in CAD software and sketching in architectural software quite seamless.

It is powered by the 13^th generation Intel Core i7-13700 with 24 cores and the Nvidia RTX 2000 Ada generation dedicated graphics card for CAD. The latter delivers up to 2x more graphics power, according to Microsoft.

At 1.98kg, the Microsoft Surface Laptop Studio 2 isn’t as heavy as some of the other laptops on this list. It complements this weight with a relatively smaller 14.4-inch display size. That said, this display does pack a punch. It’s touchscreen and boasts a refresh rate of up to 120Hz. Thanks to the built-in Dolby Vision IQ and HDR, the Surface Laptop 2 has accurate colors and contrast.

7. HP ZBook Firefly G11

Product Description

The Firefly G11 is part of the ZBook family of mobile workstations, which is itself part of the Z by HP lineup of high-performance workstation computers. HP recommends the ZBook Firefly G11 for 2D and simple 3D workflows. Going by the company’s recommendations, the ZBook Power G11 is ideal for advanced 3D modeling, rendering, and simulation workflows because it can be configured with the NVIDIA RTX 3000 Ada. However, it’s worth noting that the NVIDIA RTX A500, which is included in the Firefly G11, is certified for use with demanding software like the NX.

Under the hood, the ZBook Firefly G11 has the Intel Core Ultra processors (series 1), with HP allowing you to choose from seven different options. The most powerful option is capable of boosting to 5.0 GHz. In addition, the GPU and CPU are paired with up to 64GB DDR5 RAM and up to 2TB SSD storage. Combined, these features provide professional-grade performance for even the biggest of projects. And to boost mobility, HP claims that the laptop supports fast charging, enabling you to charge the battery to 50% in just 30 minutes.

HP also sells G11s powered by AMD Ryzen 5, 7, 9, and 9 Pro processors. Marketed as the G11 As, these laptops use integrated AMD Radeon Graphics rather than dedicated GPUs. And given that the best laptops for CAD have dedicated GPUs, we don’t recommend going for the G11 As.

8. Lenovo ThinkPad P16s Gen 3

Product Description

One of the most surefire ways to check whether a potential new laptop will be right for your CAD needs is to check for ISV certifications. In layperson’s terms, these certifications indicate that independent vendors have tested the model with specific software and approved that everything is in ship-shape condition and capable of seamlessly running the software. If you decide to use these certifications as your benchmark, you’ll want to take a look at the Lenovo ThinkPad P16s Gen 3.

It has ISV certifications from Ansys, Autodesk, Bentley, PTC, Siemens, Dassault Systèmes, Nemetschek (Vectorworks), and more. It has been tested using software like SolidWorks, CATIA, Vectorworks, Creo, Solid Edge, Teamcenter, Bentley MicroStation, Inventor, Revit, AutoCAD, Maya, and many more.

The Lenovo ThinkPad P16s Gen 3 is a 16-inch Intel-powered workstation laptop for professionals. Its dedicated NVIDIA RTX Ada graphics, Intel Core Ultra processor, and other powerful specs make it one of the best laptops for CAD in 2025. Specifically, the ThinkPad P16s Gen3 for CAD can be configured with one of four Intel Core Ultra Series 1 processors and the Nvidia RTX 500 Ada generation GPU.

Lenovo has also packed up to 96GB of the latest generation of RAM. This memory size makes the workstation ideal for multi-tasking and running complex tasks smoothly. Thanks to its 2TB maximum SSD storage, it can also store large CAD files. This mobile workstation weighs in at 1.82 kgs or 4.01 lbs. Its 16-inch screen is packaged into an outer case that measures 361.50 x 248.6 x 21.13 mm (or 14.24 x 10.06 x 0.81 inches). It starts at $1,599.00.

9. 16.2-Inch MacBook Pro

Product Description

While so many software manufacturers focus near-exclusively on the Windows OS, there are many great CAD software packages for Mac, too. And with Apple’s continued release of new ARM-based M-series Apple Silicon chips for its entire lineup of computers, developers have worked hard to accommodate these changes. As a result, some CAD software applications rely on Rosetta 2, an emulator that enables Macs with Apple Silicon to use apps built for Macs with an Intel processor. Others support the M-series chips natively.

The 2024 16.2-inch MacBook Pro is the largest MacBook laptop. Designed for designers who prefer large screen real estate, this laptop has a larger battery. In fact, Apple claims this new MacBook Pro has “the longest battery life ever in a Mac” and can last up to 24 hours on a single charge.

This laptop can be supercharged by either the M4 Pro or the M4 Max chips, released in October 2024. The M4 Pro supports up to 64GB of unified memory, while the M4 Max supports up to 128GB of unified memory. They boast better performance than the previous-generation M-series chips. These new chips contribute to the aforementioned power efficiency.

10.  14.2-Inch MacBook Pro

Product Description

If you prefer a smaller-sized MacBook workstation, you can consider the 2024 14.2-inch MacBook Pro. It can be configured with one of three variants of the new M4 generation of the company’s Apple silicon chips: the M4, M4 Pro, or the M4 Max. The M4 supports up to 32GB of unified memory, with the M4 Pro and M4 Max supporting up to 64GB and 128GB, respectively. Like the 16.2-inch MacBook Pro, this smaller one also boasts a battery life of up to 24 hours.

Of course, the 14.2-inch MacBook Pro isn’t the smallest MacBook laptop. You can go for the M4-powered 13-inch MacBook Air. However, this smaller model relies on passive cooling (it doesn’t have a cooling fan), meaning it can heat up when required to run demanding software. This is why it isn’t featured on our list despite its capability.

Conclusion

CAD users are lucky in that they have a broad range of options from which to choose when they need to purchase a mobile workstation. If you are looking to purchase a professional-grade laptop in 2025, there are multiple options to consider. In this article, we have discussed the top 10 best laptops for CAD in 2025. And to help you narrow down the options, here is a summary:

• Best budget laptop for CAD in 2025: 14-Inch HP ZBook Firefly G11
• Best mid-budget laptop for CAD in 2025: Dell Precision 5690 or the 16.2-inch MacBook Pro with M4 Pro
• Best high-end laptop for CAD in 2025: Dell Precision 7780
• Best Windows laptop for CAD in 2025: Lenovo ThinkPad P16v Gen 2
• Best macOS laptop for CAD in 2025: 16.2-inch MacBook Pro with M4 Pro

Prefer to build your own machine? Check out our guide covering how to build the ultimate CAD PC.

And the winner is…

Each October sees the Royal Institute of British Architects (RIBA) award the Stirling Prize, one of the U.K.’s premier architecture awards. This year’s diverse shortlist included the new Tate St Ives art gallery, student accommodation in London and even a cemetery. In the end, though, it was the Bloomberg Building in London which took home the prize for firm Foster + Partners.

The winning studio have tasted Stirling Prize victory before, having previously won for the Imperial War Museum Duxford and 30 St Mary Axe—more commonly known as The Gherkin. In awarding them the prize once more, the judges described the building as a “once-in-a-generation project which has pushed the boundaries of research and innovation in architecture”. High praise indeed. To see it for yourself, just check out the video above.

‘Greenest ever’ MacBook Air unveiled

Apple’s MacBook series of laptops have long been a favorite of the design community. That’s why our interest was piqued by rumors which suggested the company would announce a major update to the models in an October 30 event in Brooklyn.

It didn’t disappoint. During the event, Apple CEO Tim Cook showed off a revamped MacBook Air. The first major update since 2015 saw the model adopting features its bigger brothers have already pioneered: a Touch ID fingerprint scanner, a new keyboard, and a Force Touch trackpad. More importantly, the model looks and feels different, with a Retina Display screen and body made from 100% recycled aluminum. It’s this latter update that has seen the model dubbed the “greenest ever”.

Though it’s the MacBook Air that grabbed most of the column inches, other Apple products also saw substantive changes. USB-C replaces Lightning ports in new iPad Pro models, while an updated Mac mini offers new Intel processors and a greater number of Thunderbolt ports. Visit Apple to see what’s different.

A deep dive into London’s eyewear history

If you’re a spectacle-wearer, you’ll likely face a choice between metal and plastic frames when buying a new pair. The debris accumulated at the bottom of the Thames is, it’s safe to say, a less popular option. Nevertheless, that’s exactly what London-based glasses makers Cubitts have used to create a bespoke pair of glasses titled ‘A Frame for London’.

The choice of medium may be a little outré, but, as Cubitts founder Tom Broughton notes, there’s a reason for it. “The oldest pair of spectacles ever found in London dates back to 1430”, he explains—and they were discovered in Thames mud.

Inspired by the find, Cubitts set out to do some dredging of their own. In the course of their ‘mudlarking’, the company came across items as diverse as a boar’s tusk and Victorian marble. Satisfied with what they uncovered, they used the materials to create a unique frame representative of the capital’s history.

You can see how the finished pair came together in the video above. The result is more aesthetically-pleasing than you might think—though don’t expect to see them hit shelves near you any time soon.

“You’ll see fireworks!”: SolidWorks CEO promises 3DEXPERIENCE “eruption”

If you thought the release of SolidWorks 2019 was all Dassault Systèmes had to offer, you may have another think coming. That’s because SolidWorks head Gian Paolo Bassi, in an interview with engineering.com, claimed that “a major breakthrough is coming” with regards to the company’s 3DEXPERIENCE platform.

In perhaps some of the most colorful language ever used in a CAD interview, Bassi claimed that:

The volcano of 3DEXPERIENCE for SolidWorks has been boiling for some time now, and I feel like an eruption is imminent. You’ll see fireworks!

There certainly is a lot to get excited about over at Dassault, with the new release of SolidWorks incorporating exciting AR/VR features and improved performance when dealing with large and complex assemblies.

What’s really firing up Bassi, however, is the sense that we’re approaching a point where small and medium companies alike start adopting PLM en masse. There’s also 3DEXPERIENCE PLM Collaboration Services, which integrates Dassault software into the platform without requiring additional infrastructure or client software.

All of this feeds into a change from ‘CAD as a commodity’ to an era where CAD exists interdependently with modern PLM and PIP software. To read the full, illuminating interview, head to Engineering.com.

A different type of model on the catwalk

Any architecture student will be more than familiar with the blue styrofoam used to create models. In fact, given the field’s demanding workload, you might be a little too familiar with it. In a mid-all-nighter-near-breakdown moment, you might even have been tempted to scream out in frustration and smash your head down into your half-finished model. This, we can only assume, was the starting point for Siba Sahabi’s Persona collection, which seemingly turns architectural models into masks.

We must note here that, while the masks she’s created look like the blue foam we know and (sort of) love, they’re actually made from balsa wood, another favored material of the architectural community. Each part is cut using a CNC machine, before being assembled in stepped layers to form intriguing designs.

In creating the collection, Sahabi aimed to examine what she calls the ‘era of the face’. Persona, she describes, is “the social face the individual presented to the world”. The masks also take their cues from the ‘curated reality’ of social media, with some revealing very little of the wearer’s real face.

To find out more about this collection, and the artist herself, visit Siba Sahabi’s website.

Scan2CAD’s latest guide is here to give you the information you need to invest in the right keyboard for CAD. We’ll look at factors you need to consider when looking at prospective keyboards before finishing off with our top picks. Let’s get started!

Is There a Keyboard for CAD?

If you’re a regular at the Scan2CAD blog, you’ll know that there are computer mice made especially for use with CAD, much like the 3Dconnexion SpaceMouse. Interestingly, however, there’s no such thing as a “CAD keyboard”. That is, you won’t find a keyboard that’s been specially optimized for work with CAD.

Of course, that’s not to say that you should use just any old keyboard. If you’re really looking to increase your productivity, you should eschew your old keyboard and invest in one that is more durable, comfortable, and suited to your purposes. There’s certainly a variety of advanced, mechanical and gaming keyboards that can be used well in conjunction with CAD drafting and design. While some might be a costly investment, they have the potentially to dramatically improve your working experience.

Factors to Consider When Buying a Keyboard for CAD

1. Wired vs. Wireless

It’s a debate we explored when looking at top CAD mouses. The choice, of course, all depends on how you use your keyboard and what your preferences are.

A lot of CAD users opt for wired keyboards—connected to their workstation via USB—because they don’t have to worry about battery life. It also eliminates the issues of lag or interference. The obvious disadvantage to wired keyboards, however, is the added clutter to the workspace. If you’ve already got dozens of wires on your desk, you hardly want to add another to your collection. It also requires you to have a free USB port to plug it in.

If you’re looking to free up desk space, however, wireless is the way to go. This is especially useful if you tend to require more space when you’re drafting in CAD. That being said, you might have to deal with connectivity issues somewhere along the way—not to mention keeping an eye on battery life. If the thought of your keyboard disconnecting whilst you’re in the middle of drafting has you breaking out in a sweat, perhaps wired is the better option.

2. Key Switches

Image source: trulyergonomic

This is a particularly strong factor that many take into consideration when picking their next keyboard. You might not have thought much about the mechanics and components that make up a “simple” keyboard before, but that certainly doesn’t mean you should overlook them now. A key switch is a mechanism inside of a key that determines when you press it. As simple as it might sound, the type of key switches a keyboard has will impact its durability and longevity.

There are several main types of key switches:

• Silicone dome switches are the least expensive of all the options. They require you to press the key fully to the bottom in order for them to fully register when you’ve typed. As a result, however, they tend to wear out faster—waning in responsiveness.
• Scissor switches have a mechanism that allows for a stable key with a low profile. They’re used in most modern laptops in circulation. A major benefit of these switches is that you don’t have to press the keys down as far, resulting in enhanced durability.
• Mechanical switches are far more durable than the other options, and don’t require as much depression; they’re actuated by physical metallic contact. Mechanical switches also tend to be easier to repair. They’re a great option if you’re using your keyboard heavily—for CAD, gaming and much more. There are different mechanical switches on offer, providing different responses and sounds. The most popular types include: MX Red, MX Brown and MX Blue. (No matter which color you opt for, the keys and mechanisms are much sturdier. This sturdiness comes with a higher price tag, however.)
  • Red: low-noise switches deliver a more linear keypress for rapid-fire actuation
  • Brown: low-noise switches that have a tactile bump for feedback with every keypress
  • Blue: “clicky” tactile switches that are optimized for rapid command entry
• Butterfly switches: Popularized by Apple in its MacBook laptop computers, butterfly switches comprise two arms attached using a hinge mechanism forming a u or v shape. When pressed, both arms depress a short distance downwards, enabling actuation. Apple introduced these switches to take advantage of the short travel, which enabled them to make thinner devices. The company, however, ditched the switches because they were prone to issues.
• Optical switches: These switches actuate via a light beam. Inside one side of the switch is the source of the light beam, which is restricted from traveling to the other side of the switch’s stem. But pressing the key exposes a gap within the stem, which allows the beam to pass to the other side, causing the actuation. Correspondingly, a signal is sent to your computer to register the keypress. There are two main types of optical switches:
  • Clicky optical switches
  • Linear optical switches
• Hall Effect Switches: These switches induce actuation via an induced magnetic field/magnetism. The stem of a Hall effect switch is embedded with a tiny magnet. It also features a hall effect sensor positioned perpendicularly to the magnetic field. When the key is pressed, the distance between the sensor and the magnet decreases, with the sensor detecting a stronger magnetic field than before. It registers this stronger magnetic field in terms of the voltage difference. This change in voltage is registered as a keystroke.

The type of switch impacts the noise level and durability of the keyboard, which are themselves vital considerations when shopping for a keyboard for CAD and work.

3. Comfort

If you’re working with CAD, then the odds are that you’re spending hours every day at your workstation. Using traditional keyboards for this length of time can cause a lot of strain, leading to discomfort and prolonged pain. To combat this, you might want to look at an ergonomic keyboard. It’s a comfortable alternative and can increase your productivity. After all, you won’t mind spending as much time at your workstation if you’re not straining as much. Typical features of ergonomic keyboards include a split design layout, cushioned palm rest and an adjustable tilt.

Of course, it’s important that you test out your keyboard as much as you can when you first purchase it. It can take a while to get used to a new design and layout, but if it does end up causing you discomfort, you don’t want to lose all your money because you didn’t realize until after the refund period.

4. Price

This, of course, is one of the biggest factors to take into consideration when choosing the right keyboard for CAD. While it might be tempting to go for the cheapest option, you’ve got to bear in mind the other factors that come into it. If you pick the cheapest keyboard, then it is unlikely to be durable, and you’ll end up having to replace it again.

Whilst mechanical keyboards might seem a bit too pricey, bear in mind that they come with longevity and durability. Given how much you’re likely to be using your keyboard, it’s worth making an investment. Of course, it does depend entirely on what you’re using CAD for. If you’re a casual hobbyist, it’s probably not worthwhile forking out over $100 for a keyboard. On the other hand, if CAD is your career, then spending that extra dough could be a small price to pay.

5. Layout

Keyboards come in different sizes. In all, there are four different keyboard layouts or sizes:

• Full size: A full-size keyboard has all the keys, including a number pad, arrow keys, navigation keys, as well as all letters, numbers, function-row keys, and modifiers.
• 1800 layout (96%): A keyboard with this layout features all of the keys found in a full-sized keyboard, albeit in a smaller footprint/body. The keys in an 1800 layout keyboard are smashed together, so they occupy less space. It, therefore, uses some non-standard key sizes, making it a tad harder to find replacement keycaps.
• Tenkeyless (80%): A tenkeyless keyboard does not have a number pad but has all the other keys.
• Compact (60% – 74%): Compact keyboards do not have a number pad and often feature either the function-row or arrow keys, but not both.

Most CAD professionals prefer the full-size keyboard, as they frequently use the number pad and other keys.

If you’re concerned about the prospect of making the wrong decision, then you should definitely take the opportunity to look in store. The ability to give your chosen keyboard a test-drive will help you to make an informed choice. After all, you’ll be spending a lot of time using it—so it needs to be the right fit for you! Buying online, meanwhile, means that you’ll have to wait until you actually receive the model to get a feel for it. (Pro tip: make sure you check the returns policy for anything you buy just in case you need to send it right back!)

The Best Keyboard for CAD: Our Top Picks…

Without further ado, let’s look at 5 great options for a keyboard for CAD that will suit a variety of needs.

Razer Pro Type Ultra

Features of Razer Pro Type Ultra

• 1000Hz polling rate
• Programmability via the Razer Synapse 3 software
• Cushioned wrist rest
• Magnetic dongle compartment
• Single-color backlight
• Power indicator that turns solid green when the keyboard is fully charged, yellow when the battery is low on charge, and red when the battery is less than 3%

Product Description

First on our list is the Razer Pro Type Ultra, a resilient ergonomic keyboard designed to maximize productivity and revolutionize your workstation. It features silent (linear) mechanical switches as well as sound-dampening foam that combine to quieten the typing experience. As a full-sized keyboard, the Razer Pro Type Ultra has all the keys a professional CAD designer or drafter would need. It complements these keys with single-color backlighting.

The silent linear switches boast low latency of 0.7 ms (wired), 1.3 ms (wireless), and 7.0 ms (Bluetooth) because they have a shorter actuation distance. This makes the Razer Pro Type Ultra ideal for gaming, too; it saves you the hustle of owning two different keyboards if you are a gamer. But the low latency makes it highly sensitive. That can be an issue before you get used to it.

Other features include its multi-device support; you can connect the Razer Pro Type Ultra with up to four devices. Switching between these devices is also a breeze, as you don’t have to pair and unpair it every time. However, it’s only compatible with Windows computers. The keyboard lasts up to 214 hours (Bluetooth and without backlighting) and up to 207 hours (wireless and without backlighting) on a full charge. It also supports macro programmability as well as the ability to create personal shortcuts and remap keys.

The Razer Pro Type Ultra comes with a soft, cushioned wrist rest. The wrist rest perfectly aligns with the keyboard’s form factor, providing support and preventing fatigue. You can, however, use the keyboard without the wrist rest, as they are separate. At $159.99, this keyboard is on the higher end of the pricing spectrum, but its features make it worth it.

Logitech ERGO K860

Features of Logitech ERGO K860

• Certified ergonomic by the United States Ergonomics in addition to other global certifications
• A curved split keyframe with an integrated 3-layer cushioned wrist rest
• Body material made of graphite plastics
• Ability to connect to and switch between up to 3 computers using Easy-Switch keys
• No backlighting
• Tilt legs of 0º, -4º, and -7º

Product Description

Next on our list of the best keyboard for CAD is the Logitech ERGO K860, designed with the comfort of users in mind. Logitech claims that the ERGO K860 has been proven to reduce by 21% the muscle activity in the upper trapezius muscle responsible for facilitating neck and shoulder movement. This is thanks to its curved keyframe that ensures your fingers, wrists, hands, and forearms assume a more natural posture. It also has tilt legs of 0º, -4º, and -7º; these legs are designed to place or lift your palms into an ergonomic position, whether seated or standing.

Its attention to the comfort of users doesn’t stop there. The ERGO K860 has a cushioned, sloping wrist rest that conforms to the curved shape of the keyframe. According to Logitech, this wrist rest increases wrist support by 54% and reduces wrist bending by 25%. The keyboard’s split design is another source of better ergonomics and comfort. This design also provides a fluid typing experience that’s only made even better by the keys’ matte surface. The surface allows users’ fingers to glide effortlessly.

Unfortunately, the ERGO K860 is quite heavy, weighing in at 1.6 kgs or 3.53 lbs. And while it has a range of 10 meters, its weight does not promote portability. Another drawback is that it uses two AAA batteries, yet battery technology has evolved and birthed quality rechargeable batteries. Logitech, however, claims that the batteries can last up to 24 months under optimal conditions.

ERGO K860 Alternative

If the ERGO K860 is out of reach because of its price, you could consider the smaller Logitech Wave Keys. It has a cushioned wrist and palm rest, features a curved keyframe, is ergo certified, and has navigation keys, although it sports a less conventional layout. The Logitech Wave Keys costs $59.99 (check the Wave Key’s availability on Amazon).

Keychron V6 Max

Features of Keychron V6 Max

• 4000 mAh rechargeable battery
• Dual Type-C and Type-A receivers
• 1000Hz polling rate (via 2.4GHz wireless connection)
• PBT keycaps
• Ability to connect to up to 3 devices (via Bluetooth)
• Sound-absorbing foam
• A system toggle to switch the layout between Windows and macOS

Product Description

The Keychron V6 Max is a full-size keyboard that provides both outstanding quality and value. It boasts a number of fancy features that are usually found in pricier models. It has hot-swappable sockets that allow you to change the switches without soldering. The V6 Max’s PCB supports both 3-pin and 5-pin MX mechanical switches. The switches rest on a PC (polycarbonate) plate that, combined with a gasket mount design, delivers softer, quieter typing. Underneath the plate is a sound-absorbing foam that dampens the noise generated while typing.

Atop the switches are PBT (a type of plastic) keycaps that are more durable, as they are less prone to wear. What’s more, the V6 Max features south-facing RGB LED lights that, according to Keychron, better illuminate its backlight from the angle you would naturally use it.

The V6 Max supports both wired and wireless connectivity. Wireless connectivity is delivered via Bluetooth 5.1 or 2.4 GHz receivers 2.4GHz. You can connect the V6 Max via Bluetooth 5.1 to up to three devices.

The V6 Max’s body is made of ABS Plastic that, according to users, still feels premium and solid. But you could consider the Keychron Q6 Max if you fancy a keyboard with a full-metal (aluminum) body, comes with all the capabilities of the V6 Max, and includes some improved features like significantly enhanced acoustic foams and a double-gasket design. However, it’s more expensive, coming in at $239.99 (check the Keychron Q6 Max’s availability on Amazon.

Logitech MX Keys S

Features of Logitech MX Keys S

• Windows and macOS layout
• Caps Lock and Battery level indicator
• Rechargeable 1500 mAh battery with a usage duration of up to 5 months (with backlighting off)
• Customization via Logi Options+ app
• Hand proximity sensors, which automatically turn on the backlighting
• Ability to connect to up to three devices and switch between them at the push of a button
• 10 meters wireless range

Product Description

The Logitech MX Keys S is a fancy-looking, full-sized, wireless keyboard that comes in pale gray, black, or graphite colorways. It is engineered for fluid, first, and comfortable typing with spherically dished keycaps where your fingertips can rest, minimizing the likelihood of a mistype. (You can purchase the MX Palm Rest separately for added comfort while using the MX Keys S.) The MX Keys S complements this with an actuation force and distance of 60 g and 1.8mm.

It features a smart illumination system that lights up the backlit keys when your hands approach the keyboard. This system also automatically fades or brightens the backlight in response to the lighting conditions around you. On top of that, you can use the Logi Options+ app to control the brightness and duration of the backlighting. This can help save on the usage duration; according to Logitech, the MX Keys S’s 1500 mAh battery can last up to 10 days on full charge under certain settings or up to 5 months with backlighting off.

The app also lets you automate repetitive tasks with a single keystroke. It supports dual wireless connectivity via Bluetooth and 2.4GHz wireless technology. To use the latter, you need to insert the Logi Bolt USB receiver into a USB-A port.

Logitech K780

Features of Logitech K780

• Integrated tablet and smartphone stand, which supports tablets and smartphones with a thickness of up to 0.4” (11.3 mm)
• Wireless range of 10 m
• Compatibility with Logi Options+ software on Windows and macOS
• Windows and macOS layouts
• USB receiver compartment
• 10m wireless range
• Battery indicator light
• Easy switch keys to switch between connected devices

Product Description

Another great option from Logitech, the K780 is a 96% layout keyboard. Its keys feature a rounded design that matches the shape of your fingertips, making for a comfortable typing experience. Its scissor switches, coupled with its carefully crafted keys, quieten the typing experience while simultaneously enhancing precision. Like the ERGO K860, the K780 is powered by removable batteries: two AAA batteries that can last up to 24 months, according to Logitech.

The K780 is compatible with iOS 11 or later, iPadOS 13.4 or later, and Android 7 or later when connected via Bluetooth. But connectivity via the USB receiver is limited to Windows 10 or later, macOS 10.14 or later, and ChromeOS. Nonetheless, this means the K780 can connect to computers (including CAD workstations), phones, and tablets that support external keyboards.

It complements this support with a tablet stand that supports tablets and smartphones with a thickness of up to 0.4 inches. And it further boosts your workflows by supporting up to three devices. It makes it easy to switch between these devices in one easy flow.

K780 Alternative

However, the K780 lacks five of six navigation keys; it only has the Delete key. This can be a problem for those of you whose workflows involve reading documents and editing text. If you prefer a full-sized keyboard that’s as affordable as the K780, you could consider the Logitech Signature K650 (check the K650’s availability on Amazon). The K650 costs $43.99.

Conclusion

We hope that by this point, you’ll have narrowed down your choices for your next keyboard for CAD tasks. No matter which one you choose, however, it’s important that you look at comfort, functionality and durability. As a CAD user, you’re going to be putting your keyboard under a lot of strain, so you need a purchase that’s worth the investment.

Still not sure whether a mechanical keyboard is for you? Wondering if Cherry MX Brown or Blue is the right fit or if to choose a mechanical keyboard over one with scissor or Hall Effect switches? If you can, head in-store and try out as many keyboards as you can. Once you’ve got an idea of what you like, you can make a more informed decision.

These days, a specialized CAD mouse can offer all of these features and more. Selecting which one is right for you can be hard when the amount of choice is overwhelming. If you’re here, we’re assuming you’ve decided to go for something a bit more advanced than a standard 3 button mouse. It should be noted, though, that many CAD users actually prefer to go back to basics and make do with these. It saves money and isn’t such a big deal if your mouse ever needs replacing. 

Then again, if you really want to take your designs to the next level and improve workflow, it makes sense to take advantage of everything modern technology has to offer. In this article we’ll run through a few of the top options on the market for CAD users and weigh up their pros and cons. The main consideration to take into account when purchasing any hardware is quality versus price. With CAD in mind, it’s also useful to think about which mouse will slot efficiently into your existing workstation. So, let’s get into it!

Uses of a Good CAD Mouse

The hardware you select will largely be shaped by what you intend to do with it. CAD of course involves a range of tasks, but it’s likely you’ll be spending a majority of your time using the mouse to draft. The important difference when selecting a mouse lies in whether you’re drafting in 2D or 3D. So, what exactly do you use a CAD mouse for?

Those drafting in 2D need their mouse to enable them to have full control over their designs, with a highly sensitive cursor for accuracy. 3D drafters need this too, of course, along with the ability to smoothly navigate in three dimensions. That means panning, zooming and rotating. Professional CAD users need to be able to do these actions simultaneously, without having to stop and start again when changing directions.

You will find a range of CAD mouses designed exactly for the purpose of manipulating 3D images. Some drafters even prefer to use a ‘primary’ mouse in conjunction with a specialized 3D motion controller, in order to gain a high level of precision with their movements. Expect a slight hike in the price if you want equipment that specializes in 3D navigation, but it is often worth it, as it can make a vast improvement to your work.

Factors to Consider when Buying a Mouse for CAD

1. Comfort

Forget the fancy extra features—CAD drafters might be using a mouse for more than 8 hours a day, so the first detail to check off the list is whether the mouse is comfortable to use. You may not get a realistic idea of how it will feel over time until you’ve actually put in a full day of work. Based on personal preference, though, there are certain ergonomic designs you can veto.

Along with the standard 3 button mouse shape, models designed for CAD can come with trackballs attached, extra buttons down the side, and even in vertical form. Everyone will have differing opinions on whether these extras are a help or a hindrance. 

When considering a new mouse, it’s also important to think about the length and intensity of the work you do. The mouse you choose will have a dramatic effect on on how your hand will be positioned throughout the day. Comfort is a key factor in productivity, so don’t overlook this element.

2. Buttons

Basic mouse commands on AutoCAD

When working on something as complex as CAD designs, there’ll be a variety of different commands you need to be able to implement. As a result, three buttons is rarely enough. Thankfully, plenty of CAD mouses come with extra buttons. This can be great, as long as they don’t take up so much room on the mouse that it starts to affect the comfort element.

A way many manufacturers get around this issue is by adding a small number of extra buttons, each of which can be programmed to access different commands, or take you to a different menu. These features are generally designed to be compatible with software like AutoCAD. Customizable buttons are a great feature that opens up a world of possibilities in terms of how you can create and edit designs.

The scroll wheel is also a major point of contention for many people. It’s great for panning and zooming, but if it is also acting as a button, it can be tricky to avoid scrolling when you’re just trying to select something. Find a mouse that makes the scroll wheel easy to click or, better yet, provides an extra button behind the actual scroll wheel.

3. DPI

A major specification most CAD users look out for in a mouse is sensitivity. That is, how far the cursor will move on the screen in relation to how far you move the mouse. This is measured in dot per inch (DPI). So, if a mouse has a sensitivity of 800 DPI, the cursor should move 800 pixels for every inch you move the mouse.

Those working with CAD are generally looking for a high DPI. Constantly making big motions with the mouse when navigating designs is no good for your work space—or your arm for that matter!

4. Wireless or USB

Image source: Rayi Christian Wicaksono on Unsplash

It’s pretty basic, but you should also think about whether you prefer a wireless mouse, or one that connects to your computer via a USB cable. Bear in mind that a cordless mouse might be heavier due to the batteries inside. If this is an issue for you, some manufacturers produce wireless models that can be charged by cable, rather than battery run.

Those of you who have had experience with them will also know that it is often extra frustrating trying to determine the root of connectivity issues with a wireless mouse!

On the other hand, if your mouse connects by cable, it involves more desk clutter and you may find yourself knocking things over when you’re required to move your mouse in elaborate motions. Given the amount of hardware CAD often requires, it’s likely there’s already a lot of things competing for space on your desk.

As you can see, each comes with its own pros and cons, so it’s mainly down to personal preference.

5. The best mouse for 2D drafting vs 3D modelling

If the majority of your CAD work involves 2D drafting in software such as AutoCAD then your mouse requirements might be much simpler than if you are predominantly working in 3D modelling. CAD engineers who design 3D models may wish to easily and intuitively switch between different 3D views of their CAD model. This fluid changing of views can be enabled by a suitable CAD mouse designed specifically for this use-case.

6. Price

For a mouse that you can use with CAD, you can pay anything from $10 (a standard computer mouse will do the job) to over $200. If you’re looking for high quality and special features that are designed to enhance the CAD process, expect a figure at the mid to high-end of this spectrum.

Making a wise decision really depends on how often you’re using the mouse and how advanced you realistically need it to be, based on the work you’re required to produce. In other words, will paying over $100 for a CAD mouse be an investment, or an extravagance? If your career is rooted in CAD, a specialised mouse is certainly a worthy item to invest in. 

Mouse for CAD: Our top 5 picks

Here are the 5 best options for a CAD mouse:

1. 3Dconnexion SpaceMouse Pro 3D Mouse
2. Logitech MX Master 3S
3. Keychron M6
4. Razer DeathAdder V2 Pro Wireless Mouse
5. Logitech Triathlon M720

Be sure to continue reading below for detailed descriptions of each option.

1. 3Dconnexion SpaceMouse Pro 3D Mouse (3DX-700040)

Features of 3Dconnexion SpaceMouse Pro 3D Mouse (3DX-700040)

• 15 buttons
• Controller cap with patented 6-degrees-of-freedom sensor
• Controller cap that can be pushed, pulled, twisted, or tilted to pan, zoom, or rotate a 3D drawing (6 degrees of freedom)
• Compatibility with Windows (7, 8.1, and 10), macOS, and Linux
• Ability to automatically recognize application environments and assign appropriate commands to four Intelligent Function Keys
• On-screen display that provides visual reminder of the commands assigned to each Intelligent Function Key
• Shift, Control, Esc, and Alt buttons (thanks to these buttons, you do not have to move your hands regularly to use these very keys on the keyboard)
• QuickView Keys to access different views within the CAD application environment

Product Description

The SpaceMouse Pro 3D mouse does not conform to the conventional definition of a mouse. This is because it is not a mouse. Instead, it is a 3D motion controller that comes with additional keys – 15 of them – designed for people who want to take 3D navigational ability to the next level. It’s made by the same company that produced the CadMouse Pro and is perfect to be used in conjunction with that mouse, for optimum control. Its ergonomic design as well as a full-size, soft-coated hand rest improve comfort and ensure optimal hand positioning in order to easily and more naturally use the controller cap.

The controller cap’s superior ability to manipulate 3D digital imagery comes from its patented 6-Degrees-of-Freedom sensor. By pushing, pulling, twisting and tilting the controller, you are not only able to move up, down, left, and right—but front and back too! Panning, zooming and rotating is a breeze thanks to this patented technology.

It’s fitted with multiple buttons, including some that you would ordinarily find on a keyboard. We are talking about the Shift, Control, Esc, and Alt buttons; 3Dconnexion  includes these buttons to boost the user experience by minimising unnecessary hand movement considering the other hand is meant to rest on a mouse. Other buttons include the Intelligent Function Keys and QuickView Keys. The SpaceMouse automatically assigns commands to the function keys while the QuickView keys are designed to enable you to quickly toggle between multiple views.

While impressive, this is quite specialized equipment. It is in fact not regarded as a mouse. Rather, it is a 3D motion controller. We’d only suggest investing in such technology if it will play a large role in your work. 

3. Keychron M6

Features of Keychron M6

• 800 mAh rechargeable battery with up to 80 hours usage duration (1K version) or up to 120 hours (4K version)
• Lightweight, ergonomic design
• Detachable Type-C to Type-C cable + Type-A to Type-C adapter
• Bluetooth 5.1 and 2.4 GHz wireless connectivity
• Polling rate of up to 4000 Hz (4K version) and up to 1000 Hz (1K version)
• PixArt 3395 sensor
• DPI range of 100 to 26,000
• 80 million click switch lifespan
• 10 customizable buttons
• Ability to adjust DPI and polling rate without software installation (thanks to buttons at the bottom)

Product Description

Features of Razer DeathAdder V2 Pro

• Dual connectivity (it can connect to two devices simultaneously)
• Up to 120 hours of battery life on bluetooth mode
• 8 programmable buttons
• RGB lights
• Focus+ 20,000 DPI optical sensor
• Injection-molded rubber side grips (for more secure swipes)

Product Description

If you require a high DPI ratio, look no further than the Razer DeathAdder V2 Pro. The DeathAdder V2 Probuilds on an already storied history of its predecessor, the DeathAdder. Known for its ergonomic design and compact shape that made it perfect for a palm grip, the DeathAdder has sold over 10 million units. With the DeathAdder V2 Pro, Razer has built on this legacy and made additional improvements that improve not only  the accuracy but also the user experience. The V2 Pro has shed weight while retaining the original shape – it now weighs a paltry 3.1 ounces (88 grams).

Despite its relatively average size, this mouse packs in eight programmable buttons. Additionally, Razer has not compromised on the battery life – you can in fact use the DeathAdder V2 Pro for up to 120 hours on Bluetooth mode or up to 70 hours when you switch to the Hyperspeed Wireless mode, which increases the performance of the mouse. According to Razer, the Hyperspeed Wireless mode makes the DeathAdder V2 Pro 25% faster than competing wireless mouses.

While this kind of mouse is often used primarily for gaming, many people have found it to be highly beneficial for CAD as well. One of the features that makes it well suited for design work is its 2nd generation optical switch that eliminates unintended double clicks. This, coupled with the 99.6% resolution accuracy, makes the DeathAdder V2 Pro one of the best mouses for CAD.

5. Logitech Triathlon (M720)

Features of Logitech Triathlon (M720)

• 24-month battery life
• Dual connectivity
• Easy-switch technology (enables users to switch among three paired computers)
• 1000 DPI 
• 8 programmable buttons
• Logitech Options Software that lets you customise the different buttons
• Hyperfast scrolling
• Laser-grade tracking
• Compatibility with Windows 10, 11, or later; Linux; macOS 10.5 or later; Android 5.0 or later; iPadOS 13.4 or later; ChromeOS

Product Description

Conclusion

Hopefully this list has narrowed down your search for the perfect CAD mouse. When it comes down to it, comfort and functionality are key—so make sure your hardware at least checks those boxes. Anything you can use for long periods of time, without having to take a break, is going to aid your productivity significantly. That said, here’s a list of the best CAD mouse for different categories:

• Best 3D modeling mouse/controller: 3Dconnexion SpaceMouse Pro 3D Mouse
• Best cheap CAD mouse: Logitech Triathlon M720
• Best high precision CAD mouse: Keychron M6
• Best ergonomic mouse: Logitech MX Master 3S
• Best compact CAD mouse: 3Dconnexion SpaceMouse
• Best overall CAD mouse: 3Dconnexion SpaceMouse Pro 3D Mouse

Still not sure which mouse to go for? When in doubt, keep it simple. Just like in choosing a CAD monitor, for instance, whether you even need a 4K monitor, there’s no point spending a lot of money on a mouse that doesn’t suit either you or your work. Try out different styles where you can, and build up a list of personal preferences until you’re ready to invest in one of the more specialized models. And if you intend to build the ultimate CAD PC and are in the market looking for a budget CAD monitor, consider checking out our analysis of the best CAD monitors under $1,000.

Anyone considering upgrading their system these days may contemplate forking out for what is considered the crème de la crème of display screens: the 4K monitor. If you’re looking for incredible image quality, high pixel density and exact rendering, it doesn’t get much better.

While still fairly cutting edge, 4K isn’t exactly new. In fact, 4K monitors have been around for over a decade. What is a recent development is monitors of this standard being available to the masses. In other words, you no longer need to remortgage your house in order to own one.

The BenQ BL2711U 4K Monitor will set you back a very reasonable $463.00

Quite the opposite—these days you can get a 4K monitor of your very own for less than $500. Given the reasonable pricing, the decision to invest in a 4K monitor might sound like a no-brainer. Don’t get your wallet out just yet, though.

Before taking the leap into the undoubtedly dazzling world of 4K, make sure you’re aware of its possible shortcomings. In this article we’ll explore the pros and cons of 4K monitors, and contemplate whether now is the time to upgrade to ultra high definition.

Table of Contents

• What is 4K?
• The benefits of switching to 4K
  • Incredible image quality
  • More room to play
  • Investment in the future
• Issues with 4K
  • Software compatibility
  • Hardware compatibility
  • 3D performance
  • Eye strain
• 4K monitor for CAD—should you invest?

What is 4K?

4K is named so because it denotes a horizontal screen resolution in the order of 4000 pixels. This makes them double the horizontal and vertical resolution of FHD (full high definition) displays. Though the 4000 pixel count is not exact (in fact, there are a range of resolutions that fall under the ‘4K’ banner), each version of 4K is still a major advancement from FHD standards.

A screen packing this level of pixel density is able to show intricate details of an image in an impressively high quality, without users having to zoom in. In the last few years, the television and film industries in particular have been making the transition to 4K. The incredibly sharp images and vivid colors produced by the technology enhances viewing experiences significantly. Plus, as you might imagine, it can take gaming to another level!

But what about CAD? Sure, many in the industry have already made the move to 4K—but it hasn’t exactly been plain sailing. The falling price of 4K monitors doesn’t necessarily correlate with CAD software’s ability to support these resolutions. Plus, depending on the specs of the rest of your workstation, you may need to upgrade some of your other hardware components if you want them to be able to keep up.

Thankfully, things move fast in the world of tech and the issues that crop up are constantly being ironed out. The more accessible 4K is to consumers, the more computers and operating systems are getting better at handling 4K.

The benefits of switching to 4K

Incredible image quality

You simply can’t escape the fact that 4K monitors provide outstanding clarity and a level of precision that is unmatched by most other displays. Considering the importance of detail and accuracy in computer aided design, 4K monitors should be a welcome addition. A workman is only as good as his tools, after all!

The benefits of 4K monitors match CAD users’ needs in a variety of ways. The level of intricacy and crispness of images provides the perfect canvas on which designers can make adjustments with a very high degree of accuracy. Colors and gradients will be precise, and the overall quality will be clean, professional and striking. With every aspect of an image presented in high resolution, your designs will never look better!

More room to play

With 4K, you no longer have to navigate multiple screens

Say goodbye to your dual display set-up—4K monitors allow far more information to be displayed on a single screen. After all, you’re working with four times as many pixels now! When you first turn your new monitor on, you’ll notice icons and text appear much smaller. Despite this, they’ll be just as clear and defined (if not more so) as before. The resulting increase in workspace means your display can handle multiple applications being open at the same time.

This is great for multitasking, as everything you need is in the same place. Plus, you can clear space in your actual office environment because you only need one screen. You might be so used to having multiple displays that you don’t want to reduce to one, and that’s fine. Nice to know you have the option, though!

Many CAD users also report that 4K monitors can increase productivity. You can see the entirety of your designs in glorious ultra high definition—so you don’t need to spend as much time zooming in and out. Add to this the fact that you’re not constantly switching between screens, and you can see how work rate can improve.

Investment in the future

Samsung U28E590D 4K Monitor

Even if you run into some initial hurdles with your 4K monitor, it’s likely to be because this part of your workstation is too advanced—either for some other hardware or the software you’re using. Though this is frustrating in the short-term, at least you know that everything else will eventually catch up.

Such a purchase can be considered a worthwhile investment, because it is still fairly new technology and so is unlikely to become outdated any time soon. Particularly if your system is due to be upgraded anyway, it makes sense to invest in something that will carry you through the foreseeable future.

Issues with 4K

When 4K monitors first became affordable for the average CAD practitioner, many rushed out to buy them because of the aforementioned benefits. However, many of those early consumers found that the elevated user experience promised by such technology didn’t exactly match up with the reality. The problem? It’s no use having the latest monitor if the rest of your workstation can’t keep up.

Software compatibility

Before switching to a 4K monitor, you must ensure that the CAD software you’re using supports 4K displays. If it doesn’t, you can kiss goodbye to those sharp images and accurate renderings.

Venture into the user forums of Solidworks and AutoCAD, and you’ll find plenty of people complaining about compatibility issues and less-than-stellar display quality on their 4K monitors. Icons are pixelated, text is both small and large with no discernable organisational structure… etc.

These problems usually arise because, in lieu of compatibility with 4K, the input is simply scaled to fit the screen. As a result, you may find yourself with a monitor displaying the opposite of the high resolution results that were advertised.

If you don’t think your CAD software is to blame, it’s also worth adjusting the scaling settings on your operating system. There are known scaling inaccuracies with 4K monitors and some older versions of Windows, for example.

In 2018 these issues have largely subsided, as most CAD software providers have released updated versions that support 4K displays. Native 4K support exists on the latest version of both Solidworks and CATIA—not to mention AutoCAD, as explained in our overview of AutoCAD 2018’s top features.

As is often the case with software, new issues may rear their head at any time. It’s therefore definitely worth double-checking for compatibility issues before investing in 4K.

Hardware compatibility

There are always going to be certain components of your workstation that you’re willing to invest more money in than others. It can make sense, depending on the demands of your work.

If this is the case, however, you still need to make sure that all of your hardware at least meets some kind of uniform standard. Otherwise, each component may not be able to operate at its full potential. Sure, your software might now be compatible with 4K—but is your hardware?

Make sure your graphics card is up to the job!

There are two areas in particular where this will matter. First off, 4K monitors are large and thus will require more RAM to run correctly. CAD itself can eat into quite a bit of your system’s memory, so if you’re also working with a 4K monitor, we’d suggest starting with at least 8-16GB of RAM.

You should also check whether the graphics card you’re using will need to be updated to accommodate 4K. The high resolution demands a lot of processing power, so make sure your GPUs are up to the job. If you’re unsure of what to go for, graphics cards that come with a DisplayPort are recommended for use with 4K monitors.

3D performance

Working with a graphics card that can’t keep up with 4K can have a knock-on effect to other aspects of your work. For example, if you’re working on CAD models it’s probable that you’ll want to view and edit your designs in 3D.

If your GPU is already having to work overtime to render the high number of pixels on the screen, you may find other features, like frame rates, slow down. Once applications become less responsive, basic actions like accurately repositioning your CAD model become tricky.

Again, it’s only worth investing in an ultra high definition monitor if the rest of your system can keep pace with it. Hopefully, switching to a 4K monitor won’t require an overhaul of your entire system…

Eye strain

Perhaps your software and hardware is up to scratch and your 4K monitor is running like a dream—great! The only thing is, you also have to consider the impact this large screen with highly defined graphics is having on your health. In particular, 4K monitors can cause users to strain their eyes.

As we’ve discussed, the higher pixel density means text and icons can be presented on a much smaller scale, allowing for plenty more room on your workspace. Even though the image quality does not suffer, the overall reduction in size may cause you to squint a lot. On top of this, the screen is much larger and you are likely viewing it from a close distance. All of these things can be damaging for your eye health.

Obviously it’s important for anyone staring at a computer screen for long periods of time to take a break every now and then to give their eyes a rest. The problem is, if you’re working on a CAD project, you may not have the luxury of taking frequent breaks. Another thing you can do is look into the settings of the software you’re using. Try adjusting the scaling settings to make it easier on your eyes.

4K monitor for CAD—should you invest?

A few years ago, we would probably have advised you to hang back on splashing your cash on a 4K monitor. Then again, things move fast in the world of tech. While there are still some issues affecting certain users, it’s in the interest of the manufacturers that the transition to 4K is made easier and requires less effort on the part of consumers. Improvements have certainly been more noticeable in the past couple of years, as more CAD software providers include support for 4K in their products.

Given the nature of CAD work, if you can afford it, it makes sense to invest in the best monitors on the market. Utilizing the most advanced technology at your disposal can ensure your work is the best it can be. Soon enough 4K may become the established standard, so getting comfortable with the technology now will set you up for the future.

If it’s going to require a full upgrade of your entire workstation, you might want to wait a while—at least until prices drop a little further. Work out how much of an overall adjustment it will require, and whether it is worth it in your current situation.

Planning on an overhaul of your entire workstation anyway? 4K could be the way to go. If you’re ready to take the plunge, you can find a couple of good options on our list of 5 best CAD monitors under $1000.

This month sees news from major players in both hardware and software. Firstly, we’ll be checking out the release of Revit 2019 to see what innovations Autodesk have included in the latest version of their popular BIM software. Then, we’ll be taking a look at the latest budget-friendly mobile workstations from industry powerhouse HP.

Afterwards, we’ll head back to the world of CAD software, as we explore the MacOS release of BricsCAD Shape, the free conceptual design tool for engineers and architects. Finally, we’ll take a detour into an exciting new plotter that can draw on any surface: Scribit. Let’s dive in!

Autodesk launches Revit 2019

If you’re familiar with BIM (or have read our guide to building information modeling), you’ll know that Revit stands as top dog when it comes to BIM software. One of the most popular architecture software suites, the ability to create in 3D and 4D with Revit is hard to beat. It’s for this reason that the launch of a new edition of Revit always generates plenty of excitement.

Right on cue, Autodesk released Revit 2019 earlier this month. In creating the new version, Autodesk took inspiration from customer feedback, with the company inviting requests on its Revit Ideas pages. This prompted the company to improve the overall design environment, as well as the architectural design experience.

The Revit team’s goal was threefold: to help users design, optimize and connect. In keeping with this, Revit’s new features include:

Design

• Greater control over view graphics
• Tabbed views and multi-monitor support
• Levels in 3D views and uncropped perspective to make 3D design more immersive
• Complex fill patterns and lifelike renderings
• New features to help users capture design intent

Optimize

• More complex piping networks

Connect

• More streamlined design-to-fabrication workflows for steel design
• Dimensions for curved objects in section views
• Enhanced 3D modeling and communication of fabrication instructions
• Structural Precast Extension for Revit 2019
• Autodesk BIM 360 collaboration tools

With yet more new features available at the Autodesk blog, it’s clear that the company aren’t resting on their laurels. In fact, it was only last month that the company unveiled AutoCAD 2019. We can’t wait to see what’s in store for Autodesk software in the near future!

HP releases “most affordable mobile workstation”

“The most affordable mobile workstation”—but is it worth the hype? Image source: HP.

Here at Scan2CAD, we know that behind all great CAD work lies a trusty computer. It’s for this reason that we created our rundown of the best workstations for CAD—as well as a guide for those who want to build their own ultimate CAD PC.

No matter which approach you take, however, the issue of getting a great machine for a low price is one that still plagues many a CAD professional. Thankfully, HP have ridden to the rescue this month by launching the ZBook 15V.

The new machine forms part of HP’s ever-expanding ZBook range, with the launch coming alongside revamped ZBook 15 and 17 models. The 15V attracts our attention, however, for the price, with a starting price of just $950.

With a price tag this low, it’s easy to see why HP called the 15V “the most affordable mobile workstation”. But can you really get a great mobile workstation for under $1,000?

Things do certainly get off to a good starting point, with the machine featuring up to 32 GB of RAM, plus up to 6 GB of storage. As for the CPU, both Intel Core and Xeon options are available. Meanwhile, when it comes to the all-important graphics card, CAD users may well want to opt for the NVIDIA Quadro P600 option.

Once you factor in the various extras that you’ll need to complete professional CAD work, the price tag may start to swell a little. Nonetheless, this could be an ideal workstation for any students learning CAD, offering users great specs at a low price. Check the ZBook 15V out at HP.

BricsCAD Shape comes to MacOS

A few months ago, we featured BricsCAD amongst our top 5 affordable AutoCAD alternatives. However, its developers, Belgian CAD firm Bricsys, aren’t happy to merely be an alternative: they want to put their own stamp on the CAD industry.

The company’s innovative spirit led them to create BricsCAD Shape, a conceptual modeling tool for architects and engineers. BricsCAD Shape boasts a simple UI that all designers should get to grips with in mere minutes. But it’s no slouch, featuring smart parametric doors, windows, materials and more. Oh, and did we mention that it’s free—including for commercial use?

So far, so good. Unfortunately, the software has, thus far, only been available to Windows users. Thankfully, the Bricsys team set to work to expand their software’s reach. In April, they revealed the results of their hard work to the world, as BricsCAD Shape for MacOS hit the market.

With the release of this software, both Windows and Mac users can create fully CAD-accurate, real 3D models. You can then remake and remix these models over and over again. When you’re ready, simply save the design as a DWG file, and then go direct to BIM. Put all of this together, and you have a free, simple-to-use design tool that fits within any organization’s existing BIM workflow.

Bricsys have established themselves as one of the most innovative names in CAD. To get in on the action—on Windows or Mac—head to Bricsys.

Scribit: the robot that can draw on any surface

Let’s be honest—plenty of companies resort to pretty hyperbolic language when announcing their new products. With this in mind, we were understandably sceptical when Carlo Ratti Associati announced they’d designed “a new way of drawing”. Thankfully, it seems that what they created really does live up to the hype. Meet Scribit.

Scribit is a vertical plotter system that can turn any surface into your very own canvas. The system takes just a few minutes to set up; just hammer a couple of nails into your wall, plug Scribit in, and you’re ready to let it draw.

Once you’re good to go, the possibilities are near-endless. As Scribit comes with internet connectivity, you can access visuals from across the web. Those who are feeling creative, however, are free to create their own designs. This makes it a perfect choice for applications as wide-ranging as restaurant menus, stock ticker updates or wall art. Plus, if you want to change anything, you can. Scribit can identify the placement of an image upon a surface, and go over it to erase and re-draw.

Those of you already itching to get your hands on Scribit still have a bit of a wait on your hands. In fact, we haven’t even reached the crowdfunding phase yet—so any commercial launch is still a long way off! Nevertheless, we’re certainly already looking forward to the possibilities offered by this neat little robot. To learn more about how it all works, visit Scribit.

It’s for this reason that we here at Scan2CAD have put together this rundown of some of the best workstations for CAD, specifically desktop computers. If you’re looking for more mobile options you can see our article on the best laptops for CAD. We’ll also include the specs and stats you need to make an informed decision. Let’s jump in!

History of CAD Workstations

Once upon a time, a workstation was a radically different concept to a standard PC. In their earliest incarnations, workstations were single-user minicomputers. As such, a machine’s computing power—which was intended to support several users—was instead used by just one person. Over time, manufacturers began creating dedicated single-user workstations, but whilst they came to physically resemble PCs, they were far more powerful.

Workstations in the 1980s had the objective of meeting the three Ms: a Megabyte of memory, a Megapixel display, and a MegaFLOPS computing performance. Though these targets no longer seem remotely ambitious, they far outstripped the capabilities of standard PCs of the time. With high performance came high prices, however—it wasn’t until 1986 that Sun released the first sub-$10,000 workstation.

Despite the steep cost, workstations proved invaluable for CAD professionals. Their reliability, high computing performance and support for graphics made them perfect for work on 2D drafting software and, later, 3D modelling software. PCs, meanwhile, had very limited capabilities, and were not suitable for CAD use.

Over time, however, workstations and PCs have grown closer together, to the point where it can sometimes be hard to tell what the difference is between them. The two classes of machine now share technology—and, as a result, the price difference between the two is significantly smaller.

What is the Difference between a CAD Workstation and a CAD PC?

Nowadays, PCs and workstations look superficially largely the same. Indeed, CAD workstations are, essentially, a subset of PCs. As such, the distinguishing features of a workstation are found at the component level. Workstations are built to last, with faster processors, a greater number of cores, more memory, and, crucially, a better graphics card.

This durability is necessary to cope with the strain of coping with CAD work, and ensures that users will not have to frequently replace their entire machine. After all, a workstation’s intended user will make their living from what they do with their computer—so, it needs to be reliable.

As you may expect, these higher standards mean that workstations are costlier than consumer PCs. However, the price gap is far less pronounced than it once was. Rather than a workstation costing orders of magnitude greater than a standard PC, the difference may now be as little as $100. The price can be even lower when you build your own workstation, rather than buying a pre-built machine.

What to Look out for

There’s plenty of competition in today’s workstation market, ensuring that manufacturers have gone all out to produce some truly terrific workstations for CAD. But this also leaves consumers with the dilemma of working out which machine is worth their hard-earned cash.

When buying a workstation, therefore, you need to know which factors to pay attention to. Luckily, we’ve put together a quick shopping list of features you should look out for in a great workstation:

• Budget. An easy one to start off with, but it’s worth mentioning: be sure to stick to your budget. This doesn’t just mean looking at the price of a machine as a whole, but also knowing what to prioritize. Is it worth having a touchscreen if you can spend the extra money on better processing power instead, for example? Be aware of what you actually want your machine to do, and spend money on that.
• Memory. Most CAD applications demand a lot of RAM—particularly those that perform complex rendering, simulation or analysis tasks. This means you’ll need a machine that puts plenty of memory at your disposal. Some machines also offer tools that correct memory errors, which can prevent major issues from occuring further down the line.
• Graphics. CAD is all about design (it’s in the name!), which means that you need to be able to see your models in their full glory. Workstation-class CAD graphics cards are generally the way to go thanks to their preference for greater levels of detail. NVIDIA Quadro and AMD FirePro are the market leaders in this field.
• Processing. There are plenty of issues to consider when it comes to choosing a processor, from the number of cores and threads through to the clock speed. The former is certainly tricky—some applications want more cores, whilst others can’t handle multiple threading. Check the requirements of the CAD program you use before committing.
• Operating System: Windows is the most popular operating system for CAD. Our top 5 workstations for CAD are suitable for both Windows and Linux operating systems. And if you’re a MacOS user, you will need a dedicated Apple workstation, we’ve 

These are some of the most important factors to check out—but they only just scratch the surface. There are other things to consider, such as the best keyboard for CAD and the best mouse for CAD. Let’s dive in and see what these machines are really made of!

Buying a pre-customized machine isn’t your only option. Thinking of building your workstation from scratch instead? Check out our guide to building the ultimate CAD PC.

Desktop Workstations for CAD

Here are the big beasts—top-of-the-range workstations for CAD for those in need of some serious power. Bear in mind that all machines featured here are customizable, giving you the opportunity to include and exclude components as you see fit to create your ideal CAD machine. Therefore, we recommend that you pay close attention to the specifications of the products we have recommended, do not assume that all workstations with the same model name will contain identical specifications.

We have worked to ensure each of the chosen workstations includes graphics cards fully certified for AutoCAD, as well as a good processor and other such required hardware. We have also opted to list mid-range to higher budget options which should be suitable for both 2D drafting and 3D model rendering. 

If you’re a MacOS user, don’t despair. We’ve added our best Apple Mac picks at the end of this post.

The vast majority of CAD users are still on Windows. As such, all of our recommendations are computers which ship with the Windows operating system. However, if you’re you’re looking for the best Linux workstation for CAD, any of our top 5 picks will be fantastic. You can simply install Linux – instead of Windows – on our picks. 

Here are the 5 best workstations for CAD:

1. HP Z2 Mini G9 Workstation
2. Lenovo ThinkStation P3 Tower Workstation
3. Dell Precision 3660 Tower
4. HP Z2 Tower G9 Workstation
5. HP Z2 Tower G8 Workstation

These top picks are suitable for both Windows and Linux operating systems.

Be sure to keep reading below for details on each of our picks.

Quick Comparison Chart

The 5 Best Windows and Linux Workstations for CAD

1. HP Z2 Tower G9 Workstation

Product Description

If you prefer a tower desktop over a compact mini desktop workstation like the HP Z2 Mini G9, HP also has you covered with the equally capable HP Z2 Tower G9 workstation. The manufacturer designed the Z2 Tower G9 to run multiple multithreaded apps for fast rendering, real-time ray tracing, and simulation.

This is why the workstation is powered by dedicated graphics cards for CAD as well as Intel Core processors. You can configure the Z2 Tower G9 with up to the Intel Core i7-14700K, although you can still choose one from the 12^th or 13^thgeneration. This workstation is also unique – you can configure it with a GPU from AMD or NVIDIA. As a result, you aren’t just limited to a few high-end GPUs. You can also equip the workstation with entry-level or mid-range GPUs based on your budget.

This level of customization is, however, only possible on the HP online store. If you opt for Amazon, you can purchase the Z2 Tower G9 powered by the Intel Core i7-14700 and the NVIDIA RTX A2000 (with 12GB VRAM). This workstation features 64GB RAM and ships with the Windows 11 Pro operating system. Alternatively, you can buy the Z2 Tower G9 with the Intel Core i7-14700, NVIDIA T400, 16GB RAM, and 512GB SSD storage (available here). Other options ship with integrated graphics cards, meaning they aren’t ideal for CAD.

2. Lenovo ThinkStation P3 Workstation

Product Description

Lenovo markets its ThinkStation P-series workstation family as computers built to deliver superior reliability and performance. They can handle heavy workloads and have, in fact, been tested and proven to deliver the performance needed to run even the most demanding software. That is to mean the P-series workstations are ISV-certified.

The ThinkStation P3 is a tower workstation that embodies all the above characteristics. It’s an excellent workstation for CAD design and can run a myriad of other software as well. It can be configured with the 14th-generation Intel Core i3, i5, i7, or i9 chips (or their 13th-generation equivalents). You can also choose from a wide array of professional GPU options, as listed in the table above.

The workstation that’s available on Amazon sports the Intel Core i9-13900, NVIDIA RTX A2000, 1TB SSD, and 64GB RAM. But if these specs don’t tickle your fancy, you can check out the Lenovo online store. Here, you can customize the ThinkStation P3 by choosing different features.

3. Dell Precision 3680 Workstation

Product Description

The Dell Precision 3680 replaces the now-discontinued Dell Precision 3660 tower workstation but extends the legacy attached to Dell’s lineup of 3000 series workstations. Sporting the 14^th generation of Intel Core i7-14700 or i9-14900 processors, which have 20 and 24 cores, respectively, the Precision 3680 is well suited for CAD.

However, these processors are overkill if you solely wish to use them to run CAD software. This is because CAD applications often only require a single core. For this reason, the Dell Precision 3680 is best suited for multitasking. The processors are nonetheless paired with up to 32GB RAM and 2TB SSD.

The Dell Precision 3680 can be configured with dedicated professional CAD GPUs from either NVIDIA or AMD. You can choose from the new-generation NVIDIA RTX 2000 Ada or the previous-generation NVIDIA T1000. You can also configure it with the previous-generation AMD Radeon Pro W6400. (But bear in mind that AMD has already rolled out the 7000 series of its Radeon Pro GPUs.)

It’s also worth noting that the options available on Amazon are quite limited. (Amazon’s catalog features the Dell Precision 3680 with the NVIDIA T1000 GPU or the more inferior Intel integrated graphics.) Dell’s online store, on the other hand, has a much more extensive catalog and offers the freedom to customize the workstation with a broad array of features. So, if you’re willing to trade off the convenience that comes with buying on Amazon, you can check out Dell’s website.

4. HP Z2 Mini G9 Workstation

Product Description

HP claims the HP Z2 Mini is the world’s most powerful mini workstation. And by looking at the features, it’s easy to see how they may have arrived at this conclusion. The Z2 Mini G9 has a sleek new look and a petite design. Under the hood, it can be configured with up to the 14^th generation Intel Core i9, up to the NVIDIA RTX 4000 SFF Ada GPU, up to 64GB RAM, and up to 8TB storage.

However, these advanced features are only available if you purchase the Z2 Mini G9 on HP’s online store. The site lets you customize the product. In fact, per the desktop’s datasheet, the Z2 Mini G9 can be configured with a processor from different processor families. These families include the Intel Core i3, i5, i7, and i9 from the 12^th, 13^th, and 14^thgenerations. You can also choose one of several professional GPUs.

If you prefer the convenience that comes with shopping on Amazon, you have a few pre-built options. You can select the option with Intel Core i3-12100, 8GB RAM, 256GB SSD, and NVIDIA RTX 4000 Ada. Alternatively, you can purchase the one with the Intel Core i9-14900, 32GB RAM, 1TB SSD, and NVIDIA RTX 2000 Ada.

5. HP Z2 Tower G8 Workstation

Product Description

HP markets the HP Z2 G8 workstation as the new benchmark for entry workstation power. Built in such a way that allows expansion, this workstation is future-proof, with one of the drawbacks being the fact that it uses Intel processors, whose motherboards, unlike AMD, are not cross-generational. You see, while you can install the latest AMD CPU on an AMD motherboard from a few years/generations back, the same cannot be said of Intel GPUs. Even so, you can still upgrade the storage, graphics card, and memory.

The HP Z2 G8 we have identified is powered by a single 2.5GHz Intel Core i7-11700 and Nvidia T1000 4GB GPU. Additionally, it boasts 16GB DDR4 RAM as well as 512GB SSD for unmatched speed.

Compared to the HP Z4 G4 workstation, the Z2 G8 has another key drawback, which could be attributed to the fact that it is cheaper and an entry workstation. For one, you cannot configure/customize this particular workstation on the HP store – it is available with the same spec.

The Best MacOS Workstations for CAD

Whilst the most popular operating system for CAD continues to be Windows, there is a growing percentage of macOS CAD users, owing in part to the evolving sophistication of macOS-dedicated versions of popular CAD applications. This has made macOS computers good for CAD. However, keep in mind that some CAD programs, such as SolidWorks and CATIA, are not available for Mac. To use them, you first have to run Windows on the macOS device via a virtual machine/parallel. That said, other CAD applications, such as AutoCAD and SketchUp, are available on macOS and work perfectly with Apple’s ARM-based chips. 

It is worth pointing out that Apple also offers a good range of macOS laptops so if you prefer a more mobile option check out our comparison of the best laptops for CAD. However, we will continue to keep this post focused on the best workstations for CAD. On the macOS front, you have four great options.

1. iMac 24″

Product Description

The new 24-inch iMac, announced in 2024, continues the design philosophy introduced when Apple launched the M1-powered iMac in 2021 with a much larger 24-inch display. (The M1-powered iMac replaced the 21.5-inch Intel-powered iMac.) The new M4-powered iMac, therefore, features a 24-inch 4480 by 2520 display.

Under the hood, it’s powered by an 8-core or 10-core CPU, with the graphics processing handled by an 8-core or 10-core GPU. You can configure the iMac with a 16-core M4 with up to 24GB of unified memory and up to 1TB of SSD storage. The iMac with a 20-core M4 can be configured with up to 32GB of unified memory and up to 2TB of storage. (It’s worth pointing out that the core count does not include the neural engine cores.)

Compared to the previous-generation 2021 iMac with M1, the new M4-powered desktop is more powerful. Apple claims it’s up to 1.7x faster for daily productivity tasks and 2.1x faster for demanding workflows like CAD design.

The iMac starts at $1,299.00. This amount includes the cost of the iMac as well as the Magic Mouse and Magic Keyboard. You can purchase extras like the Magic Trackpad and the Magic Keyboard with Touch ID and Numeric Keypad separately.

2. Mac Studio

Product Description

In March 2025, Apple unveiled the new Mac Studio, featuring the M4 Max and M3 Ultra chips. Marketed as the “ultimate pro desktop,” the 2025 Mac Studio delivers professional-level performance. In fact, it offers greater performance than the previous-generation model, which was powered by the M1 Max or M1 Ultra chips.

With support for up to 512GB of unified memory and up to 16TB of superfast SSD storage, the Mac Studio is the most powerful Mac on Apple’s lineup, according to the company. The Mac Studio with M4 Max is 3.5x faster than the previous generation M1 Max-powered Mac Studio.

Featuring the world’s fastest CPU core, according to Apple, the Mac Studio with M4 Max delivers excellent single-threaded CPU performance. This capability makes it perfect for running CAD software, which ordinarily only requires a single core. But this desktop would be an overkill if you want to use it to run CAD software. You are better off choosing the Apple Mac Mini. But if your workflow also involves other complex workflows that require outstanding multithreaded CPU performance, then the Mac Studio with M4 Max is an excellent choice.

On the other hand, the Mac Studio with M3 Ultra is nearly 2x faster than the Mac Studio with M4 Max. At the same time, it’s up to 2.6x faster than the previous-generation M1 Ultra-powered Max Studio. It’s perfect for rendering and AI applications, just to mention a few. It can be quite useful as the role of AI in CAD continues to evolve.

3. Mac Mini

Product Description

The Apple Mac Mini is the company’s most compact desktop computer, measuring 12.7 cm (5.0 inches) by 12 cm (5.0 inches) by 5 cm (2.0 inches), respectively. This means the length and width are shorter than the longest dimension of the iPhone 16 Pro (14.96 cm or 5.89 inches). The small form factor and its maximum weight of 730 grams or 1.6 pounds make the new Mac Mini a portable desktop.

It’s powered by an M4 with 10 CPU cores and 10 GPU cores or an M4 pro with 12 CPU cores and 16 GPU cores. The former can be configured with up to 32GB unified memory and up to 2TB storage, while the latter can be equipped with up to 64GB unified memory and up to 8TB SSD storage.

According to Apple, the Mac Mini with M4 delivers up to 1.8x faster CPU performance and up to 2.2x faster GPU performance over the previous-generation M1-powered Max Mini. The Mac Mini with M4 Pro’s GPU is up to 2x faster than the performance delivered by the M4’s GPU. It also has what Apple claims is the world’s fastest CPU core. This makes the Mac Mini with M4 Pro ideal for running CAD software applications.

In terms of connectivity, the Mac Mini features two front-facing USB-C ports and a headphone jack. Its rear features additional ports: three Thunderbolt 4 or 5 ports, an HDMI port, and an Ethernet port.

4. Apple Mac Pro

Product Description

All the other MacOS desktops above don’t support expansion. This is perhaps why the Mac Pro exists. It includes seven PCIe slots that let you add storage, video and audio I/O, and networking cards. Other notable features include the M2 Ultra chip with 24 CPU cores and up to 76 GPU cores. While the M2 Ultra was the largest and most capable chip Apple had ever created when it was unveiled in 2023, this status has been taken over by the M3 Ultra.

That said, the Mac Pro is quite capable. Its M2 Ultra delivers up to 20% faster CPU performance and 30% GPU performance than the M1 Ultra. This performance is also aided by up to 192GB of unified memory and up to 8TB of superfast SSD storage.

With a starting price of $6,999.00, the Mac Pro is the most expensive desktop in Apple’s lineup, bearing in mind that it can be optioned to over $11,500. But Apple includes a Magic Mouse and a Magic Keyboard with Touch ID and Numeric Keypad whenever you purchase the Mac Pro, perhaps to offset the total cost. This means you only need to purchase a display.

What About Building A Custom CAD Workstation?

A workstation is just one piece of the puzzle if you are looking to build the ultimate CAD PC. You need to consider peripherals such as a keyboard and mouse, in addition to a monitor. As we have detailed in our article, the best mouse for CAD offers comfort, has high sensitivity, and has several programmable buttons, just to mention a few factors.

If you are looking for the best mouse for CAD, for example, the 3Dconnexion SpaceMouse is your best bet., if you are looking for a high-precision CAD mouse, you can go with the Keychron M6. Check out the article for a more comprehensive list.

We have also covered the best keyboard for CAD as well as the best monitor for CAD. Check out these detailed articles for inspiration and guidance on what to purchase.

Conclusion

Finding the best workstation for CAD is not easy as some manufacturers can make promises that sometimes are just that… promises. And since workstations pack more power and are designed to effectively handle the heat generated by the processor and GPU more effectively, they are more powerful than their laptop equivalents. To help you in your journey, we have compiled a list of the best workstations for Windows and Linux, as well as the best workstations for macOS. And to recap, here are the best workstations according to category.

• Best macOS workstation for CAD: Apple Mac Studio
• Best Windows/Linux workstation for CAD: HP Z2 Tower G9

If you found this article useful, you may benefit from these other popular comparisons on the best hardware for CAD:

• Compared: The Best Monitors for CAD
• Compared: The Best Laptops for CAD
• Compared: The Best Tablets for CAD
• Compared: The Best Graphics Cards for CAD
• Are MacOS Computers Good For CAD?
• Compared: The Best Keyboards for CAD
• Compared: The Best Mouse for CAD

That’s why we’ve created this post as the ultimate reference for purchasing new graphics cards for CAD. We’ll walk you through what you need to know and end with our top 5 picks on the market right now.

Discrete Desktop GPU Market Share (source)

For a long time, in recent history, the discrete graphics card market was a duopoly that pitted Nvidia against AMD. And for virtually all that time, Nvidia has led the pack with graphics card development and is still the de facto dominant player. Its strategy has for years been to focus purely on GPU technology by partnering with Intel or AMD for its CPU requirements. (The company has, however, waded into the CPU waters and is developing the Grace CPU for data centers).

In comparison, AMD directly competes in both the CPU and GPU markets, a strategy that Intel has since adopted. Intel launched the Arc Pro workstation GPUs in 2022, disrupting the long-running duopoly. In doing so, Intel now produces GPUs and CPUs. But it has struggled to gain a significant market share, with its hold on the GPU market dropping from a 2022 high of 1.33% to 0% in 2024.

Besides developing and selling their own graphics card versions, the three companies provide chips to many OEM graphics card manufacturers who could be classed as their competitors but, in reality, are their board partners. These partners help bring the graphics cards to market. AMD and Nvidia partner with the likes of ASUS and MSI among other companies that only produce graphics cards for either of them. Intel partners with AsRock and Acer but also sells its own versions.

Still, and despite these developments, Nvidia continues to have a stronghold in the market. Nvidia’s domination has forced companies such as AMD to focus on solutions for specific user requirements – CAD being one of them. And, in many like-for-like comparisons, AMD has previously come out on top for certain uses. This muddies the water and justifies a lengthy post on the best graphics cards for CAD. So, let’s delve in!

What Do the Model Numbers on Graphics Cards Mean?

You have probably noticed that many graphics cards have a number in their product names. Let’s look at the below table showing 4 graphics cards from 3 different manufacturers, all of which use the same number in their model name.

So, why do all these cards reference the same model number? In the above list, all products are using the same GPU produced by Nvidia: the Nvidia 5070 GPU. Therefore, they use the same model number to inform the users of what’s under the hood.

Many brands will use the GPU chips of the market leaders, packaged in their solution. This gives smaller graphics card manufacturers the option not to compete with Nvidia or AMD on-chip performance, but instead to offer their customers another option in how it is presented. Some companies may simply offer a preferable cooling system to that of Nvidia and their own PCB design. 

Do Higher Graphics Card Model Numbers Mean Better Performance?

If purchasing a motorcycle, we would know that a 700cc engine is more powerful than a 300cc engine. The cubic centimeters measurement can’t be gamed; the engine is either the stated volume or it isn’t. Previously, the numbers used in old GPU model names did not relate to any real-world measurement.

And as the Logical Increments blog explained, it wasn’t always as simple as a higher model number being faster than other lower model numbers. For example, Nvidia’s GTX 680 was faster than the GTX 760 as it had ‘“more raw performance” than the 760.’

A lot has changed since the blog post was published in 2014. Nowadays, a higher graphics card model number means better performance. This is because the higher model number correlates to better specs such as RT cores, a higher VRAM, more compute units, and more accelerators. As a result, graphics cards with higher model numbers are generally more expensive.

Still, it’s essential to read the specifications of the graphics card you’re considering carefully and at all times. Do not assume that the number indicates the same specifications as other manufacturers.

Using Gaming Graphics Cards for CAD

The popularity of gaming graphics cards is difficult to ignore. However, whilst they often come with impressive specs, there are several key factors that differentiate them from workstation graphics cards for CAD. We’ll take a quick look at why they have become so prominent, and the reasons why they may not be a great choice for CAD.

Could I Use a Gaming Graphics Card for CAD?

GPU chip makers – Nvidia, AMD, and Intel – and their partners develop and sell different GPUs for gamers and professionals. AMD, for instance, designates gaming GPUs using the RX prefix, as in the Radeon RX 9000 series. On the other hand, its GPUs for workstations and, by extension, its graphics cards for CAD are found in its Radeon Pro W lineup.

Similarly, Intel’s graphics cards for CAD and workstations are found in its Arc Pro series, with gaming GPUs lacking the Pro designation. The same goes for Nvidia with its RTX (for workstations) and GeForce RTX (for gaming) GPUs. This distinction exists for several reasons:

1. Pro GPUs have a higher memory. For instance, the highest specification of the Nvidia GeForce RTX 50 series (the GeForce RTX 5090) has a memory of 32GB. In contrast, the highest specification of the Nvidia RTX 6000 Ada has a memory of 48 GB. Similarly, the AMD Radeon RX 7900 has a maximum memory size of 24 GB, while the AMD Radeon W7900 has a maximum memory of 48 GB. Higher memory leads to better performance and faster loading times for CAD graphics.
2. Different drivers: Pro and gaming GPUs have different drivers. (Drivers are software components or files that enable hardware like a GPU to communicate with the operating system and thereby function.) Thus, a gaming driver isn’t compatible with a pro GPU. With pro drivers optimized for CAD software and design, you will likely experience better performance when you use a professional driver and graphics cards for CAD than if you use a gaming GPU and associated drivers. In fact, Nvidia has previously reported that a new driver update increased GPU rendering by an average of 40%.

These two reasons, i.e., a higher VRAM and more optimized drivers, make a good case for using professional graphics cards for CAD rather than gaming GPUs.

Will My Graphics Card be ‘Future-Proof’?

The definition of ‘future-proof’ is a piece of technology that is ‘unlikely to become obsolete’. Therefore, this question is subjective. Whether or not you consider your graphics card to be obsolete will be dependent on how you wish to use it.

For example, a 10-year-old graphics card may still be fantastic at browsing the web, but perhaps not so great if you wish to do anything graphically strenuous. 

When it comes to ensuring your CAD PC is as future-proof as it can be, the best advice is to purchase the best model you can afford. The higher the specifications, the longer the GPU is likely to serve you.

Graphics Cards Benchmarks and Why They Matter

Our guide on graphics cards wouldn’t be complete if we didn’t mention benchmarks. Benchmarks are automated tests run by specially designed software. This software will perform specific tasks whilst measuring the performance and workload of the GPU.

These benchmarks are important because they avert subjective discussions on the best graphics card for a particular use. Instead, you can find empirical data on a GPU’s performance. You can even run a benchmark yourself thanks to software available from Cadalyst. Benchmark tests can regularly highlight surprising results.

One popular benchmark for CAD is the SPECViewPerf 2020. SPECViewPerf is a graphics card benchmark that measures graphics performance representing professional and CAD applications like CATIA, Creo, SolidWorks, NX, 3D Max, and Maya.

SPECViewPerf Benchmark Results for CATIA and SolidWorks (source)

Certified Graphics Cards for CAD

A number of the most prominent software developers have made life easier for us by publishing their list of graphics cards that have been tried and tested with popular CAD software. These are often referred to as ‘certified devices’ by the software developer.

If the graphics card you’re considering is supported by the software you intend to use, you will have much more confidence with your purchase.

We’ve collected a list of these published certified devices below.

Are we missing software that you’d like to see? Let us know in the comments.

Note: FreeCAD does not have their own list of specific model recommendations but their software is based on OpenGL. Therefore, we have linked to the OpenGL supported devices from Nvida.

Don’t Neglect the Rest of Your PC

There will be little point in investing in your ideal graphics card if the rest of your PC isn’t suitable for the required workload.

We created a popular post on how to build the ultimate CAD PC, in which you’ll find tips on what to consider when shopping for all PC components, including a keyboard, mouse, and monitor. It can take some time to research compatibility with all your PC’s components but the extra work is worthwhile.

Comparison: Our Top Graphics Cards for CAD

So, here’s our pick of the bunch. We’ve chosen to make a shortlist of graphics cards that would be suitable for both 2D and 3D CAD work. As a way of stating their suitability, we have referenced whether they are suitable for AutoCAD (2D), SolidWorks (3D), NX (3D), and other 2D design and 3D modeling software. We have sourced their statement of suitability from the official hardware recommendations of these software programs. We’ve also used the available SPECViewPerf benchmarks as the second, more advanced metric.

 We assume that you’re not too concerned about support for technology such as virtual reality. This isn’t yet a widely accepted requirement in CAD, but I’m sure we will need to update this article in a few years to account for that.

We have also tried not to go too high on the pricing scale whilst still focusing on professional-grade options. All options are below $1,000. Yes, you could purchase phenomenal graphics cards like the Nvidia RTX 6000 for about $8,000, the AMD Radeon Pro W7900 for over $3,700, the AMD Radeon Pro W7800 for over $2,400, and the Nvidia RTX 4000 for over $1,300. But adding those options to our comparison wouldn’t help most readers and would be overkill for most CAD work. It’s nonetheless worth pointing out that these GPUs led the SPECViewPerf 2020 benchmark, according to this comparison (referred throughout the latter part of this article as the benchmark results). And remember, whilst we give a rough guide for the price of each option, there are various specifications within each option which can increase or decrease the price.

We have also created separate lists for the top GPU manufacturers, AMD and Nvidia. Therefore if you are loyal to a specific brand, you have direct comparisons for their best options.
To finish off, we have combined what we think are the best Nvidia and AMD options overall.

Comparison: The Top AMD Graphics Cards for CAD

Here are the best AMD graphics cards for CAD

Comparison: The Top Nvidia Graphics Cards for CAD

Here are the best Nvidia graphics cards for CAD:

Comparison: The Top 5 Graphics Cards for CAD

At this point, you’ve seen our best picks from the individual GPU manufacturers. To finish up, here are our top picks from AMD and Nvidia combined. 

Here are the best graphics cards for CAD arranged in the order of performance per benchmark results:

1. Nvidia RTX A400
2. AMD Radeon Pro W7500
3. Nvidia RTX 2000
4. AMD Radeon Pro W7600
5. AMD Radeon Pro W7700

Be sure to check the detailed descriptions for each option below the list to learn more about our selections.

Here’s a quick comparison chart in order of ascending average price:

Kicking off with a budget choice for CAD users is the Nvidia RTX A400. It sports Nvidia’s previous generation Ampere architecture and is built on Nvidia’s RTX professional visual computing platform. According to Nvidia, RTX accelerates 3D graphics virtualization, rendering, virtualization, simulation, reality capture, extended reality, and other design workflows.

For its part, the Ampere architecture is crafted with 54 billion transistors, making it the largest 7-nanometer chip. It has third-generation tensor cores, smarter and faster memory, second-generation RT cores, and three other ground-breaking innovations. These innovations translate to better performance, with Nvidia reporting that the A400 delivers 3x higher performance than its predecessor, the T400.

The RTX A400 isn’t the highest-spec model sporting the Ampere architecture. Still, its computing platform makes it ideal for light CAD rendering and simulation. It’s certified for SolidWorks, Ansys, AutoCAD, CATIA, and others. So, if you’re drafting DD drawings or creating and rendering 3D models, this should be a suitable choice.

AMD acquired the Radeon GPU technology from ATI Technologies in 2006. Since the acquisition, the Radeon range has played an integral part in AMD’s GPU market growth. This range includes the Pro and RX lineups, with the former designed for professional uses. Nonetheless, both categories offer performance and value, and it comes as no surprise then that AMD’s Radeon Pro W7500 is next in our list of the best graphics cards for CAD in 2025.

The Radeon Pro W7500 comes in at just over $400 and offers great performance. And though it was positioned last in the various viewsets that form part of the SPECViewPerf 2020 benchmark, the results showed that you could depend on it for both 2D drafting and 3D modeling. But this performance is expected, considering it was the cheapest of the GPUs analyzed in the benchmark.

Nvidia’s only other GPU on this list is the RTX 2000, which is built using the new Ada Lovelace Architecture. According to Nvidia, this architecture is designed to offer revolutionary performance for ray tracing. As a result, the RTX 2000 delivers up to 1.7x higher ray tracing throughput and up to 1.6x higher overall performance than the previous generation RTX A2000. This is thanks to improved specs, including a higher memory and new generation CUDA, RT, and tensor cores.

However, despite being more expensive, the Nvidia RTX 2000 posted lower benchmark results than the AMD Radeon Pro W7600. It was outpaced in most of the SPECViewPerf 2020 viewsets and fell short in the geometric mean of all tests.

Next up is another excellent option from AMD’s Radeon Pro range. The AMD Radeon Pro W7600 comes at a higher average price than the Radeon Pro W7600. But this is expected since it has more compute units, peak memory bandwidth, stream processors, and peak half precision performance. What’s more, the Radeon Pro W7600 performed better on most of the viewsets in the SPECViewPerf 2020 benchmark than the more expensive Nvidia RTX 2000.

We end our list of top 5 graphics cards for CAD with the highest-priced and best-performing Radeon Pro W7700. At $969.00, this GPU is quite expensive, but it makes up for this cost with its performance in 3D modeling. Thanks to its impressive specs, it faired quite well in the SPECViewPerf 2020 benchmark. And while it’s not the highest spec in the Radeon Pro W7000 series, it still perks a punch. In fact, it outperforms the Nvidia RTX A4000.

Bonus: List of graphics card brands

We’ve collected a list of the most popular graphics card manufacturers. You may not have heard of many of these brands, but some of these lesser-known names are producing impressive products.

Conclusion

When choosing a graphics card for CAD, first consider the specific list of applications you will use in your CAD work. From there, you can quite easily narrow-down a list of graphics cards which would be suitable for your CAD work by looking at the list of certified GPUs recommended by the software developers. 

Most importantly, as mentioned earlier, don’t assume that one good graphics cards will be suitable for all types of graphics rendering.

If you’re unsure which models to choose, I’m confident the above list will be a big help to you. Both NVIDIA and AMD have some great options for under $1,000, for example AMD’s Radeon Pro W7500 and NVIDIA’s T1000 and A400 are all under $500 and have been officially certified for use with SolidWorks and AutoCAD. If you are able to significantly increase your budget, AMD’s Radeon Pro W7700 at ~ $969.00 packs a real punch for relatively heavy CAD 3D rendering.

In business developments, we’ll cover the appointment of Andrew Anagnost as Autodesk CEO, as well as Dassault Systèmes‘ acquisition of Dutch engineering firm AITAC.

We’ll also take a look at the release of MagiCAD 2018, a PLM tool designed to work alongside AutoCAD and Revit. Finally, we’ll be looking at one example of how CAD is being used to bring back a classic British TV show. Read on for everything you need to know this month!

Big impact, small package: Lenovo’s Tiny new workstation

With the ThinkStation P320 Tiny, Lenovo pack CAD-ready specs into a diminutive machine

Back in December, we reported on the launch of the pint-sized HP Z2 Mini machine, a workstation created for CAD. This month sees competition from another major player in the PC market: Lenovo. Lenovo’s new workstation is the ThinkStation P320 Tiny, and it’s no misnomer. Shorter than a #2 pencil, Lenovo claim their machine is “the world’s smallest workstation with ISV certification”.

If you’ve recently checked out our guide to how to build the ultimate CAD PC, you’ll know that certification alone isn’t everything. Nonetheless, there are still some compelling reasons to check Lenovo’s machine out. Firstly, its size makes it perfect for busy offices with limited desk space. Its diminutive form, however, doesn’t stop it from packing some technical chops. Its NVIDIA Quadro P600 GPU is a great choice for an entry-level machine, and it boasts a 4.20 GHz Core i7-7700 processor.

The machine will be released early next month, so be sure to keep an eye out for it if you’re interested. And if you do decide that Lenovo’s machine is right for you, then why not pair it with one of the 5 best CAD monitors under $1,000?

Andrew Anagnost takes the reins at Autodesk

After over a decade at the helm of one of the world’s largest CAD firms, Carl Bass stood down as Autodesk CEO back in February. In the aftermath of Bass’ resignation, the company appointed Amar Hanspal and Andrew Anagnost as interim joint CEOs. Now, it’s confirmed that Anagnost will stay on in the role permanently, with the company announcing the decision on Monday, June 19.

It’s been a long time coming for Anagnost, who first joined Autodesk two decades ago. In his time in the company, he’s led the company’s transition from permanent licensing to a subscription-based model. He also led engineering for the company’s Inventor software, whose revenue subsequently grew five-fold. Additionally, he played a key role in encouraging Autodesk to move towards cloud-based CAD.

Anagnost expressed his excitement towards leading the company, stating that Autodesk’s “next phase of growth… will combine business and product innovation to become an even more customer-focused company”. Meanwhile, his fellow former interim joint CEO, Hanspal, is leaving Autodesk. For more information about the company, check out our guide to everything you need to know about Autodesk.

Dassault Systèmes aims to rule the waves with new acquisition

AITAC’s specialization on maritime engineering could help Dassault Systèmes strengthen its position in the world of marine CAD

If you’ve read our article covering everything you need to know about Dassault Systèmes, you’ll know that the company has fingers in a lot of different pies. The company uses its 3DEXPERIENCE platform to deliver a range of integrated and specialized applications for a number of sectors. This customer-centred platform helps ensure communication and synergy between each part of the product lifecycle process.

Now, Dassault Systèmes are aiming to strengthen the platform’s position in the field of marine CAD through the acquisition of AITAC. AITAC is a Dutch company operating in the fields of marine and offshore engineering. Its best known solution is its Smart Drawings software, which enables the automatic creation of engineering drawings for boats, equipment, and plant designs. The software eases construction by slicing 3D models into 2D drawings, whilst preserving accuracy. As Smart Drawings is based on master models created in Dassault’s CATIA software, the two businesses are a natural fit for one another.

Dassault Systèmes now intends to fully integrate Smart Drawings into its “Designed for Sea” and “Optimized Production for Sea” platforms. The deal will also see Dassault acquiring a 40% stake of AITAC’s Croatian office, which provides solutions to the navy. The company hopes that the acquisition of AITAC will “help us to extend our marine and offshore portfolio’s capabilities and support customer deployment projects”.

Progman releases MagiCAD 2018

One of MagiCAD’s key applications is in the piping industry

In software news this month, Finland-based developer Progman has released MagiCAD 2018. MagiCAD 2018 is a building information modeling (BIM) solution which is compatible with two of Autodesk’s key programs: AutoCAD and Revit. The software has a particular focus on mechanical, electrical, and piping design, and bills itself as the #1 such solution in Russia, China and the Nordic countries.

Those using MagiCAD alongside Revit will notice enhanced wire drawing features, including a new wire type management tool. Users will also be able to configure balancing methods in ventilation and plumbing design. Meanwhile, in the supports and hangers field, MagiCAD offers new load-bearing calculations, export of installation coordinates, and array installation tools.

MagiCAD also supports recent editions of AutoCAD, including AutoCAD 2018. If using MagiCAD with AutoCAD, users can now merge datasets and take advantage of improved settings for dataset location. There are also new properties for electrical circuits and switchboard schematics, plus user-configurable balancing methods. Both AutoCAD and Revit users will be able to search and load products from the company’s MagiCloud library of over 1,000,000 intelligent 3D product models.

How CAD is helping to bring back the UK’s collective childhood

CAD software has applications in a vast range of different fields. On this blog, for example, we’ve covered the use of CAD in everything from engineering and architecture to fashion and product design. Another field where CAD is key is that of film and TV set design. So, whether you’re binge-watching a big-budget medieval drama or tuning into a high-stakes game show, the chances are that the action is all taking place on sets that were originally designed in CAD.

This is certainly the case for the reboot of one of the UK’s most popular game shows, The Crystal Maze. Originally a fixture on British screens in the early 1990s, the show featured contestants dealing with physical, mental, mystery and skill games in an attempt to win prizes. Now, the show is making a comeback—and CAD has played a part in it.

James Dillon, who designed the sets for the original series, has returned to the role. However, this time, he’s used CAD to give the show a fresh new look. Speaking to the BBC, he noted that the show’s Future zone has changed dramatically. He explained that: “Future was designed using CAD software which meant we could see the rooms in 3D before we actually built them. The CAD drawings were then sent to the workshop and were used to build the set, so it cuts out a whole step of the process and makes it a lot easier and quicker to do.”

We at the Scan2CAD blog are certainly looking forward to the new series—and not just for nostalgic reasons! While we wait to see the new Future zone in action, you can see a short teaser below.

In hardware, we’ll be taking a look at HP‘s new line of ZBook workstations aimed at the CAD community. Finally, we’ll examine MakeVR, the 3D modeling software that’s recently come to the HTC Vive VR platform. Read on for the full stories!

Anticipating Solid Edge ST10: Siemens reveals new features

One of the industry’s leading 3D CAD applications is about to undergo a major upgrade. This summer will see the release of the latest edition of Solid Edge—and with it, a host of new features.

With the release of Solid Edge ST10, Siemens is aiming to improve every stage of product lifecycle management. For starters, the new version makes it easier to take into account a wide range of factors during the generative design process. This helps the user make more informed design decisions and visualize their optimized products more clearly.

Solid Edge ST10 simplifies the process of optimizing parts for 3D printing. It even integrates quotes and delivery times from service providers, letting you bring your parts to life. The software also includes Siemens’ Convergent Modeling technology, which aims to bring together mesh-based geometry with solid and surface geometry.

Additionally, Siemens have included topology optimization tools in the new software, as well as FloEFD. This tool is a computational fluid dynamics tool that lets users conduct simulations within Solid Edge.

All in all, this is an impressive new release from Siemens, who hope it can take the fight to competitors such as SolidWorks. See a demo of Solid Edge ST10 in the video below.

“Beyond AutoCAD”: BricsCAD expands support for BIM

There was once a time in the history of DWG when users had nowhere to turn but AutoCAD. Nowadays, however, that’s no longer the case. Amongst the many companies developing software which supports DWG, one of the leading lights is Belgium’s Bricsys. Though still a small company, their flagship product, BricsCAD, is offering a notable alternative for DWG users frustrated with Autodesk’s shift to a pricey subscription-only business model.

While the history of Autodesk is marked by rapid, global expansion, Bricsys had a rocky start, with slow growth, setbacks, and relative obscurity. After 15 years, however, BricsCAD is ready to burst onto the scene. CEO Erik de Keyser now believes his company has “substantially different technology” to competitors such as Autodesk, whilst still being able to provide CAD functionality that is 95% the same as that of AutoCAD.

Bricsys has also aimed to distinguish its flagship software from those of its competitors. It’s done this by building in distinct modules which offer support for BIM, sheet metal design, and plant design. Through its innovative program, Bricsys is aiming to help the DWG community move “beyond AutoCAD” and transition to BIM. CEO de Keyser has also confirmed that the company will still offer perpetual licenses for its software, despite the recent industry-wide trend towards subscription-only packages. Check out Bricsys for more information.

A potential competitor to AutoCAD?

Secure new mobile workstations from HP

In hardware news, the last month has seen the release of four new mobile workstations from HP. The models form part of the company’s ZBook line of workstations, following on from the release of the ZBook 15u Ultrabook in January. Complete with top-of-the-range security features and impressive specs, the new models are sure to find favour in the CAD community. 

• The HP ZBook Studio G4, includes its 15.6″ DreamColor screen, 4K resolution, and an NVIDIA Quadro M1200M graphics card. As such, it’s aimed squarely at the architecture and engineering communities. Starting from $1,399, the machine comes with either a Xeon or 7th-gen Core processor up to 3.1GHz. It even includes 2TB of storage, and memory of up to 32GB.
• For those looking for a more powerful machine, with up to 64GB of ram and 3TB of storage, HP offers the ZBook 15 G4. Users of this machine will also be able to choose between NVIDIA Quadro and AMD RadeonPro graphics options. This machine starts from $1,419.
• At $1,519, the priciest new machine is the HP ZBook 17 G4. With a 17″ screen, this workstation is grabbing the headlines due to its VR capabilities—though a VR-ready configuration starts from $3,438. A range of processing and graphics options are available, and the model includes a fingerprint scanner and smart card reader.
• There’s currently no available price for the fourth model, the HP ZBook 14u G4. This is the smallest and lightest of HP’s workstations, but still comes equipped with 7th-gen Core processors, up to 32GB of memory, and up to 2TB of storage.

All four machines incorporate features such as a self-healing PC BIOS, threat detection, malware protection and encyption. Additionally, the entire line is ISV-certified for major CAD applications. They’re definitely worth checking out for CAD professionals—but if you’d rather build your own machine, check out our guide to how to build the ultimate CAD PC.

Four new ZBook workstations from HP: ZBook 17, ZBook 15, ZBook Studio, ZBook 14u (left to right)

IMSI Design releases TurboCAD Deluxe 2017

There’s yet another major software update to talk about this month, as IMSI Design released TurboCAD Deluxe 2017. As the entry point to the company’s TurboCAD range, the software gives users 2D drafting, 3D modeling and rendering for the low price of just $149.99.

Though the software may be the cheapest in the TurboCAD line, it’s still a powerful application. TurboCAD Deluxe comes with a complete set of drafting, design and modeling tools, including line, arc, curve, and spline tools. IMSI have also added in a host of new features for the 2017 edition. On the usability side of things, there’s a new image management palette, options to display block names, and a new timestamp feature that aids security and collaboration.

TurboCAD Deluxe 2017 also makes 2D drafting simpler through the addition of associative center lines and center marks, and a new relative angle field. There are also improvements to the existing intelligent scaling feature and multi-text editor. For photorealistic rendering, IMSI have also included new Redsdk 4.2 engine migration. Meanwhile, architects can benefit from the improved house builder wizard.

Not only does TurboCAD support DXF files, but its import options make it a great way to view DWG without AutoCAD. Learn more about the software at TurboCAD.

IMSI Design’s TurboCAD in action

3D design in virtual reality

At first, the idea of a CAD application for a VR environment may seem like something of a novelty. However, Californian startup Sixense are on a mission to prove that VR can help “democratize 3D modeling” and remove the steep learning curve associated with 3D CAD.

The idea started from a near-universally accepted truth: most major 3D CAD software can be challenging for newcomers to learn. Sixense wanted to change that. They aimed to create a 3D modeling software with a shallow learning curve. The result was MakeVR.

MakeVR runs on HTC’s Vive platform rather than a traditional PC. As such, there’s no need to learn any commands or keyboard shortcuts. Instead, users enter a virtual space where creating 3D geometry is simple and intuitive. Using the two Vive controllers, users can easily create virtual solid objects by simply pulling, pushing, and stretching. Compared to traditional modeling software, users gain a much greater sense of their object in a real space, and a much more tactile approach to object creation.

Once created virtually, users’ objects can then be made real using 3D printing. MakeVR supports .sab and .sat files, and can export .stl files, ready for 3D printing. However, 3D printing is far from its only potential application. You can even export objects created in MakeVR to other modeling tools. This means that there’s real potential for this software to make an impact in fields such as game design. See MakeVR in action in the video below.

However, whilst advice on which software to buy is abundant, hardware advice is somewhat thin on the ground. As such, it can sometimes be hard to know what exactly goes into a great CAD workstation.

Here at Scan2CAD, we want to change all that. We’ve created this guide with the aim of providing you with the information you need to build your own ultimate CAD workstation. We’ll be focusing on PCs that run Windows operating systems, rather than Linus or MacOS, due to the system requirements of many popular CAD programs. However, you’ll still be able to find plenty of choice here, and we’ll break down ways for users to maximize any budget—be it large or small.

To Build or Not to Build a CAD PC?

Advantages of Building a CAD PC

1. Customization

No two designers work in exactly the same way. As such, customizing your PC is a great way of ensuring that it meets the requirements of the software you use every day. This doesn’t just mean including additional components—it also means not paying extra for parts that would be redundant for your needs.

2. Value for money 

By including additional components and paying only for what you need, you can maximize your budget and get the most out of your workstation. Buying a ready-built workstation also means subjecting yourself, inevitably, to markups—which can be pretty hefty. When you choose everything that goes into your machine yourself, you pay only for the price of the components, and avoid getting stung.

3. Freedom/Ability to Only Focus on What’s Necessary

This ability to pick and choose what you spend your budget on means you can focus on components that are crucial for CAD work. Many entry-level, pre-built workstations, for example, come with integrated graphics processing, rather than a dedicated graphics card. This renders them unsuitable for CAD work. Moving up to a more expensive pre-built system may provide better graphics performance, but you’ll also have to shell out for features you may not require. Building your own bespoke system, meanwhile, allows you to jettison features you don’t need whilst investing in those you do.

Advantages of Buying a CAD PC

1. Time-Saving Approach

Nonetheless, that isn’t to say that there are no advantages in purchasing a ready-built workstation. For starters, there’s no need to construct your machine yourself: it works straight out of the box. This makes it a better option for users who may be somewhat reticent about building their PC themselves.

2. ISV-Certification

There’s also a good chance that your workstation will be ISV-certified, meaning it’s been independently tested and verified as being compatible with CAD software. (It’s also worth noting, however, that in a Cadalyst survey of CAD professionals, less than 5% considered this a “must-have”.)

So, build or buy? It’s ultimately your choice—but we’re guessing that if you’ve made it this far through our guide, you’re at least a little intrigued about going it alone. But how exactly do you do it? Read on for the details.

How to Choose the Right Components for a CAD PC

Choosing the right hardware starts with understanding your needs. Every engineer, designer or CAD professional will know which software they use to complete tasks day-to-day. This is an ideal starting point. Identify the program (or programs) you use most, and then check out their system requirements. Though these only provide a baseline figure—and you should probably be shooting much higher—they can help eliminate unsuitable machines and guide your decision. For example, the basic system requirements for AutoCAD 2023 include a CPU of 2.5 to 2.9 GHz (base clock), 10 GB of disk space (preferably an SSD), and at least 8 GB of RAM on 64-bit systems (with a recommendation of 16 GB).

As mentioned, however, these guidelines tend to show the bare minimum you need to run a particular application. For a better idea of what you should aim for, check out if your main program comes with a list of certified hardware. Then, skim through the list and check out the specs of the machines that your software provider actually recommends. For AutoCAD 2017, for example, many certified machines feature processing power of at least 3+ GHz (base clock) or 4+ GHz (turbo clock), with RAM typically 16 or 32 GB rather than the recommended 8—with many machines featuring up to 64 GB. This should help you to come up with a better estimate for what your machine should include.

Once you’ve decided upon which features to focus on, the next step is choosing components that fit your criteria—before going on to build the machine itself.

Building your CAD PC

Now you’ve come to actually selecting the components that will form your CAD workstation. In this section, we’ll tell you what to look out for, and give some options suitable to different price points.

CPU for a CAD PC

First things first: your central processing unit. Your CPU will be dealing with all the background calculations that go into making your CAD software (and everything else on your PC) work, so it needs to be capable of coping with the strain. However, it can sometimes be a little tricky to work out what exactly to look for in a processor. In the past, there was one simple measure to look out for: clock speed. Whilst this is undeniably still important, things are more complex now. Performance comes down to the number of instructions per cycle your processor can perform, its process size, its architecture, and other factors.

One issue to deal with is the number of cores. It may be tempting to go for a multi-core processor; some guides recommend at least four cores for 3D modelling use. However, it’s important to take note of whether this is suitable to the programs you use. AutoCAD, for example, is largely a single-threaded application, and only supports multi-core technology for one specific function: 2D regeneration. This means that AutoCAD cannot take full advantage of a multi-core CPU. as such, opting for more cores may mean you spend more money without achieving any significant increase in performance.

It’s also important to ensure your CPU is compatible with your motherboard (AMD and Intel don’t mix) and that it’s well matched to your other components. Investing in a high quality graphics card, for example, is useless if you don’t have a CPU capable of dealing with the extra capabilities—and vice versa.

There are a number of impartial benchmark tests out there which can help you decide upon the best processor for your needs. These include CPU Benchmarks from PassMark, CPU World, and AnandTech.