Computer systems differ not just on the basis of specifications and features but the number and quality of tasks performed. If you’re a gamer and used to playing light games, you can choose a usual gaming PC. However, for performing highly-intensive workstation tasks and using the best remote desktop app for Mac, you may require advanced computers.

This article is about workstation GPU vs gaming GPU and how gaming and workstation PCs are different.

Gaming GPU

Games consist of low polygon count. There are certain on-screen effects that require the game card’s graphical power to perform actions. The important factors that gamers generally consider to fetch games from the best remote desktop for Mac are better frame rates and superior visuals.

However, modern games need higher technical specifications and a PC with more powerful components. But, for effectively running games, you can optimize the gaming system.

Workstation GPU

Workstation computers are used by professionals for computationally intensive tasks. For example, data analyst research, animations, and 3D modeling programs. Certain software such as CAD needs a workstation graphics card capable of converting complex geometry into understandable triangles.

These graphics cards are programmed to give users a faster performance when gaming or handling resource-intensive tasks. AMD RadeonPro and NVIDIA Quadro are the perfect workstation GPU.    

Certified Graphics Card

Gaming graphics cards such as Radeon and GeForce series are not certified by Solidworks. Lack of this certification could mean that you are not fulfilling the essential minimum requirements. Solidworks certified the graphics card after performing lots of testing to ensure the effective functioning of the graphics card driver.

The performance of the GPU mainly depends upon the hardware acceleration performed by the graphics card.

Difference Between Gaming and Workstation GPU

Gamers most often need to look to improve their graphics performance. Working professionals, on the other hand, need a system for 2D & 3D modeling and machine learning. For gaming, users require maximum and higher clock speeds.

Graphics cards work in collaboration with the gaming monitor’s response time. They are designed to run at lower speeds with 3D model workstations.  

Software Application Differences

The software applications that graphics cards are designed and configured for are different for both Gaming and workstation GPU. A workstation graphics card is designed mainly for CAM (Computer-Aided Manufacturing) and CAD (Computer-Aided Design) software.

The reason is that changing complex geometry is easier in this software. At the same time, gaming graphics cards are designed for gaming apps. The high-end cards allow fast loading of games.

Difference Between Gaming and Workstation PCs

After comparing workstation GPU vs gaming GPU, let’s find out how gaming and workstation computers differ from each other.

Operating System

When it comes to the operating system, gaming computers run smoothly on Windows, preferably any latest version. The operating system used on the workstations depends on their connection to LAN and the number of users working simultaneously on the network. However, both can run on Linux or Windows OS.  

RAM

A gaming PC generally requires 8GB of RAM. 16GB of RAM will become too much. On the contrary, workstations require more RAM space to store a high amount of data. It needs as little as 32 to 64 GB of RAM. However, for resource-hungry apps and programs, these PCs should have 128 to 256 GB of RAM. Moreover, workstations depend on ECC RAM to avoid data corruption and ensure improved program stability.

CPU

Workstations usually have powerful processors to effectively manage parallel processing. For a gaming PC, Ryzen 7 processors and Intel Core i7 are enough. Workstations, on the other hand, go farther than this to handle highly complex computational tasks. For example, Intel Core i9, AMD Ryzen Threadripper, Intel Xeon, and AMD EPYC. Workstation processors cost much higher than a premium gaming CPU.

Storage

Gaming PCs and workstations don’t differ much in this aspect. For streaming and gaming PCs, SSD units have become more standardized storage devices. Workstations use highly powerful storage devices. That’s a reason why most modern workstations prefer SSDs (solid-state drives) as the key source of storing data. However, they require HDD (hard disk drives) with various terabytes of space as well to store huge amounts of data.

Motherboard

Workstations have several motherboards as they come with compatible CPUs and RAM. Workstation motherboards have the right socket and special chipset for CPUs and are unlocked to accommodate higher RAM volume. Alongside this, some people are using motherboards featuring extra PCIe slots and RAM. It helps in fulfilling the additional needs. 

The Conclusion

Both gaming and workstation GPUs have their own focus and specification sets due to the varying needs of the software. Choosing the right computer with accurate and certified graphic cards helps in avoiding several problems such as incorrect display, poor or slow performance, and more.