PlayStation 5 is a popular console that has a powerful GPU. A GPU, or graphics processing unit, is a processor that speeds up the display of images. GPUs are evaluated on several benchmarks. This includes frame rate, which determines the frame rate per second, and internal processing.
The PlayStation 5 can run several games that the average PC GPU can’t. So the PlayStation 5 GPU can only be compared to certain graphics cards. Two strong competitors are NVIDIA and AMD graphics cards.
Read on below to find out how the specs compare and which graphics card you can buy for PlayStation-like performance.
The PlayStation 5 has a GPU called Oberon. It has:
- 16 GB GDDR RAM
- Memory clock 1750 MHz
- GPU clock 2233 MHz
- It has a total of 2,304 cores and a real-time graphics performance of 9.2 teraflops.
- It can run some games at up to 120fps, twice the standard 60fps.
The frame rate can often change when playing certain games.
With all these stellar specs, it might not be easy to compare the PlayStation 5 GPU to PC graphics cards. However, some exceptions rival the PlayStation 5’s performance.
Although the PlayStation 5 is a more customizable gaming device than a dedicated PC, there are some marked differences in functionality. Thus, it is important to make an informed decision before purchasing any device.
PC GPU specs
The GPU inside the computer is not only adapted for gaming, so it has a number of functions such as video and photo editing. GPUs are also used for other tasks such as rendering and machine learning. Computer graphics processors have a separate pool of RAM. Gaming is an additional feature provided by the PC GPU.
PlayStation 5 GPU specs
Compared to PC functionality, the PlayStation 5 has a GPU that is more optimized for gaming and power efficiency. Additionally, the PlayStation 5 has a shared RAM pool. Because consoles are closed systems, games are easily optimized by developers. This is why the console will always reign supreme in terms of entertainment movie experience.
Comparison of frame rates
Another notable comparison between the two is the frame rate. A console can display up to 30 frames per second, a PC can’t. Thirty frames per second on PC gives a choppy result, and textures may not update even with 3 or 4 refreshes. 60 frames per second is a must for smooth gameplay.
Building a PC with GPU equivalent to the PlayStation 5 will cost more than the PlayStation 5. A general rule of thumb is to pay around $150 per teraflop of performance. This is because additional RAM and CPU components must be purchased with the GPU. That’s a total of $1,500 for the ten teraflop PlayStation 5 equivalent.
On the other hand, the PlayStation 5, as of 2021, costs just $499.99 with a 9.2 teraflop GPU.
Teraflops can be used as a suitable metric to compare the PlayStation 5’s GPU to other GPUs. Teraflops measure the number of operations a computer can perform per second. For example, the PlayStation 5 has a potential of 10.28 teraflops, but in the real world this number drops to 9.2.
AMD RX 5700 XT, RX 6800XT and NVIDIA RTX 2070 are suitable comparisons.
These comparisons are based on actual teraflops usage, graphics resolutions, settings, and frame rates. Technical specifications are detailed below.
RX 6800 XT dr
AMD RX is a great GPU option that provides 4k resolution. It has about 16GB of VRAM, the same as the PlayStation 5’s GPU. Additionally, it has a game clock of 2015MHz and a boost clock of up to 2250MHz.
The AMD RX 6800 XT is a powerful equivalent, delivering a whopping 20.47 teraflops. That’s more than double the PlayStation 5’s 9.2 teraflops. In addition, it includes ray tracing and provides high-quality rendering output. It also has 16GB of RAM, which is on par with the PlayStation 5. All the above features make it the best GPU equivalent of PlayStation 5. The only downside to this GPU is the exorbitant price. It costs twice as much as the PlayStation 5.
RX 5700 XT
The AMD Radeon RX 5700 XT is the graphics card that comes closest to the PlayStation 5’s GPU. It has a lower RAM of just 8GB, but a capacity of 9.8 teraflops, which even surpasses the PlayStation’s 9.2 teraflops. It also has a more significant memory clock of 14 GHz.
The downside of choosing this graphics card is that it does not support ray tracing. Ray tracing mimics the actual behavior of light, so the output from the RX 5700 XT may not be as high quality as compared to the PlayStation 5.
The RTX 3070 is one of the best graphics cards for video game enthusiasts. Its 4K resolution and excellent ray tracing performance set it apart from the competition.
It has a GPU with a speed of about 12 teraflops, higher than the PlayStation 5. It is also much more affordable than all of the above options. In addition, its speed is 30 times faster than the RTX 2070 Super and about 40 times faster than the RX 5700 XT. These features make this graphics card stand out and compete with the PlayStation 5 GPU.
The RTX 2070 Super from NVIDIA is a strong contender. It has many specifications parallel to GPU Oberon. It has the same cores and 448 GB/s memory bandwidth. Most PC games work with this graphics card.
There are also several ray tracing operations that the RTX 2070 can perform, which puts it above the RX 5700 XT. It The RTX 2070 also has 45T RTX-OPS, which is the number of ray tracing operations performed per second, making the graphics card comparable to the PlayStation 5.
In terms of teraflops, the RTX 2070 has a higher number, totaling 9.5 teraflops in real-world usage. There’s a total of 8GB of graphics memory, which is less than the PlayStation 5.
However, even on the PlayStation 5, only 12GB of the 16GB is allocated to games, so the gap isn’t that big.
While the RTX 2070 offers many advantages, it is still not as powerful as the PlayStation 5 due to the console’s design. This means that PlayStation 5 is a more stable environment that does not change.
PlayStation 5 and PC have different graphics performance due to differences in their functions. However, PC graphics cards can come close to some of the PlayStation 5’s GPU specs. These could be more expensive than the PlayStation 5 with its core components. We hope this article has clarified the comparison between the two.