This week we studied the technical statistics of Xbox Series X and PlayStation 5. How do they combine the two parts so far? Despite just knowing what the two looks like, they are no different, X and 5.
Before we get into it, keep in mind that these are just numbers on the screens as far as we are concerned. We've seen quite a few tech giants of both systems, showing things like load times, but we haven't seen how the actual hardware works next to each other. Now let's compare the acronyms.
CPU
PlayStation 5: A custom Zen 2 CPU with eight Cores at 3.5 GHz (Variable Frequency)
Xbox Series X: A custom Zen 2 CPU with eight Cores at 3.8 GHz (3.66 GHz with Simultaneous Multithreading)
These are two types of customizable CPUs built using AMD & # 39; s Zen 2 Micro, the same Microarchitecture that powers the third-generation CPUs on the Ryzen PC. What's different is how the two consoles use their CPU power. Microsoft claims that the Xbox Series X CPU is programmed at 3.8 GHz of games based on a single core, down to 3.66 GHz for applications that take advantage of multiple cores via multithreading at the same time.
Tony claims that the PlayPation 5 & # 39; s CPU and GPU both run at variable speed. The console will always monitor the demand to play the game on the CPU and GPU and adjust the frequency accordingly. This novel way of measuring energy and cooling means that the system must remain at a constant power level, making it easy to recover.
GPU
- PlayStation 5: Custom RDNA 2 10.28 TFLOPs, 36 CUs at 2.23GHz (variable frequency)
- Xbox Series X: For custom RDNA 2 12 TFLOPS, 52 CUs at 1.825 GHz
As is the case with the CPU, both consoles use the same basic hardware variants, in this case the AMD RDNA GPU process. RDNA stands for Radeon DNA, AMD's latest graphics card design. In terms of teraflops the Xbox One has a slight lead. It has 52 units of counting on PlayStation 5 & # 39; s.
Teraflop is a measure of the processor's power of statistics. Across the teraflop processor can process up to six billion cycles per second. The more teraflops, the more compelling the power. The more competitive the power, the processor is better equipped to perform complex calculations that say the game has evolved into a better visual. In the grand scheme of things, the difference of 1.72 teraflops is huge.
Computer units, or CUs, are like clusters of small CPUs used by a graphics processor unit to do things. The more CUs, the more powerful GPUs. Comparing CUs between the Xbox Series X and PlayStation 5 is far more costly than teraflops. PlayStation actually has a Radeon RX 5700 graphics card, while the Xbox Series X has Radeon RX Vega 56. Call me GPUCheck The website compares the two cards, and there is a noticeable difference.
Keep in mind that these are PC features. The performance of GPUs on the Xbox Series X and PlayStation 5 greatly depends on how they are used. Again the PlayStation 5 can optimize GPU and CPU performance based on demand, so while the Xbox Series X does appear more, the PlayStation 5 may have a bit more leverage.
Memory
- PlayStation 5: 16GB GDDR6 with 256mb bus | Bandwidth of 448GB / s
- Xbox Series X: 16GB GDDR6 with 320mb bus | 10GB at 560 GB / s, 6GB at 336 GB / s bandwidth
Both of these consoles include 16GB of GDDR6 memory. The PlayStation memory bus is smaller, 256mb on the Xbox & # 39; s 320mb, which means there are more traffic streams available on the Xbox. Will that make a big difference? Probably not. The difference is how the bandwidth is handled on the consoles. The PS5 memory runs at 448 gigabytes per second across the board. The Xbox Series X divides its 16GB memory into two categories. There is 10GB of "GPU memory memory" at 560 GB / s, and 6GB of "standard" memory running at 336 GB / s. Low memory is allocated for I / O tasks and noise that doesn't require too much speed, while GPU-compatible memory is designed to make things cool. It is an asymmetrical memory system that should provide developers with fun ways to allocate resources. It's not something that should have much impact on the end user, but it's clean.
Internal Storage
- PlayStation 5: 820GB of custom SSD with 5.5GB / s (Grades), Normal 8-9GB / s (Compressed) IO
- Xbox Series X: 1TB NVME SSD with 2.4 GB / s (Raw), 4.8 GB / s (Compressed) IO through
This is where the main difference lies. Holy hell that PlayStation is a solid state drive system fast. Very quickly. The second speed of the Xbox Series X & # 39; s SSD. It may be small, but that PS5 hard drive will smoke the Xbox. As PlayStation 5's lead developer Mark Cerny put it during the introduction of today's technology, developers may need to slow down to keep games loading faster.
An RPG class
- PlayStation 5: Rogue
- Xbox Series X: No hero
To the best of our knowledge, it looks like Microsoft and Tony are rolling two different characters from the next console war RPG series. Microsoft put a lot of points into power, creating a beefy machine that couldn't be matched with power. Sony, on the other hand, has created an extremely efficient console, enabling it to do the work. We'll see how it all works out as long as we can play games on these awful things.
And yes, that makes the Nintendo Switch wizard.
More Next-Gen Console beauty
Table of Contents
