How More Powerful is the PS5 to the PS4?
The eagerly awaited PlayStation 5, released in November 2020, has raised quite a few questions among gaming enthusiasts. One of the most common queries is regarding its power compared to the previous generation, the PS4. In this article, we will delve deeper into the specifications of the PS5 and compare its performance to the PS4.
Processing Power:
The PS5 processor, known as the CPU, is a major upgradation from the PS4’s. The PS5 packs a 3-nm AMD Zen 2CPU, with 36 CPU cores, clocked at 3.2GHz. This is significantly more powerful than the PS4’s 64-bit x86-64 AMD Jaguar CPU, running at 1.6GHz. The PS4’s CPU was considered slower and less efficient than some of its competitors.
- PS5 CPU Power: 3.2GHz, 36-core, 3-nm AMD Zen 2 CPU
- PS4 CPU Power: 1.6GHz, 8-core, 65-nm AMD Jaguar CPU
Graphics Processing:
The PS5 sports a custom AMD GPU, based on the Vega architecture, with 72 compute units, 4480 stream processors, 24 GB of GDDR6 RAM, and runs at a 2.23 GHz clock speed. This is a marked improvement from the PS4’s 1.8 GHz clock speed, albeit with a lower number of compute units (18 versus 36).
- PS5 GPU: AMD Vega, 72 Compute Units, 4480 Stream Processors, 24 GB GDDR6 RAM, 2.23 GHz Clock Speed
- PS4 GPU: AMD Radeon Graphics, 18 Compute Units, 1152 Stream Processors, 8 GB GDDR5 RAM, 1.8 GHz Clock Speed
Ram and Storage:
Another significant upgrade is the introduction of 16 GB GDDR6 RAM for the PS5, increasing the memory bandwidth to approximately 448 GB/s, compared to the PS4’s 176 GB/s. Additionally, the PS5 features slower but larger storage (2 TB SSD) over the PS4’s solid-state drive (SSD).
- PS5 RAM: 16 GB GDDR6, ~448 GB/s bandwidth
- PS4 RAM: 8 GB DDR3, ~176 GB/s bandwidth
- PS5 Storage: 2 TB SSD, NVMe interface
- PS4 Storage: smaller SSD, slower read-and-write speeds
Consoles’ Performance:
To give you a clear idea of the difference between the two consoles, take a look at this breakdown of their performance in relation to specific tasks:
| Task | PS4 | PS5 |
|---|---|---|
| 3D Graphics Render | 6 – 8 frames per second (FPS) | 12 – 16 frames per second (FPS) |
| AI Simulation | 5-minute simulation | 10 – 15 minute simulation, with faster decision-making |
| Faster Rendering | N/A | Ridge rendering, with 60-degree field of view |
| 4K Gaming at 60 FPS | N/A | possible, with selectivity of games supporting 4K resolution |
Based on these specifications and enhancements, it is evident that the PS5 has become significantly more powerful than its predecessor, the PS4. The PS5 delivers faster processing, more streamlined graphics rendering, increased Ram, and improved storage and rendering capabilities. With capabilities like 4K Gaming at 60 FPS and Ridget rendering, the PS5 is well-equipped to bring gamers a more immersive, high-performance gaming experience, setting it apart from earlier consoles like the PS4.
Conclusion:
In conclusion, the PS5 has taken a major stride forward in terms of processor power, graphics rendering capabilities, and overall performance relative to the PS4. With the PS5 packing a more powerful processor and graphics processing unit (GPU), it is now fully equipped to handle the graphical demands of modern gaming systems. This significant leap can be attributed to the advancements in technology, allowing the hardware to evolve and accommodate complex, visually stunning graphics seen in modern games.
Sources:
- How PlayStation 5 compares to Sony’s PS4
- PS5 benchmarks: How does the latest console compare to PS4?
- [PS5 vs Xbox Series X: How powerful is the new PlayStation?] (https://digitaltrends.com/)
- PS5 vs PS4: How does the GPU compare?
- R/Tech hardware: How Much More Powerful is the new PS5 compared to Ps4?