AMD has put forth the ambitious claim that gamers can reach an eye-watering 1000 frames per second (FPS) in certain eSports games, provided they utilize top-tier GPUs with their remarkable Ryzen 9000X3D CPU series. Conventional performance benchmarks for popular games like CS2 and Valorant typically hover around the 600-700 FPS, making the jump to a 1000 FPS a formidable feat. This target is certainly attainable, but relies heavily on the muscle of an exceptionally robust CPU.
Approximately two years prior, a CPU as mighty as the Liquid Nitrogen-cooled Core i9 14900K coupled with a robust graphics card like the RTX 4090 was necessary to hit the 1000 FPS mark in CS2. Therefore, achieving such high frame rates requires an extraordinarily potent system configuration. The inclusion of modern CPUs like the Ryzen 9000X3D series makes the stride towards these elevated FPS levels all the more accessible.
However, it’s essential to note that majority of users have been reported to achieve frame rates between 600-700 FPS while using Ryzen 9800X3D and 9950X3D CPUs, when paired with GPUs such as the RTX 5090 or RTX 5080. AMD, on the other hand, suggests that with certain modifications, players could attain 1000 FPS across a variety of six distinct eSports games, thus expanding the reach of high-performance gaming.
To demonstrate these possibilities, AMD has incorporated this information into an infographic. They have further disclosed that not one, not two, but three of its Ryzen 9000X3D CPUs have the capacity to reach this spectacular 1000 FPS mark in these games. The lineup of CPUs includes the Ryzen 7 9800X3D, Ryzen 9 9950X3D, and the mobile version, Ryzen 9 9955HX3D.
Under specific conditions, including an operating system setting of Windows 11 OS (version 24H2), and the deactivation of VBS (Virtualization-based security) and AMD SAM (Smart Access Memory), all six games were able to exceed the 1000 FPS threshold using a variety of GPUs. Specifically, GPUs such as the GeForce RTX 5080 and GeForce RTX 5090D helped achieve these astounding frame rates.
In these tests, the memory clocked at 6000 MT/s at a latency of CL30, and the screen resolution was set to 1080p. Yet, it is worth mentioning that, the Radeon RX 9070 XT was successful in reaching 1000 FPS in only two games. While this achievement remains notable, it does underscore the need for independent validation, given the practical challenges surpass the theoretical ease.
Equally important to recognize is the fact that achieving a frame rate of 1000 FPS might not be as beneficial as purported. Indeed, at this stage, there are no 1000Hz gaming monitors on the market. The most superior ones we’ve heard about so far peak at a refresh rate of 750Hz.
Interestingly, the results using the mobile Ryzen 9 9955HX3D were not disclosed. Given that this CPU is supposed to perform similarly as its counterparts, it is intriguing to consider its potential. However, the practicality of a laptop gaming experience at 1000 FPS can be debatable especially considering that high refresh rate screens are relatively rare for mobile devices.
Despite AMD’s compelling claims and the allure of these remarkable performance targets, it is important to consider the practicality and necessity of such extreme frame rates. Benchmark achievements like 1000 FPS, while impressive, have limited current usability given the technological constraints of available gaming displays.
Furthermore, such high performance also heavily depends upon the gaming setup and hardware configurations, among other factors. Therefore, the notion of universal applicability might be elusive and idealistic. Nevertheless, AMD’s assertion proves intriguing and reflects the astounding potential of contemporary gaming tech.
In light of these factors, one can appreciate the revolutionary strides in graphics technology while also remaining cautiously optimistic about the practical implementation and usability. After all, gaming tech is a constantly evolving field, and it wouldn’t be surprising to see more advancements that could realise AMD’s current vision.
While AMD’s claim of enabling 1000 FPS in eSports games is intriguing, it also opens doors for more research, development, and discussions regarding the future of gaming. Regardless of the current technical limitations, steps like these thrust the industry forwards, challenging norms, promoting innovation, and inching us closer to unprecedented gaming experiences.
Finally, this development should spark curiosity and excitement among gamers, developers, and hardware manufacturers alike. As the realms of possibility continue to expand in the gaming world, who knows what extraordinary advancements and unimaginable performance metrics the future may hold? The stage seems set for an intriguing chapter of immersive, high-performance gaming.
The post AMD Claims 1000 FPS Possible in eSports Games with New CPU Series appeared first on Real News Now.
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