Meta unexpectedly increases the Meta Quest 2's GPU clock frequency , giving the two-year-old VR headset even more performance. The Snapdragon XR2 GPU now has a clock frequency increased from 490MHz to 525MHz, which increases the GPU computing power by approximately 7%.
Meta developer blog post stated: "We are excited about the impact this improvement will have on our application ecosystem, and early experiments strongly indicate that a 7% increase in GPU clock will give a wide range of developers' applications better performance."
This announcement is surprising, and as far as I know, there has been no precedent since the release of the original Meta Quest in May 2019. What does
higher GPU clock frequency mean?
's higher clock speed doesn't necessarily mean that all VR apps will automatically run better, and there may be a reason why Meta is targeting developers rather than the gaming community for revealing this news.
As far as I know, the increase in clock frequency mainly means that developers can increase the GPU performance of VR applications by 7%, and support better graphics effects or enable higher resolutions for corresponding optimization; or developers do not need to make any changes, and the corresponding VR applications will be able to get a larger GPU buffer.
Meta noted that developers do not need to integrate processing, "the dynamic clock system will automatically increase the frequency as it detects the developer's application."
It is not clear whether developers first activate the additional performance of VR applications, or VR applications will automatically benefit from it. In the first case, the improvement will not immediately affect VR applications and their users. I hope Meta will clarify this soon.
At least for developers, when they upgrade to the latest Quest update and launch a VR app, the app performance improvements will be automatically activated, as is clear from the blog post.
and Meta Quest Pro foveated rendering will also benefit from increased GPU clock frequencies. "If developers enable dynamic foveated integration in their application, the increase in GPU power will also be automatically integrated with dynamic foveated, and as computing demands increase, the GPU will first increase from 490 MHz to 525MHz instead of increasing foveated points, thereby maintaining higher visual quality for as long as possible," Meta said.
In addition, in this blog post, Meta also encourages developers to optimize VR applications for the new GPU clock frequency and provides relevant documentation.
Source: Mixed
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