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1. #Time spy benchmark blinking black line update
2. #Time spy benchmark blinking black line software
3. #Time spy benchmark blinking black line code
4. #Time spy benchmark blinking black line windows

Fixed an issue in the Mesh Shader feature test, where a division by zero error was possible in a culling shader.

#Time spy benchmark blinking black line update

This update supports the launch of the AMD FSR feature test for 3DMark Advanced Edition and 3DMark Professional Edition.

#Time spy benchmark blinking black line windows

Night Raid CPU scores may increase on some ARM64 devices, but Night Raid GPU scores will not be affected.Īs Windows support for ARM32 is coming to an end, new Night Raid CPU scores will better represent the performance of Arm devices when compared to x86 devices. 3DMark will notify you in the app when an update is available. You can check the current application and benchmark version numbers from the Options screen. Benchmark version numbers change rarely and only when absolutely necessary. We recommend using the latest version of 3DMark.Ī benchmark version number-for example, Time Spy v1.0-is specific to a test. It changes often as we add new features and make updates to ensure compatibility with the latest hardware.

#Time spy benchmark blinking black line software

The 3DMark application version number applies to the software as a whole. You can evaluate the performance gains of different instruction sets by comparing custom run scores, but note that the choice of set doesn’t affect the physics simulations, which always use SSSE3 and are 15-30% of the workload.Solution home 3DMark 3DMark Windows app 3DMark Windows application release notes The selected set will be used for all boid systems, provided it is supported by the processor under test. With Custom run settings, you can choose which CPU instruction set to use, up to AVX512. The split makes the test more realistic since games typically have several types of simulation or similar tasks running at once and would be unlikely to use a single instruction set for all of them.

#Time spy benchmark blinking black line code

The remaining half use the SSSE3 code path. In the Time Spy Extreme CPU Test, half of the boids systems can use a more advanced CPU instruction set, up to AVX2, if supported by the processor. In the Time Spy CPU Test, the boids simulation is implemented with SSSE3. Time Spy Extreme should not be used to benchmark systems with integrated graphics as the rendering will affect the simulation time on such systems due to shared resources. With this metric a lower number means better performance. The test metric is the average simulation time per frame reported in milliseconds. The rendering work in each frame is done before the simulation and doesn’t affect the score. Instead of calculating the time taken to execute an entire frame, in the Time Spy Extreme CPU Test we only measure the time taken to complete the simulation work. This issue was solved by changing the metric for the test. The Time Spy Extreme CPU Test also features a combination of physics computations and custom simulations, but it is three times more demanding than the Time Spy CPU Test.Īdding more simulation requires more visualization, however, which can make rendering the bottleneck in some cases. It simply doesn’t have enough workload for the large-scale parallelization that high-end CPUs provide. The Time Spy CPU Test does not scale well on processors with 10 or more threads. In 2017, both AMD and Intel introduced new processors with more cores than had ever been seen in a consumer-level CPU before. Solution home 3DMark Time Spy Extreme Time Spy Extreme CPU Test