#Parsec benchmark how to#
#Parsec benchmark software#

In the case of the average Nvidia system being 5ms latency, that means that same Nvidia system can manage 200FPS streaming. An unofficial mirror of the core PARSEC 3.0 benchmark suite with patches to run on x8664 Arch Linux and generalize builds. Divide 1000 by your encoder latency, and you will then have the highest encoder_fps value you can realistically set. Likewise, if you want to stream above 60FPS, ensure that your encoder latency is low enough to manage it smoothly. If you do have a high encoder latency, reducing your screen resolution can lower it, or switching to a 30FPS stream can reduce the 'requirement' (1000ms / 30 = 33.33ms) for a smooth stream. Take note that the maximum frametime for 60FPS is 16.67ms (1000ms / 60), and anything too close to or higher than this will mean that the stream can't reach 60FPS, potentially causing stuttering and other issues. When a lot is happening on-screen, Nvidia usually sits around 5ms, Intel around 11ms, and AMD around 15ms. The second number is the maximum encoding latency.īear in mind, this is not a measure of stream latency, but of how long it takes the GPU to encode your stream. The first number is the average encoding latency. PB - Institute of Electrical and Electronics Engineers Inc.L measures encoding latency in the last 100 frames. T3 - Parallel Architectures and Compilation Techniques - Conference Proceedings, PACTīT - PACT'10 - Proceedings of the 19th International Conference on Parallel Architectures and Compilation Techniques test tests come with the smallest possible distribution core, and are tiny sanity checks as the name suggests.

We offer guidelines that PARSEC users can use to choose suitable simulation inputs for their scientific studies in a way that maximizes the accuracy of the simulation subject to a time constraint. Contribute to HongxuChen/parsec development by creating an account on GitHub.

#Parsec benchmark how to#

The paper demonstrates how to use the proposed methodology to create several simulation input sets for the PARSEC benchmarks and how to quantify and measure their approximation error. We present a framework that takes the novel view that benchmark inputs should be considered approximations of their original, full-sized inputs. We offer guidelines that PARSEC users can use to choose suitable simulation inputs for their scientific studies in a way that maximizes the accuracy of the simulation subject to a time constraint.ĪB - A good benchmark suite should provide users with inputs that have multiple levels of fidelity.

#Parsec benchmark software#

To run software decoding, set the value to 1. But remember, Parsec on software decoding is not awesome. That being said, if your computer doesn't have a hardware decoder, you can try using software decoding. But most importantly, it really brings the latency down on your games. We present a framework that takes the novel view that benchmark inputs should be considered approximations of their original, full-sized inputs. Hardware decoding is great for many reasons. N2 - A good benchmark suite should provide users with inputs that have multiple levels of fidelity.

T1 - Scaling of the PARSEC benchmark inputs