The 96-Core 7995WX is the highest core count desktop CPU on the market. How does it perform for content creation applications on the TRX50 platform?

The 96-Core 7995WX is the highest core count desktop CPU on the market. How does it perform for content creation applications on the TRX50 platform?
Puget Systems Launches ‘PugetBench for Creators’ – New Benchmarking App for the Desktop
The new AMD Threadripper 7000 processors provide significant performance gains over the previous generation, but how do the compare to older processors all the way back to the 1st gen Threadripper?
Puget Systems Announces New Custom Workstations Built on Newly-Launched AMD Threadripper 7000 and Threadripper Pro 7000 WX-Series
This post is Part 2 in a series on how to configure a system for LLM deployments and development usage. Part 2 is about installing and configuring container tools, Docker and NVIDIA Enroot.
AMD has launched their new Threadripper 7000 series of processors, offering substantial performance improvements across the board. But, exactly how do they compare to Intel’s Xeon W-3400 line?
In this article, we will be examining the impact on the performance of the AMD Ryzen Threadripper 7980X from two different coolers, the Noctua NH-U14S TR5-SP6 and the Asetek 836S-M1A 3x120mm.
High-core count CPUs such as AMD’s Threadripper 7000-series are highly useful for development tasks in Unreal Engine. We look into how they perform compared to Intel Xeon and previous Threadripper Pro CPUs.
High-core count CPUs such as AMD’s Threadripper 7000-series are ideally suited to 3d rendering in programs like Blender. We look into how they perform compared to Intel Xeon and previous Threadripper Pro CPUs.
High-core count CPUs such as AMD’s Threadripper 7000-series are ideally suited to 3d rendering in programs like Cinema 4D. We look into how they perform compared to Intel Xeon and previous Threadripper Pro CPUs.