AMD Threadripper 2990WX 32-core vs Intel Xeon-W 2175 14-core – Linpack NAMD and Kernel Build Time

I recently wrote a post about building and running AMD Threadripper 2990WX with HPL Linpack – a “How-To”. Most of the time I had with the processor went into getting that to work. However, I did run a few other test jobs that I thought the 2990WX would do well with. I compared that against my personal workstation with a Xeon-W 2175. In this post I share those test runs with you. It’s not thorough testing by any means but it was interesting and I was surprised a couple of times with the results.

Graphite Pads vs. Thermal Paste: Which Is Better?

Rather than applying from a tube like thermal paste, graphite pads are sheets of material that you simply set on top of the CPU and throw on the heatsink. They work great, but unfortunately we found that they have issues if you try to reuse them multiple times.

How to Run an Optimized HPL Linpack Benchmark on AMD Ryzen Threadripper — 2990WX 32-core Performance

The AMD Ryzen Threadripper 2990WX with 32 cores is an intriguing processor. I’ve been asked about performance for numerical computing and decided to find out how well it would do with my favorite benchmark the “High Performance Linpack” benchmark. This is used to rank Supercomputers on the Top500 list. It is not always simple to run this test since it can require building a few libraries from source. This includes the all important BLAS library which AMD has optimized in their BLIS package. I give you a complete How-To guide for getting this running to see what the 2990WX is capable of.

Useful Software Utilities

Puget Systems support department utilizes several applications to help troubleshoot our computers. Some of the popular applications we keep in our tool belt include: Openhardware Monitor, WhoCrashed, WinDirStat, and Ccleaner.