Loongson Binary Translation Slated For Linux 6.6 – Helping MIPS / x86 / ARM On LoongArch

Loongson Binary Translation (LBT) support for the Chinese LoongArch CPU architecture is slated for introduction in the upcoming Linux 6.6 cycle. Loongson Binary Translation aims to help speed-up and handle ARM / x86 / MIPS binary translation on LoongArch more efficiently with capable LoongArch processors…

Source: Phoronix – Loongson Binary Translation Slated For Linux 6.6 – Helping MIPS / x86 / ARM On LoongArch

Intel AVX10: Taking AVX-512 With More Features & Supporting It Across P/E Cores

Along with detailing Advanced Performance Extensions (APX), Intel as effectively a footnote to that also disclosed another exciting addition to find with future Intel CPUs: AVX10. Most notably for consumer use is that AVX10 will enable AVX-512 capabilities across both Performance and Efficient core designs with hybrid processors…

Source: Phoronix – Intel AVX10: Taking AVX-512 With More Features & Supporting It Across P/E Cores

Linux Kernel Mitigated For "Zenbleed" Vulnerability Affecting AMD Zen 2 CPUs

It looks like the updated Family 17h microcode this morning isin relation to a new Zen 2 CPU security vulnerability being disclosed. The Linux kernel has also just received a patch for this “Zenbleed” vulnerability for older AMD CPUs…

Source: Phoronix – Linux Kernel Mitigated For “Zenbleed” Vulnerability Affecting AMD Zen 2 CPUs

The Performance Impact Of Genoa-X's 3D V-Cache With The AMD EPYC 9684X

Last week in the AMD EPYC 9684X review were many benchmarks looking at how this flagship Genoa-X processor compares to various AMD EPYC and Intel Xeon processors. The EPYC 9684X delivers terrific generational uplift compared to Milan-X, offers significant advantages over the EPYC 9004 Genoa processors thanks to the 1.1GB of L3 cache per CPU that proves very beneficial in HPC and AI workloads, and the 96-core / AVX-512 / 3D V-Cache combination far surpassed the Intel performance in the vast majority of benchmarks. As some follow-up benchmarks, today is looking precisely at the performance difference caused by the 3D V-Cache presence by looking at the EPYC 9684X performance when the 3D V-Cache feature was enabled and then the tests repeated when disabled.

Source: Phoronix – The Performance Impact Of Genoa-X’s 3D V-Cache With The AMD EPYC 9684X