… GCC 16 brings many changes including the Algol 68 programming language front-end, C++20 standard by default, AMD Zen 6 "znver6" initial support, support for using the Picolibc embedded C library, AVX10.2 and APX support is ready for Intel Nova Lake, various performance optimizations, Intel Wildcat … …
… But thanks to 3mdeb porting openSIL and Coreboot to a Gigabyte server motherboard , it's now possible to try out openSIL+Coreboot right now on Zen 5 hardware. …
… AMD ROCm 7.13 Released With Instinct MI350P Support, More Ryzen AI APUs Coreboot + AMD openSIL Powered Firmware Published For The Gigabyte MZ33-AR1 New AMD Dynamic EPP Feature Causing Some Problems With Linux 7.1 AMD Preps More AIE4 NPU Hardware Enablement For AMDXDNA Driver In Linux 7.2 OpenAI's C…
… The 255 limit is due to xAPIC requirements and until the OpenBSD x2APIC support is in better shape that will be the limit, even with today's dual socket Intel Xeon and AMD EPYC processors having higher CPU core counts. …
… GCC 16 Compiler Delivering Some Decent Performance Gains Over GCC 15 - For software developers that may be considering the HP Z6 G5 A workstation due to scaling up to high core counts and lots of RAM with the eight channel Threadripper PRO, here is a look at how the new GCC 16.1 compiler is working… …
… This round of benchmarking was done on a Supermicro H13SSL-N server platform running with the 48-core AMD EPYC 9455P Zen 5 server processor, 12 x 64GB of DDR5-6000 memory, and Samsung MZWLO3T8HCLS PCIe Gen 5 NVMe SSD storage. …
… This has been in development for more than a year to benefit today's increasing core counts and bigger, more complex cache layouts. …