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Apple M4 Mac Mini With macOS vs. Intel / AMD With Ubuntu Linux Performance

Apple last week released their latest iMac, Mac Mini, and MacBook Pro products powered by their fourth-generation M-series Apple Silicon. The new Mac Mini in particular is interesting for under $600 starting out with the all re-designed Mac Mini with 10-core M4 and now the base model having 16GB of memory. It will take some time before there is any reasonable Linux support on the M4 hardware with Asahi Linux, but for those curious about how the M4 Mac Mini with macOS compares to AMD Ryzen and Intel Core CPUs under Linux, here are some preliminary benchmarks.

RISC-V Motherboard For Framework 13 Pricing Starts At $368 In Early Access, $928 For Laptop

Framework Computer has been promoting a RISC-V motherboard option for their Framework Laptop 13 to complement their existing Intel Core and AMD Ryzen motherboard options. This RISC-V motherboard is being developed in cooperation with DeepComputing. Early access pricing and more details on this quad-core StarFive JH7110 powered mainboard for the Framework 13 have now been announced...

GNU C Library Merges Support for getrandom vDSO

Back in Linux 6.11 support for getrandom() in the vDSO was upstreamed for much better performance in providing speedy yet secure random number generation (RNG) needs. Since Linux 6.11 getrandom in the vDSO has expanded to more CPU architectures and now there's a notable user-space user ready to go: the GNU C Library "glibc" support was merged...

Early Benchmarks: AMD EPYC 9005 Performance & Power Efficiency To Lead Further With Linux 6.13

One of the many changes to look forward to with the upcoming Linux 6.13 kernel cycle is the AMD P-State driver to be used by default with the new EPYC 9005 series processors. While AMD Ryzen CPUs for a while now have been defaulting to the modern AMD P-State driver that makes use of ACPI CPPC platform support for allowing better power efficiency, AMD EPYC CPUs have kept to using the generic ACPI CPUFreq frequency scaling driver. But now AMD engineers have deemed amd_pstate ready for use with EPYC 9005 "Turin" CPUs and will be the default choice moving forward. Here is more information and power/performance benchmarks for this shift while testing using the EPYC 9755 processors.
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