Changelog:

• [ARM] Added support for inferring the SoC from the uarch.
• [ARM] Added support for inferring the SoC from PCI devices (#245).
• [ARM] Added support for SVE detection (#259).
• [X86] Significantly improved support for old x86 CPUs (#220).
• [X86] Added support for Hygon CPUs (#244).
• [ARM and X86] Added support for measuring max CPU frequency (#220).
• [ARM and X86] Added --measure-max-freq option to manually trigger CPU max frequency measurement.
• [All] Added support for NO_COLOR (#227).

This release also fixes some bugs, adds small features and adds support for some new hardware. See the commit list for more details.

Notes:

• GNU/Linux versions also work on Android, but they detect fewer features than the Android version.

Changelog:

• [ARM] Improved peak performance computation.
• [ARM] Improved Rockchip and Allwinner detection (thanks ThomasKaiser!).
• [ARM] Added support for Google Tensor SoCs.
• [ARM and x86] Added new uarchs.
• [ARM and x86] Improved error reporting in the case of unkown uarchs.
• [RISCV] Implemented support for multi-letter extensions.
• [All] Fixed various bugs.

Notes:

• GNU/Linux versions also work on Android, but they detect fewer features than the Android version

Changelog:

• Added preliminary support for RISC-V (thanks Sakura286, exkc and Patola!).
• Significantly improved Allwiner SoC detection (thanks mdoksa76 and exkc!).
• Added Rockchip SoC detection.
• Fixed an important bug in PowerPC (thanks bbonev!).
• Show the exact commit version in the -v option.
• Improved --raw option.
• Fixed various bugs.

Notes:

• GNU/Linux versions also work on Android, but they detect fewer features than the Android version

Changelog:

• Added preliminary support for Intel hybrid architectures (e.g., Intel Alder Lake).
• Added support for the latest Apple chips (M1 Ultra and M2).
• Fixed Apple chip's peak performance computation.
• Fixed many bugs.

Notes:

• GNU/Linux versions also work on Android, but they detect fewer features than the Android version

NOTES:

• cpufetch_arm_linux minimum architecture is ARMv5
• GNU/Linux versions also work on Android, but they detect fewer features than the Android version

NOTES:

• cpufetch_arm64_macos only supports M1 CPU
• cpufetch_arm_linux minimum architecture is ARMv5
• GNU/Linux versions also work on Android, but they detect fewer features than the Android version

Prebuilt binaries for:

• Windows x86_64
• Linux (and Android) ARM

ARM build details:

• Needs ARMv5 or higher
• Needs Linux kernel 3.7.0 or higher
• Supports both 32 and 64 bits
• No need for armhf (hardware floating point instructions)

Whats new

• Cache topology fetching finished and working.
• Fetching the microarchitecture.
• Changed the features that it prints.
• Easier color managment.
• Some bug fixes.