Go 1.13 — Performance updates for POWER
Better later than never — Go 1.13 updates. Here are my performance highlights for POWER architecture: Implementation of math/bits RotateLeft{32|64} as intrinsics in SSA reduces execution time by up
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Better later than never — Go 1.13 updates. Here are my performance highlights for POWER architecture: Implementation of math/bits RotateLeft{32|64} as intrinsics in SSA reduces execution time by up
Now that the source tree is closed, here are some IBM POWER architecture related updates I did that you can expect in go 1.12: Atomics: implemented a new memory model
I have been working on several fronts lately to add new features and improve performance for Go on IBM POWER architecture in go 1.11. In preparation for the source tree
I recently pushed two patches upstream related to the enablement of the OpenPOWER ISA 3.0 (POWER9) instructions. The first one, commit 526f342, enables instructions in the assembler. This includes new
A new update for the Advance Toolchain for Linux on Power 10.0 is released. Advance Toolchain for Linux on Power 10.0-4 new features GCC provides: Fix for incorrect code generation for __divkf3.
A new update for the Advance Toolchain for Linux on Power 10.0 is released. Advance Toolchain for Linux on Power 10.0-3 new features Note: -mcpu=power9 is not working correctly due to incorrect
Following commit b1f19b8, commit d2de9ef adds the HWCAP2 bits required for POWER9 enablement: ISA 3.0 and VSX IEEE Binary Float 128-bit. It also adds the respective capability strings to dl-procinfo. by Carlos
Following the release of our Power ISA 3.0, I added the platform information for the next generation POWER9 processor to glibc. This includes platform support in dl-procinfo and new ‘power9‘
We have just published the new POWER Instruction Set Architecture (ISA) version 3.0. This new ISA supports the next generation POWER processors and continues the evolution over the previous ISA