cp.async.bulk.commit_group GPU Virtual ISA NVIDIA
cp.async.bulk.commit_group Data Movement and Conversion Instructions
cp.async.bulk.commit_group;
cp.async.bulk.commit_group instruction creates a new per-thread bulk async-group and batches all prior cp{.reduce}.async.bulk{.prefetch}{.tensor} instructions satisfying the following conditions into…
Encoding
PTX is a virtual instruction set. It has no single, stable native
binary encoding - the compiler lowers this instruction to different native machine
code depending on the selected NVIDIA target architecture (compute capability).
This page intentionally shows no bit-diagram; see the target/version requirements
below for what governs how this instruction compiles.
Syntax Forms
One mnemonic covers many type / state-space / scope / modifier combinations - each row below is an independently valid form.
| Syntax | Data Types | State Space(s) | Modifiers | Min. Target | Description |
|---|---|---|---|---|---|
| cp.async.bulk.commit_group; | sm_90 | cp.async.bulk.commit_group instruction creates a new per-thread bulk async-group and batches all prior cp{.reduce}.async.bulk{.prefetch}{. (see the official PTX ISA docs for the full description) |
Operands
At a Glance
Related
Reference
NVIDIA PTX ISA
Description
cp.async.bulk.commit_group instruction creates a new per-thread bulk async-group and batches
all prior cp{.reduce}.async.bulk{.prefetch}{.tensor} instructions satisfying the following
conditions into the new bulk async-group:
The prior cp{.reduce}.async.bulk{.prefetch}{.tensor} instructions use bulk_group based
completion mechanism, and They are initiated by the executing thread but not committed to any bulk async-group.
If there are no uncommitted cp{.reduce}.async.bulk{.prefetch}{.tensor} instructions then cp.async.bulk.commit_group results in an empty bulk async-group.
An executing thread can wait for the completion of all cp{.reduce}.async.bulk{.prefetch}{. (see the official PTX ISA docs for the full description)
Examples
cp.async.bulk.commit_group;Reproduced from NVIDIA's official PTX ISA documentation for technical accuracy.
Sources
- Parallel Thread Execution ISA ↗ - NVIDIA Corporation, Chapter 9 - Instruction Set