Windows: GPU architecture detection for artifact selection is untested on real hardware

On Linux the ROCm artifact is selected from gfx_target_version in the KFD topology. Windows has no KFD, so rocm_arch() falls back to matching GPU marketing names reported by EnumDisplayDevicesW against a fixed table (ROCm_Runtime/.pkg/platform_augmentation.jl:43):

const device_name_archs = [
    ["8050s", "8060s", "device 1586"] => "gfx1151",
    ["880m", "890m"]                  => "gfx1150",
    ["r9700", "9060", "9070"]         => "gfx120X",
    ["7700", "7800", "7900", "v710"]  => "gfx110X",
    ["6800", "6700", "6600", "6500"]  => "gfx103X",
]

The adapter string must also contain radeon or amd, otherwise the entry is skipped.

This path is not yet tested.

MWE

On Windows, with any AMD GPU:

using AMDGPU
AMDGPU.versioninfo()

RR = AMDGPU.ROCm_Runtime
@show RR.windows_video_device_names()
@show RR.rocm_arch()
@show RR.is_available()
@show AMDGPU.functional()

Please report your GPU model and the output.

Expected: windows_video_device_names() lists your adapter, and rocm_arch() maps it to the matching gfx family (for example an RX 6700 XT should give gfx103X). An empty rocm_arch() or is_available() == false means the adapter string did not match the table and no artifact was resolved.

As a workaround in that case, the architecture can be set explicitly:

AMDGPU.set_rocm_version!(arch="gfx1031")  # substitute your own target

Reports of the exact adapter string are useful even when detection works.

Start with ROCm_Runtime/.pkg/platform_augmentation.jl:43 and run the Julia MWE on Windows with an AMD GPU. Compare windows_video_device_names(), rocm_arch(), is_available(), and functional() with the expected gfx family, then report the exact adapter string and outputs; an unmatched adapter or unavailable artifact identifies the detection issue.