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 Trusted GPU & AI infrastructure since 2015 — Huntsville, AL
Windows

Qwen3.5-9B Q8_0 on the Radeon RX 7800 XT 16GB (Windows)

Candidate

Candidate Windows single-card configuration for RX 7800 XT 16 GB; no published fit or performance result.

What will be tested

Card1 × AMD Radeon RX 7800 XT 16GB
Operating systemWindows
BackendVulkan
ModelQwen3.5-9B (Apache-2.0)
Model fileUnsloth GGUF conversion, Q8_0
Context32,768 tokens
Concurrent requests1 (one request at a time)
PlacementFull GPU
ReviewedNot yet
Sources Upstream model · GGUF file page

What to expect

No published results yet. Measured results appear here only after testing and review.

Install

Candidate — no installer yet.

Overview

This Windows candidate pairs the RX 7800 XT 16 GB with the pinned model and quantization named above at the catalog's 32,768-token context. This RDNA 3 card is a separate 16 GB test target from the RX 9060 XT and RX 9070 families. The proposed Q8 9B workload should be checked with the actual desktop load and driver rather than inferred from nominal memory alone. It is a test plan, not a claim of load, full-GPU placement, answer quality or speed.

Requirements

Use a standard-user 64-bit Windows 11 lab system with an AMD driver exposing Vulkan and the Microsoft Visual C++ x64 runtime. The current control window supervises one loopback server; driver installation and a consumer installer are not included. Check the card's currently reported free GPU memory, not just the number printed on its box. A longer prompt, more active requests and the desktop can change the memory budget. Keep the exact driver and operating-system build with any later test.

The pinned GGUF is 9,527,502,048 bytes (9.53 GB decimal). Keep more free local SSD space than the artifact itself for verified acquisition and cache maintenance; no fixed extra margin or host-RAM minimum has been qualified. Review the exact model license before acquisition. A planned trial must record the actual free-memory budget, selected device, loaded context, host and GPU buffers, delivered output and representative answers. The catalog context is an intended setting, not a demonstrated maximum.

Limitations

  • The exact-card load, context, GPU/host buffers, response quality and speed have no published qualification result.
  • The supervised Windows path requires separate AMD driver and Visual C++ prerequisites; no consumer installer is released.
  • This candidate requests full-GPU placement; it is not a verified physical-residency or all-operations-on-GPU claim.

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