Drilldown: Recipe
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DeepSeek V4.1 Flash on 4x 8 GB (alanoo fidelity build) (1) ·
DeepSeek V4.1 Flash on 4x 8 GB plus RTX PRO 6000 (ExLlamaV3 TP5) (1) ·
DeepSeek V4.1 Flash on 6x 8 GB (TP6) (1) ·
GLM 5.3 Flash on 2x 8 GB (ExLlamaV3 TP2) (1) ·
Qwen3.8 Flash Next on 2x 8 GB (vektorprime PP2) (1) ·
Qwen3.8 Flash Next on 3x 8 GB (clee PP3) (1)
AWQ INT4: cyankiwi/Qwen3.8-Flash-Next-AWQ-INT4; 95 GiB BF16 PLE table in host RAM (FP8 table optional) (1) ·
EXL3 3.05 bpw: turboderp/GLM-5.3-Flash-exl3; DFlash2 drafter converted to EXL3 6 bpw (1) ·
EXL3 3.5 bpw (LibertAIDAI; routed experts 4 bpw on layers 0-9 and 30-39, 3 bpw on 10-29; attention and shared experts 6 bpw) plus the official Engram shards (1) ·
Hybrid: all 40 expert layers at 3 bits (LibertAI 2.9 bpw pack with layers 18-22 grafted from the 3.5 bpw pack), official FP8 dense tensors (1) ·
Official checkpoint: dense MXFP8 through an SM80 Marlin W8A16 path, routed experts MXFP4 through W4A16; KV FP8 (1) ·
W4A16 AutoRound: Intel/Qwen3.8-Flash-Next-W4A16-AutoRound; 95.4 GiB BF16 PLE table streamed from NVMe; KV fp8 e4m3 (software-decoded on SM80) (1)
Custom SM80 vLLM (patched from public commit 79a7108d9) (1) ·
ExLlamaV3 (patched, pinned) (1) ·
ExLlamaV3 fork (anoane/exllamav3-anemone) + TabbyAPI fork (anoane/tabbyAPI) (1) ·
GNmac-lab recipe image 1.2.0 (vLLM with sm_80 patches) plus three patches (1) ·
vLLM nightly + PR #53899 (a5530b9) + the repo's patch scripts (1) ·
vLLM nightly 7d0b4e57 plus the author's pure-Python fork clee/vllm-sm80 (branch q38fn/stack) (1)
0.1.dev1+ga5530b90c.d20260829 (1) ·
GNmac-lab at 2ad5741ab1; image ds41-cmp170hx:1.2.0-fidelity (1) ·
q38fn/stack on nightly-7d0b4e57 (1) ·
reports 0.0.0; patches/public-base-to-runtime.patch (109 files) (1) ·
tag recipe-09 (309ef6d1); TabbyAPI deepseek-v41 (ce250ff) (1) ·
upstream dev 0f685aa9fd plus 9 patches; repo db01c256 (1)
PP2 with PLE CPU offload (1) ·
PP3, no P2P (works at PP2 on two cards) (1) ·
TP2 over NCCL (GPU P2P), DFlash2 K7 plus hybrid drafting (1) ·
TP4, P2P on (1) ·
TP5 across four CMP 170HX and one RTX PRO 6000 Blackwell (native backend, reduces through host memory); MTP draft on the PRO (1) ·
TP6 (virtual-head padding), PP1 (1)
64 GB, --gpu-memory-utilization 0.95 (1) ·
64 GiB (64,911 MiB usable), GPU_MEMORY_UTILIZATION 0.98 (1) ·
64 GiB, gpu-memory-utilization 0.92 (1) ·
64 GiB; weights PP0 39.48 GiB, PP1 45.53 GiB; --gpu-memory-utilization 0.9 (1) ·
about 62.9 / 62.3 GiB idle, peaks about 64.4 / 63.0 GiB with vision (1) ·
gpu_split 58 GB per CMP, 70 GB on the PRO (1)
Showing below up to 6 results in range #1 to #6.


