Packets and recipes
The deployment variants of this family, at every maturity.
What has been classified
Dense scorecards summarize every declared combination; measured slices retain exact evidence links.
attached MTP depth × TP
Exact experimental K160 artifact · PIECEWISE · FP8 KV. Historical TP4 rows use EP4 and retain their exact differing runtime identities; rates are not transferred across them. The approximately 103.1 GB on-disk target does not fit fully resident at TP1 or TP2 on 32/64 GiB; CPU offload is outside this view. Fixed: revision=deepseek-v4-flash-180b-community · artifact_id=deepseek-v4-flash-180b-k160-7c360e1 · variant=experimental uniform-K160 FP8/MXFP4 target · quantization=experimental uniform-K160 FP8/MXFP4 target · graph_mode=PIECEWISE · kv=fp8.
- ✓ Measured4 cards, target-only
TP4·target-only43.77 tok/sevidence - ✓ Measured4 cards, MTP1
TP4·MTP163.85 tok/sevidence - ■ Closed4 cards, MTP2
TP4·MTP2— M=3 capture and 10/10 exact pre-hang rows passed, but the second draft accepted only 0.5–2.2% and realistic traffic stopped before a valid suite completed.no valid rate - ■ Closed4 cards, MTP4
TP4·MTP4— The evidence-based post-MTP3 stop decision closed four drafted tokens after the third proposal accepted at most 3.2%. No MTP4 throughput exists.not launched - × Unsupported1 card, target-only
TP1·target-only— The approximately 103.1 GB on-disk K160 target cannot fit fully resident on one 32 GiB B70; CPU offload is outside this view.weights do not fit - × Unsupported2 cards, target-only
TP2·target-only— The approximately 103.1 GB on-disk K160 target cannot fit fully resident on two 32 GiB B70s; CPU offload is outside this view.weights do not fit - × Unsupported1 card, MTP1
TP1·MTP1— The fully resident target already exceeds one B70 before the attached MTP layer is considered.weights do not fit - × Unsupported2 cards, MTP1
TP2·MTP1— The fully resident target already exceeds two B70s before the attached MTP layer is considered.weights do not fit - × Unsupported1 card, MTP2
TP1·MTP2— The fully resident target already exceeds one B70; repeated-layer drafting cannot change target capacity.weights do not fit - × Unsupported2 cards, MTP2
TP2·MTP2— The fully resident target already exceeds two B70s; repeated-layer drafting cannot change target capacity.weights do not fit - × Unsupported1 card, MTP3
TP1·MTP3— The fully resident target already exceeds one B70; repeated-layer drafting cannot change target capacity.weights do not fit - × Unsupported2 cards, MTP3
TP2·MTP3— The fully resident target already exceeds two B70s; repeated-layer drafting cannot change target capacity.weights do not fit - × Unsupported1 card, MTP4
TP1·MTP4— The fully resident target already exceeds one B70; repeated-layer drafting cannot change target capacity.weights do not fit - × Unsupported2 cards, MTP4
TP2·MTP4— The fully resident target already exceeds two B70s; repeated-layer drafting cannot change target capacity.weights do not fit - ⚠ Quarantined4 cards, MTP3
TP4·MTP3— Only 8/10 rows reached the timing window; the third draft accepted 0–3.2%, so the 46.247281 diagnostic is not a valid endpoint result. Observed: D46.247 · incomplete.evidence
Codes in the rows: D = decode tok/s · P = prefill tok/s · T = ms to first token · AR = share of drafted tokens accepted · A = combined tok/s.
speculation × TP
Exact experimental K160 target and record runtime; missing cells have no inherited result. Fixed: revision=deepseek-v4-flash-180b-community · artifact_id=deepseek-v4-flash-180b-k160-7c360e1 · variant=experimental uniform-K160 FP8/MXFP4 target · runtime=vLLM XPU record stack 264c7f2/3131567/48fda4f · graph_mode=PIECEWISE.
- ✓ Measured4 cards, DSpark7
TP4·DSpark780.82 tok/sguide · evidence - × Unsupported1 card, DSpark7
TP1·DSpark7— The approximately 103.1 GB on-disk K160 target cannot fit fully resident on one 32 GiB B70, before the DSpark draft pack is considered; CPU offload is outside this view.weights do not fit - × Unsupported2 cards, DSpark7
TP2·DSpark7— The approximately 103.1 GB on-disk K160 target cannot fit fully resident on two 32 GiB B70s, before the DSpark draft pack is considered; CPU offload is outside this view.weights do not fit
Measured results
Every number links to its proof.
Measured speed on four cards
Decode retains three independent suite medians (76.900178–80.820052); the packet headline is the 78.287226 median-of-medians, while TTFT is the 342.777657 record-suite observation
DSpark width screen ◇ screened, experimental
Same patched DEV binary and K160 target · TP4+EP4 · PIECEWISE · FP8 KV · public+DEV prompts · screened, not promotion evidence
Fine print
DeepSeek V4 Flash 180B sparse MoE. The experimental K160 export is a quantized child artifact of the DeepSeek V4 Flash community model identity, not a separate model. Measurements remain artifact- and runtime-specific. Measurements, artifact hashes, outputs, quality decisions, and speed stay pinned to their exact recorded identity.
4 combinations the lab has stopped pursuing: Repeated use of the attached single MTP layer stopped before a valid suite completed; its second proposal accepted only 0.5–2.2% on realistic traffic. evidence The three-draft/four-row endpoint produced only eight eligible timing rows at 46.247281 tok/s; the third proposal accepted 0–3.2%, so the incomplete screen is diagnostic only. evidence True MTP4 was not launched because the evidence-based post-MTP3 decision rejected deeper repeated-layer work after near-zero third-proposal acceptance. evidence The configuration frontier is paused; reopen only for a substantial EAGLE capture/training effort or a genuinely new mechanism, not another generic flag sweep. evidence Exact selectors are in the family data.
Many people at once Not measured
Multi-user (aggregate) throughput has not been measured for this family. The lab’s one measured sweep so far is in the multi-user report; the projection block below includes a projected users curve where a projection exists.
How much faster could this get? Projected — not measured
The ML Bottleneck physics engine projects a tuned-run target and the physical ceiling for the headline setup (deepseek-v4-flash-180b-community · experimental uniform-K160 FP8/MXFP4 target · vLLM XPU record stack · 4× B70). The grade is optimization headroom against the tuned-run target, not model quality.
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