70B Q4_K_M tok/s by Mac, runtime, and source.

Reviewed: m4-max-40-core-gpu--qwen-3-32b--q4-k-m--lab

Keep the M4 Max lab value as first-party setup-specific evidence while treating Qwen 3 32B as a reference-only baseline displaced by newer Qwen3.5 and Qwen3.6 records.

Reviewed value kept

reviewed outlier kept

Reviewed: m3-max-gpu-count-not-published--qwen-3-32b--q8-0--reddit-m3-max-64gb-api-sweep-20172-llamacpp

Keep the low long-context llama.cpp value as directional community evidence; it is useful for context-scaling caution but should not drive short-prompt recommendations.

Reviewed value kept

reviewed outlier kept

Reviewed: m3-max-gpu-count-not-published--qwen-3-32b--q8-0--reddit-m3-max-64gb-api-sweep-20172-ollama

Keep the low long-context Ollama value as directional community evidence; it is useful for context-scaling caution but should not drive short-prompt recommendations.

Reviewed value kept

reviewed outlier kept

Reviewed: m1-pro-16-core-gpu--llama-2-7b--q4-0--llamacpp

Source review did not recover a RAM tier for the M1 Pro 16-core GPU llama.cpp baseline row, so the benchmark remains useful but exact-machine confidence must stay limited.

Reviewed source limit

source limit documented

Reviewed: m3-pro-18-core-gpu--llama-2-7b--q4-0--llamacpp

Source review did not recover a RAM tier for the M3 Pro 18-core GPU llama.cpp baseline row, so the benchmark remains useful but exact-machine confidence must stay limited.

Reviewed source limit

source limit documented

Reviewed: m4-max--qwen-3-32b--q4-k-m--estsauver-lm

Keep the LM Studio 10K-context value as trusted-reference evidence while preserving setup sensitivity in ranking explanations.

Reviewed value kept

reviewed outlier kept

Run Bitter Mill current-frontier batch on the owned M5 Max

22 frontier watchlist rows share this operator task: Qwen3.6-27B, Gemma 4 31B, Qwen3.5-27B, Qwen3.6-35B-A3B, Devstral Small 2 24B, Mistral Small 4 119B, and 16 more. Qwen3.6, MiniMax M2.7, Gemma 4 including E2B/E4B, Mistral Small 4, Ministral 3 compact models, Llama 4 Scout, gpt-oss 120B/20B, Nemotron Cascade 2, GLM-4.5-Air, Magistral Small, Devstral Small 2, and current Qwen coding/dense anchors should be reproduced from first-hand Bitter Mill runtime, quantization, and context sweeps before they become first-party measured evidence.

22 models · 1 source

Status: Ready after hygiene · Run the listed clean-recording gate before benchmark execution, discovery, import, or publication changes.

Hygiene gate: Clean recording · clean intake root · memory metrics present · pre-existing swap warning-only · passing final snapshot · passing monitor samples · 0 swap I/O pages · no thermal/performance throttling

Gate: The hygiene doctor reports clean recording readiness before Bitter Mill is opened; if it reports excessive swap allocation, memory pressure, stale local inference processes, or thermal/performance warnings, stop before any inference run. / The all-runbooks readiness audit checks every Bitter Mill runbook with one captured machine and clean-recording system-hygiene snapshot before any runbook is opened.

first party bitter mill batch

Qwen3.5-397B-A17B

Qwen3.5-397B-A17B. It appears across 4 lenses and 1 budget slice. Benchmark evidence includes 2 Apple Silicon benchmark rows. 1 official model brief captured. 8 fetched artifacts. 5 curated practitioner signals, 5 Apple Silicon-specific. Qwen3.5-397B-A17B: 4 Apple Silicon field reports; best reported generation ~30.81 tok/s; best reported prompt processing ~122.46 tok/s; seen on MacBook Pro M5 MAX 128GB; via llama.cpp, flash-moe, MLX.

1 model · 1 source

Status: Ready after hygiene · Run the listed clean-recording gate before benchmark execution, discovery, import, or publication changes.

Hygiene gate: Clean recording · memory metrics present · pre-existing swap warning-only · passing final snapshot · passing monitor samples · 0 swap I/O pages · no thermal/performance throttling

Gate: The hygiene doctor reports clean recording readiness before Bitter Mill is opened; if it reports excessive swap allocation, memory pressure, stale local inference processes, or thermal/performance warnings, stop before any inference run. / The hygiene monitor starts before Bitter Mill is opened and stops only after the model export lands; a same-base monitor hygiene sidecar exists beside the Bitter Mill export.

first party bitter mill import

Qwen3.5-122B-A10B

Qwen3.5-122B-A10B. It appears across 4 lenses and 3 budget slices. Benchmark evidence includes 6 Apple Silicon benchmark rows. 1 official model brief captured. 15 fetched artifacts, 1 blocked, missing, or partial. 16 curated practitioner signals, 16 Apple Silicon-specific. Qwen3.5-122B-A10B: 24 Apple Silicon field reports; best reported generation ~65.853 tok/s; best reported prompt processing ~1239.734 tok/s; reported RAM use ~71.91-102GB; seen on MacBook Pro M5 MAX 128GB, Mac Studio M3 ULTRA 256GB, Mac Studio M4 MAX 128GB; via MLX, oMLX, EXO over Thunderbolt 5 RDMA, llama.cpp.

1 model · 1 source

Status: Ready after hygiene · Run the listed clean-recording gate before benchmark execution, discovery, import, or publication changes.

Hygiene gate: Clean recording · memory metrics present · pre-existing swap warning-only · passing final snapshot · passing monitor samples · 0 swap I/O pages · no thermal/performance throttling

Gate: The hygiene doctor reports clean recording readiness before Bitter Mill is opened; if it reports excessive swap allocation, memory pressure, stale local inference processes, or thermal/performance warnings, stop before any inference run. / The hygiene monitor starts before Bitter Mill is opened and stops only after the model export lands; a same-base monitor hygiene sidecar exists beside the Bitter Mill export.

first party bitter mill import

GLM-5.1

GLM-5.1. It is not yet published in the current frontier packs. No canonical Apple Silicon benchmark rows yet; field speed reports are still directional. 3 official model briefs captured. 13 fetched artifacts. 7 curated practitioner signals, 6 Apple Silicon-specific. GLM-5.1: 7 Apple Silicon field reports; best reported generation ~19.527 tok/s; best reported prompt processing ~194.216 tok/s; reported RAM use ~251-382.6GB; seen on Mac Studio M3 ULTRA 512GB, Mac Studio M3 ULTRA 256GB; via MLX, oMLX.

1 model · 7 signals · 5 sources

Hygiene gate: Clean recording · pre-existing swap warning-only

Gate: The official GLM-5.1 model metadata and release note are captured before public ranking copy treats it as current. / Any Apple Silicon row must explicitly identify GLM-5.1, hardware, runtime, quantization, context, and source date before it becomes a practitioner signal or benchmark candidate.

coverage expansion

Run M5 Max 128 GB frontier anchors under clean-recording lab hygiene

4 frontier watchlist rows share this operator task: Qwen3-Coder-30B-A3B, Llama 3.3 70B, Qwen 3 30B-A3B, Gemma 3 27B. Use the owned M5 Max 128 GB plan to convert frontier and coding-agent watchlist signals into first-party Silicon Score lab rows, but only when the recording window proves zero swap I/O and clean system pressure.

8 models · 1 source

Status: Ready after hygiene · Run the listed clean-recording gate before benchmark execution, discovery, import, or publication changes.

Hygiene gate: Clean recording · memory metrics present · pre-existing swap warning-only · passing final snapshot · 0 swap I/O pages

Gate: Actual run must occur on a detected M5 Max 128 GB machine; runner mismatch warnings are blockers for canonical factory_measured promotion. / Output benchmark records resolve chip, RAM, model, runtime, quantization, source date, and generation tok/s before append review.

lab verification

GLM-5

GLM-5. It is not yet published in the current frontier packs. Benchmark evidence includes 5 Apple Silicon benchmark rows. 1 official model brief captured. 7 fetched artifacts, 1 blocked, missing, or partial. 4 curated practitioner signals, 3 Apple Silicon-specific. GLM-5: 6 Apple Silicon field reports; best reported generation ~20 tok/s; best reported prompt processing ~187 tok/s; reported RAM use ~391.82-415.41GB; seen on M3 ULTRA, Mac Studio M3 ULTRA 512GB; via oMLX.

1 model · 2 signals · 1 source

Gate: Keep the original practitioner claim low-confidence while the source capture_status=http_error. / The official Z.AI launch blog and BigModel docs may support GLM-5 currentness and local-serving planning, but they do not resolve the unavailable practitioner source and must not become Apple Silicon throughput evidence.

practitioner source recovery

Run Bitter Mill current-reference batch on the owned M5 Max

11 frontier watchlist rows share this operator task: Devstral Small 1.1, Mistral Small 3.1 24B, Qwen 3 235B-A22B, DeepSeek R1 Distill Qwen 32B, GLM-4.7-Flash, DeepSeek R1 Distill Llama 70B, and 5 more. Qwen 3 32B, Qwen 3 235B-A22B, Devstral Small 1.1, Qwen 3 8B, Nemotron-3-Nano, GLM-4.7-Flash, Phi-4 14B, Mistral Small 3.1, DeepSeek R1 distills, and Qwen 2.5 72B have Apple Silicon evidence or practitioner signals but should be treated as reference/baseline reproduction work rather than the current frontier lane. Qwen3.5-35B-A3B stays in the current-frontier M5 batch as the practical Qwen3.6 displacement comparator.

12 models · 1 source

Status: Ready after hygiene · Run the listed clean-recording gate before benchmark execution, discovery, import, or publication changes.

Hygiene gate: Clean recording · clean intake root · memory metrics present · pre-existing swap warning-only · passing final snapshot · passing monitor samples · 0 swap I/O pages · no thermal/performance throttling

Gate: The hygiene doctor reports clean recording readiness before Bitter Mill is opened; if it reports excessive swap allocation, memory pressure, stale local inference processes, or thermal/performance warnings, stop before any inference run. / The all-runbooks readiness audit checks every Bitter Mill runbook with one captured machine and clean-recording system-hygiene snapshot before any runbook is opened.

first party bitter mill batch

Run Bitter Mill current-frontier batch on the owned M5 Max

Qwen3.6, MiniMax M2.7, Gemma 4 including E2B/E4B, Mistral Small 4, Ministral 3 compact models, Llama 4 Scout, gpt-oss 120B/20B, Nemotron Cascade 2, GLM-4.5-Air, Magistral Small, Devstral Small 2, and current Qwen coding/dense anchors should be reproduced from first-hand Bitter Mill runtime, quantization, and context sweeps before they become first-party measured evidence.

22 models · 1 source

Status: Ready after hygiene · Run the listed clean-recording gate before benchmark execution, discovery, import, or publication changes.

Hygiene gate: Clean recording · clean intake root · memory metrics present · pre-existing swap warning-only · passing final snapshot · passing monitor samples · 0 swap I/O pages · no thermal/performance throttling

Gate: The hygiene doctor reports clean recording readiness before Bitter Mill is opened; if it reports excessive swap allocation, memory pressure, stale local inference processes, or thermal/performance warnings, stop before any inference run. / The all-runbooks readiness audit checks every Bitter Mill runbook with one captured machine and clean-recording system-hygiene snapshot before any runbook is opened.

first party bitter mill batch

Run planned M4 Ultra 256GB frontier arrival batch

When the 256GB Mac Studio arrives, run a clean-recording Bitter Mill sweep across the active M5 current-frontier target set including MiniMax M2.7 plus high-memory and fit-boundary extras, runtimes, quantizations including current MLX dynamic low-bit profiles, and context ladders before changing Silicon Score's featured environment.

26 models · 1 source

Status: Blocked until arrival · M4 Ultra 256 GB stays queued until the machine is physically present, hardware identity is verified, and clean-recording preflight passes.

Hygiene gate: Clean recording · clean intake root · memory metrics present · pre-existing swap warning-only · passing final snapshot · passing monitor samples · 0 swap I/O pages · no thermal/performance throttling

Gate: The hygiene doctor reports clean recording readiness before Bitter Mill is opened on the arrived Mac Studio. / The active all-runbooks readiness audit passes for checked-in active runbooks, then the planned M4 Ultra runbook's explicit check passes on the arrived Mac Studio.

first party bitter mill batch

Prepare M4 Ultra 256GB Mac Studio as the next featured lab environment

In June 2026 the local lab is expected to receive a 256GB Mac Studio provisionally labeled M4 Ultra, replacing the M5 Max 128GB MacBook Pro as the featured environment only after arrival, hardware detection, and clean first-party evidence justify changing the public default.

1 source

Status: Blocked until arrival · M4 Ultra 256 GB stays queued until the machine is physically present, hardware identity is verified, and clean-recording preflight passes.

Hygiene gate: Clean recording · pre-existing swap warning-only · passing final snapshot · 0 swap I/O pages · no thermal/performance throttling

Gate: data/ops/lab-environments.json keeps the M5 Max 128GB MacBook Pro as current active featured environment until the M4 Ultra 256GB Mac Studio is physically present. / Arrival capture records system_profiler chip name, GPU cores, model identifier, and 256GB unified memory before any featured_local_benchmark or FEATURED_MACHINE_ID change.

lab environment transition

Upgrade Qwen3.5-122B-A10B reference rows with Bitter Mill runs

Qwen3.5-122B-A10B is a high-memory frontier MoE candidate with trusted-reference rows and field speed reports, and this queued Bitter Mill import will test whether it belongs in high-end Mac advice.

1 model · 1 source

Status: Ready after hygiene · Run the listed clean-recording gate before benchmark execution, discovery, import, or publication changes.

Hygiene gate: Clean recording · memory metrics present · pre-existing swap warning-only · passing final snapshot · passing monitor samples · 0 swap I/O pages · no thermal/performance throttling

Gate: The hygiene doctor reports clean recording readiness before Bitter Mill is opened; if it reports excessive swap allocation, memory pressure, stale local inference processes, or thermal/performance warnings, stop before any inference run. / The hygiene monitor starts before Bitter Mill is opened and stops only after the model export lands; a same-base monitor hygiene sidecar exists beside the Bitter Mill export.

first party bitter mill import

Upgrade Qwen3.5-397B-A17B reference rows with Bitter Mill runs

Qwen3.5-397B-A17B is the current high-memory Qwen3.5 flagship with sparse Apple Silicon reference evidence, and this queued Bitter Mill import keeps it behind clean first-party reproduction.

1 model · 1 source

Status: Ready after hygiene · Run the listed clean-recording gate before benchmark execution, discovery, import, or publication changes.

Hygiene gate: Clean recording · memory metrics present · pre-existing swap warning-only · passing final snapshot · passing monitor samples · 0 swap I/O pages · no thermal/performance throttling

Gate: The hygiene doctor reports clean recording readiness before Bitter Mill is opened; if it reports excessive swap allocation, memory pressure, stale local inference processes, or thermal/performance warnings, stop before any inference run. / The hygiene monitor starts before Bitter Mill is opened and stops only after the model export lands; a same-base monitor hygiene sidecar exists beside the Bitter Mill export.

first party bitter mill import

Run Bitter Mill current-reference batch on the owned M5 Max

Qwen 3 32B, Qwen 3 235B-A22B, Devstral Small 1.1, Qwen 3 8B, Nemotron-3-Nano, GLM-4.7-Flash, Phi-4 14B, Mistral Small 3.1, DeepSeek R1 distills, and Qwen 2.5 72B have Apple Silicon evidence or practitioner signals but should be treated as reference/baseline reproduction work rather than the current frontier lane. Qwen3.5-35B-A3B stays in the current-frontier M5 batch as the practical Qwen3.6 displacement comparator.

12 models · 1 source

Status: Ready after hygiene · Run the listed clean-recording gate before benchmark execution, discovery, import, or publication changes.

Hygiene gate: Clean recording · clean intake root · memory metrics present · pre-existing swap warning-only · passing final snapshot · passing monitor samples · 0 swap I/O pages · no thermal/performance throttling

Gate: The hygiene doctor reports clean recording readiness before Bitter Mill is opened; if it reports excessive swap allocation, memory pressure, stale local inference processes, or thermal/performance warnings, stop before any inference run. / The all-runbooks readiness audit checks every Bitter Mill runbook with one captured machine and clean-recording system-hygiene snapshot before any runbook is opened.

first party bitter mill batch

Run M5 Max 128 GB frontier anchors under clean-recording lab hygiene

Use the owned M5 Max 128 GB plan to convert frontier and coding-agent watchlist signals into first-party Silicon Score lab rows, but only when the recording window proves zero swap I/O and clean system pressure.

8 models · 1 source

Status: Ready after hygiene · Run the listed clean-recording gate before benchmark execution, discovery, import, or publication changes.

Hygiene gate: Clean recording · memory metrics present · pre-existing swap warning-only · passing final snapshot · 0 swap I/O pages

Gate: Actual run must occur on a detected M5 Max 128 GB machine; runner mismatch warnings are blockers for canonical factory_measured promotion. / Output benchmark records resolve chip, RAM, model, runtime, quantization, source date, and generation tok/s before append review.

lab verification

Monitor premier Apple Silicon benchmark sites for freshness gaps

Track LLMCheck, oMLX, asiai, Anubis OSS, apple-silicon-llm-bench, mac-llm-bench, and broad LocalScore discovery so Silicon Score notices frontier releases, benchmark hygiene patterns, and UX/evidence gaps before public rankings go stale.

7 sources

Hygiene gate: Clean recording · pre-existing swap warning-only

Gate: Every candidate source fact is backed by a fetched URL or captured artifact. / Freshness-review reads use research:compact --refresh so currentness checks do not silently reuse stale cache entries.

competitor freshness review

Corroborate GLM-5.1 Apple Silicon viability

Official GLM-5.1 metadata and local-serving docs are captured, plus row-level oMLX and Hugging Face MLX quantization evidence on M3 Ultra 512GB; these are directional field signals until first-party reproduction captures clean-recording hygiene.

1 model · 7 signals · 5 sources

Hygiene gate: Clean recording · pre-existing swap warning-only

Gate: The official GLM-5.1 model metadata and release note are captured before public ranking copy treats it as current. / Any Apple Silicon row must explicitly identify GLM-5.1, hardware, runtime, quantization, context, and source date before it becomes a practitioner signal or benchmark candidate.

coverage expansion

Corroborate Mistral Small 4 Apple Silicon runtime

Mistral Small 4 has official local-serving support, Hugging Face MLX conversion cards, LLMCheck trusted-reference Apple Silicon rows, and SharpAI HomeSec-Bench M5 Pro 64GB llama.cpp field reports. The HomeSec rows make it a concrete reproduction candidate, but they remain directional community/operator evidence until first-party Bitter Mill captures setup, quantization, context, methodology, and hygiene sidecars.

1 model · 3 signals · 6 sources

Hygiene gate: Clean recording · pre-existing swap warning-only

Gate: Any Apple Silicon row must explicitly identify Mistral Small 4, hardware, runtime, quantization, context or prompt shape, reported speed, and source date before it becomes a practitioner signal or benchmark candidate. / The SharpAI HomeSec-Bench M5 Pro 64GB rows are curated directional community_operator_report signals; use them to design first-party reproduction, not as canonical benchmark rows.

coverage expansion

Corroborate Magistral Small Apple Silicon runtime

Magistral Small has official 24B reasoning-model grounding, a fit note that the quantized model can run within a 32GB RAM MacBook, and Hugging Face MLX conversion cards, but the 2026-05-05 compact refresh found no row-level Apple Silicon throughput evidence in LLMCheck, oMLX, mac-llm-bench, broad search, LocalLLaMA search, or the MLX cards. The existing M5 Max Bitter Mill batch owns first-party measurement; this task keeps external/runtime corroboration explicit without promoting fit guidance into speed evidence.

1 model · 1 signal · 5 sources

Hygiene gate: Clean recording · pre-existing swap warning-only

Gate: Any Apple Silicon row must explicitly identify Magistral Small 2506, hardware, runtime, quantization, context or prompt shape, reported speed, and source date before it becomes a practitioner signal or benchmark candidate. / The official Hugging Face card and Mistral release post ground currentness, self-deployment, and runtime planning only; they do not establish Apple Silicon throughput.

coverage expansion

Corroborate Llama 3.3 70B cross-tier coverage

Llama 3.3 70B now has Apple Silicon rows across M1, M2, M3, M4, and M5-era tiers, including trusted-reference LLMCheck anchors on M5 Max and M4 Ultra.

1 model · 4 sources

Gate: Any candidate coverage row must explicitly identify Llama 3.3 70B, Apple Silicon hardware, RAM tier or clearly bounded chip tier, runtime, quantization, reported speed, and source date. / New community or competitor rows stay directional unless methodology and provenance are strong enough for trusted-reference treatment.

coverage expansion