HWBenchedge-AI hardware data, cited & graded

MetaComputing AI PC Framework 13 Mainboard (as tested by Jeff Geerling): edge AI benchmarks

(independent test)independent test system · no photo yet
No licensed photo available — placeholder drawing.
Vendor (independent test)Form factor independent test systemCompute CPUIndicative price unknownPower envelope unknownPublished rows 3
LLM generation13.10 tok/sC 0.452 tok/s/W measuredundated

Best published result per workload, across model sizes — open “Show data” for like-for-like groups.

Show data — per-workload tables

object detection

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No published object detection results for MetaComputing AI PC Framework 13 Mainboard (as tested by Jeff Geerling) yet.
We only show cited public figures — nothing is estimated to fill gaps. Requests tell us what to source or test next.

instance segmentation

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No published instance segmentation results for MetaComputing AI PC Framework 13 Mainboard (as tested by Jeff Geerling) yet.
We only show cited public figures — nothing is estimated to fill gaps. Requests tell us what to source or test next.

pose estimation

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No published pose estimation results for MetaComputing AI PC Framework 13 Mainboard (as tested by Jeff Geerling) yet.
We only show cited public figures — nothing is estimated to fill gaps. Requests tell us what to source or test next.

image classification

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No published image classification results for MetaComputing AI PC Framework 13 Mainboard (as tested by Jeff Geerling) yet.
We only show cited public figures — nothing is estimated to fill gaps. Requests tell us what to source or test next.

semantic segmentation

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No published semantic segmentation results for MetaComputing AI PC Framework 13 Mainboard (as tested by Jeff Geerling) yet.
We only show cited public figures — nothing is estimated to fill gaps. Requests tell us what to source or test next.

speech-to-text

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No published speech-to-text results for MetaComputing AI PC Framework 13 Mainboard (as tested by Jeff Geerling) yet.
We only show cited public figures — nothing is estimated to fill gaps. Requests tell us what to source or test next.

LLM generation

Like-for-like groupBest resultModel · precision · stackGradePowerSource · dateRank in group
LLM 5–14B · b=13.25 tok/s CPU-onlyDeepSeek R1 14b
as in linked issue (Ollama default tags are 4-bit) · Ollama / llama.cpp (see linked issue)
C32.00 W measuredJeff Geerling ai-benchmarks README (Findings tables)
undated
51 of 53
LLM 15–40B · b=18.52 tok/s CPU-onlygpt-oss 20b
as in linked issue (Ollama default tags are 4-bit) · Ollama / llama.cpp (see linked issue)
C27.00 W measuredJeff Geerling ai-benchmarks README (Findings tables)
undated
22 of 22
LLM ≤4B · b=113.10 tok/s CPU-onlyLlama 3.2:3b
as in linked issue (Ollama default tags are 4-bit) · Ollama / llama.cpp (see linked issue)
C29.00 W measuredJeff Geerling ai-benchmarks README (Findings tables)
undated
55 of 64
How to read these numbers
Every number is labelled. Confidence: A MLPerf closed, audited · B documented third-party method · C community / review · D vendor-published, not independently verified · E estimate. Power basis: measured with the result · spec vendor spec/envelope · power n/a not published.

Machine-readable: /find.json (see llms.txt); full tables are in “Show data”. Confidence grades: A audited MLPerf closed · B documented third-party · C community · D vendor-published · E estimate. Unknown values are shown as unknown, never estimated. Generated 2026-10-16 from public sources.