Jetson UPHY Lane Allocation

The skill requires an active profile, carrier schematic, and pinmux file, and refuses to proceed when required evidence is missing. It gates configuration choices on user confirmation, scopes edits to the source tree and overlays, and forbids editing the upstream BSP. Atomic commits, a sidecar, and troubleshooting guidance improve recoverability. However, explicit backups, rollback procedures, and pre-commit hardware validation are absent, while ODMDATA, kernel DT, build, and flashing workflows can create consequential external effects, so points are deducted.

The documentation provides detailed steps, fail-closed prerequisites, ODMDATA grammar, troubleshooting, and stock-versus-desired comparisons. Static evidence cannot establish execution reliability; SKILL.md says to ask before dispatching sub-skills while procedure.md says dispatch is automatic, and the allocation-table timing conflicts with the stated step order. The workflow also depends on runtime documents, DTB tooling, and other skills. Failure guidance is useful but not test-covered, so the score is limited.

Triggers, target platforms, supported scope, exclusions, and prerequisites are relatively clear, and runtime discovery avoids hard-coded configuration tables. The skill does not explicitly support Chinese-language interaction, and its Adaptation Guide web fallback depends on overseas NVIDIA documentation without a mainland-China reachability alternative. These limitations reduce environment fit.

The skill has a version, layered primary and reference documents, troubleshooting notes, sidecar schema, limitations, and relatively stable naming and output-table conventions. Its frontmatter declares Apache-2.0 while the skill card declares CC-BY-4.0 plus Apache 2.0, and the supplied license metadata is NOASSERTION. Author metadata is incomplete, and a clear changelog and maintenance-responsibility path are missing, so points are deducted.

The objective is clear and the workflow connects UPHY selection, ODMDATA, controller state, and kernel overlays, with directly usable commit and summary formats. The committed benchmark reports strong results on two positive tasks, but the sample is very small, contains no negative-trigger tasks, and does not verify real hardware outcomes or the complete downstream chain. The static calibration therefore limits the score and further uncertainty reduces it.

The files provide concrete token grammar, paths, state transitions, failure symptoms, and a limited benchmark record, making some claims auditable. The benchmark covers only two tasks and there is no committed CI test suite, independent reproduction log, or multi-source corroboration. No commands or hardware validation were executed in this review, so the score remains limited.