🔒 Read-only view. Switching devices and running measurements needs Lab mode (LAN / SSH tunnel) — browsing live state and past runs is open to everyone.
connecting…
GoS1 (control)
Shared screen
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🔌 Lab-Enot on strip
⏚ power strip
Run
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Headless:
selected devices measure in parallel (each on its own meter); GTV rows
are indicative (Android always renders). Screen mode claims the monitor
and meters it as context.
Recent runs
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Open items 2026-07-30 (overnight)
Landed overnight: clip upload (shared retention rules) · decode
parameters in /settings (Decode rig section) · shared stable-idle guard
(same idle_wait loop as GoS1's pre-job guard; rows stamp protocol v3) ·
per-sample timestamps · automated marker segmentation (shown under
results) · ⬇ LEM-style CSV export per run · screen-row skip absorbs the
1080p re-sync · harness versioned in wattlab/decode_bench/. Still open:
· Pi 400 headless ΔW vs July (+1.57 vs +1.25 W) — deliberate n≥2 recheck
· LG C2 OLED integration (CEC input claiming + webOS control; meter on
Lab-C once the router moves to a dumb socket)
· uploaded clips: markers need h264/hevc/av1 sources (NVENC-matched);
other codecs run un-marked Known quirks: cold-panel first claim may need a second claim ·
claim takes 10–20 s by design · deploys never run while the queue is busy ·
marker-row headline ΔW includes the 15 s head (quote segmented values).
Boxes are off by default. The screen auto-switches to the single
powered device — run one box at a time for display work. “Off” is always a
graceful shutdown (SSH/ADB) before the relay cut. The monitor has its own
wall socket — cutting the strip never darkens the screen. Boot
expectations: Pi 5 ≈ 29 s; Pi 400 and Google TV get measured on first use.
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