MIPI Interactive Flicker Test Report

Generated: 2026-04-16 08:13:26 | Model: claude-opus-4-6

Stop reason: Flicker confirmed by operator at capture 0013 [20260416_081232]

1 confirmed flicker(s)

1 false alarm(s)

0 Claude said no

Event Log

Capture	Timestamp	Channel	LP-low plateau	LP exit→HS	LP-11 voltage	Claude: flicker?	Outcome
0006	20260416_080919	dat	0.3 ns	2.4 ns	1.014 V	YES	✓ FALSE ALARM
0013	20260416_081232	dat	0.3 ns	2.9 ns	1.014 V	YES	✖ CONFIRMED FLICKER

Claude Assessments

Capture 0006 [20260416_080919] — FALSE ALARM

YES

The LP-low plateau measured at 0.3 ns is essentially absent, far below the 50 ns minimum required by the SN65DSI83 to detect the start-of-transmission. The LP exit-to-HS transition of only 2.4 ns confirms that the LP-01/LP-00 preamble states were either skipped or collapsed to a duration the bridge cannot resolve. Without a valid SoT detection, the bridge will fail to synchronize to the incoming HS burst, causing the display to miss that frame's data and produce visible flicker.

Capture 0013 [20260416_081232] — CONFIRMED FLICKER

YES

The LP-low plateau is measured at effectively 0 ns (0.3 ns reported, rounded to 0 ns in the summary), which is drastically below the SN65DSI83's required ≥ 50 ns minimum for reliable SoT detection. The LP exit-to-HS transition of only 3 ns confirms that the LP-01/LP-00 preamble states were either skipped entirely or collapsed to sub-nanosecond glitches, far too brief for the bridge's LP receiver to recognize the start-of-transmission sequence. With the bridge unable to lock onto the SoT, it will miss the subsequent HS burst (the single 5072 ns burst present), resulting in a dropped frame and visible flicker on the display.