RFID Gate Readers: Detecting Passage and Controlling Stray Reads
https://yenra.com/rfid-gate-reader/
Updated September 11, 2026

Purpose: Record RFID passage evidence and resulting application events. This is an inventory-system test aid, not a machinery or personnel safety procedure.
Instructions: Use an approved site test plan. Define expected outcomes and thresholds before trials. Retain every run, including failures.

Portal / lane / physical boundary / tag technology:
Reader, antenna and firmware / region / configuration:
Load and tag population / placement / packaging:
Speed range and units / passage window / triggering method:
Direction evidence / completion rule / ambiguity rule:
Nearby stationary stock and adjacent-reader layout:

For EACH scenario record run ID, timestamp, expected identities, raw evidence, accepted passage, missed IDs, stray IDs, direction, application event and manual correction:
1. Normal forward passage.
2. Stop inside the zone, then continue.
3. Enter and reverse without completing passage.
4. Stationary tagged stock beside the lane.
5. Neighboring portal active.
6. Two loads close together.
7. Unreadable/missing expected tag.
8. Approved reader/network outage and recovery.

Acceptance thresholds / source and owner:
Repeated runs and conditions / total and failed runs:
Exception handling time / accountable owner:
Event deduplication and retry result:
Decision / unresolved limitation / retest trigger:

Model-specific tuning reference: https://support.impinj.com/hc/en-us/articles/32153110595219-Impinj-IoT-Device-Interface-API-Example-Inventory-Configurations