This page is not necessarily conclusive, but is an attemnpt to use live TX data to determine possible improvements between repeaters and the DMR bridge. It is not necessarily authoritative, but rather a diagnostic intent on pursuit of DMR Kaizen.
Choose a call. The bar represents completed call duration relative to the longest retained call.
| Ended CT | Source | Ingress | TS / TG | Duration | Relative |
|---|---|---|---|---|---|
| Loading completed calls… | |||||
Site-wide counters are not attributable to this call. Ping probes are not DMR voice packet-loss measurements.
Totals start with the most recent 200 unique completed streams at installation and continue to accumulate after those detailed rows roll off. These are call-duration averages, not audio or RF latency averages.
| Ingress | System | TS / TG | Completed calls | Mean duration | Under 3 s | Last call CT |
|---|---|---|---|---|---|---|
| Waiting for collector… | ||||||
Continuous NTP plus a measurement burst at 00:11, 02:11 … 22:11 Chicago time. Clock error bounds limit the precision of comparisons between hosts; synchronization does not measure voice latency.
| Host | Status | System offset | Clock error bound | Sample age | Last scheduled sync CT |
|---|
To diagnose key-up and distorted audio, the collector needs first header/voice and sequence timestamps at site IPSC ingress, active-worker HBP ingress and fan-out, and target IPSC egress. RF admission requires destination equipment feedback. Future per-call latency or packet conclusions will appear only when those observations exist and host clocks are synchronized.