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5G/6G AcademyEst. 2009

Ericsson DCGM Analyzer

Paste an Ericsson LTE counter / DCGM dump and get instant KPIs — ERAB Setup SR, RRC SR, HO SR — plus a searchable table of raw counters.

100% FREE3GPP-accurateNo signup

Ericsson nodes expose hundreds of PM counters through ENM, DCGM, and OSS-RC: pmErabEstabSuccAdded, pmRrcConnEstabSucc, pmHoExeOutSucc, pmRadioUeRepCqiDistr, pmPrbUtilDl, and so on. Turning a raw counter dump into a meaningful KPI (ERAB Setup SR, RRC SR, HO SR) means pulling out the right numerator and denominator and formatting the percentage correctly. This free online DCGM analyzer does it automatically — paste a counter dump, see the computed KPIs colour-coded by health threshold (green > 95 %, yellow 90–95 %, red < 90 %), inspect every raw counter in a searchable table, and see array counters (like CQI distributions) drawn as inline bar charts. Everything runs in your browser. Typical users are Ericsson RAN performance engineers, RF optimisers, and on-call support engineers triaging a bad-cell alarm.

100% client-side parsing. Your files never leave your browser — nothing is uploaded, stored, or logged.

Counter Dump Input

Paste an Ericsson ENM / DCGM / AMOS counter export. Parsing runs in your browser.

Frequently Asked Questions

What counter dump formats does the tool accept?

Any "name : value" plain-text format exported by Ericsson ENM, OSS-RC DCGM, or AMOS pmr / pget commands. Section headers starting with "Counter Group:", "Cell:", or "Timestamp:" are recognised. Array counters using pipe (|) separators are auto-detected.

Does any counter data leave my browser?

No. The tool parses your text locally; there are no network requests made after the initial page load. Even the CSV export is generated client-side.

How do I read the KPI colours?

Green means > 95 % (healthy), yellow means 90–95 % (watch), red means < 90 % (investigate). Thresholds are standard LTE/NR performance-management conventions and can be tuned in your own copy.

Can I add my own derived KPIs?

Not directly in the UI. The tool fork is open to contribution — the KPI formula list lives in a single constant in the component source.

How It Works

The parser reads counterName : value pairs line-by-line, detecting section headers (Counter Group:, Cell:, Timestamp:) and pipe-separated array counters.

  • Computed KPIs: ERAB SR = pmErabEstabSuccAdded / pmErabEstabAttAdded
  • RRC SR = pmRrcConnEstabSucc / pmRrcConnEstabAtt
  • HO SR = pmHoExeOutSucc / pmHoExeOutAtt
  • Array counters like pmRadioUeRepCqiDistr are rendered as inline bars.
  • Export the computed KPIs as CSV for dashboards.
  • The built-in formulas use Ericsson LTE counters (E-RAB). 5G NR counter names differ and change between software releases, so check the counter reference for your release.

How to analyze an Ericsson counter dump

  1. Collect the counters. Export the relevant PM counter values for the cell or node from your OSS.
  2. Paste the dump. Paste the counter text into the input.
  3. Analyze. The tool maps the counters and computes the success-rate KPIs.
  4. Read the KPIs. Check the computed E-RAB SR, RRC SR and HO SR, and cross-check the raw counter table below.

Frequently asked questions

What does this analyzer compute from a counter dump?
Paste a dump of raw Ericsson PM counters and it works out the headline accessibility and mobility KPIs for you — things like E-RAB setup success rate, RRC connection setup success rate and handover success rate — alongside a table of the raw counters they came from. The point is to skip the manual ratio arithmetic and see the success rates straight away.
How are KPIs like E-RAB SR or RRC SR calculated?
Each of these KPIs is a success-over-attempts ratio built from PM counters: the successful events divided by the attempts, as a percentage. RRC setup success rate, for example, is successful RRC connection setups over setup attempts. The analyzer applies the standard counter formulas so you can see both the computed percentage and the underlying numbers feeding it.
Is the counter data uploaded?
No — the dump is processed in your browser and nothing is sent anywhere. Performance counters can reveal traffic levels and which cells are struggling, so keeping the calculation local means that operational data never leaves your device.

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