AFL / Noyes

Open an AFL or Noyes OTDR file without TRM

.sor files from AFL and Noyes OTDRs open in the browser: FlexScan FS200 and FS300, the M series (M200, M310, M700), OFL280, FLX380. You see the trace, the event table and what the instrument recorded about the shot. There is nothing to install, and any operating system will do.

Open an AFL file

Many AFL instruments, FlexScan included, write Noyes in the maker field. Such a file opens just the same.

The application window with a trace open. The file name on top, and beside it the totals: optical length, span loss and ORL. Below that, the chart toolbar with the wavelength and pulse width, then the OTDR trace across the whole range with vertical event marks, the overview strip under it, and a line telling how the cursors are placed.

What you will see

AFL and Noyes write an ordinary Telcordia .sor. We read all of it, the way the instrument wrote it.

The trace and its events

The trace with zoom and cursors A and B, 2P and LSA readings between them, and the instrument's event table: connectors, splices, the fibre end, with loss and reflectance. Where the instrument recorded distances in feet or miles, that is how they are shown, on screen and in the report.

Three wavelengths of one fibre

AFL saves a tri-wavelength test as three separate .sor files sharing the start of their name. Open all three and the curves go onto one chart, each in its own colour.

Saving back to `.sor`

An edited trace can be saved as .sor. The Noyes blocks the instrument adds to the file stay in place byte for byte.

No need to install TRM

AFL's own PC program is TRM (Test Results Manager): version 2.0 for the M series and FlexTester, version 3.0 for FlexScan. Both run on Windows only. The Basic licence comes with the instrument; without it the program runs for 30 days as a trial. FlexScan also has FlexReports, again for Windows.

Here the file opens by link in the browser: on Windows, macOS and Linux, on a tablet and on a phone. No account needed. The PDF report and a link for a colleague are made right there, free.

Both ends of one fibre

For an M310 to average a bidirectional test, both files have to be on that M310. In TRM, bidirectional analysis comes only with the paid Advanced version.

With us, you open the traces from both ends and say which one is the reverse. A shared table appears with each splice's own figure, the reverse one and their average, and you pay nothing for it.

Nearby

How to open a .sor file→ OTDR trace report as PDF→ Several traces on one chart→ How to read an OTDR trace→ Bidirectional testing: why a splice shows a gain→ What the events on a trace mean→

By manufacturer

EXFO→ VIAVI / JDSU→ Anritsu→ Yokogawa→ Tribrer · T3 · T3Lab→ FIBERCLOUD · FC4000 · 980TEK→ Grandway→ Fluke · OptiFiber · OptiFiber Pro→ NOVKER · NK OTDR-2101→ Atlas · Dwei-Tech→ SNR · SNR-OTDR-01 · SNR-OTDR-01N→ MOT · MOT 50 · MOT3000→ Orientek · TR600 · TR700→ Wavetek / Acterna→

OTDR Master works independently of instrument makers and sellers. AFL, Noyes, FlexScan, FlexTester, TRM and FlexReports are trademarks of their owners.