Product Comparison

Features:
LA OTDR module

OTDR module, compatible with any kind of singlemode optical fiber networks.

  • Ideal for FTTH point to point, access network qualification
  • Available with 1, or 2 wavelengths
  • Light source option for photometry measurement
  • Compatible with Smart Link Mapper (SLM), FTTA / SLM, and FTTH / SLM view software
  • PDF report generation ready for each OTDR test

LA OTDR module is ideal for point to point Access network certification.

MA2 (Metro Access) OTDR module

OTDR module, compatible with any kind of singlemode optical fiber networks.

  • Ideal for FTTH PON, point to point, access, metro network, short medium-haul qualification
  • Available with 1, 2, or 3 wavelengths
  • Able to test through up to 1 x 64 splitter
  • Light source option for photometry measurement
  • Compatible with Smart Link Mapper (SLM), FTTA / SLM, and FTTH / SLM view software
  • PDF report generation ready for each OTDR test

MA2 OTDR module is ideal for FTTH PON, point to point (access and metro) network certification.

MA3 (Metro Access) OTDR module

OTDR module, compatible with any kind of singlemode optical fiber networks.

  • Ideal for FTTH PON, point to point, access, metro network, short medium-haul qualification
  • Available with 1, 2, or 3 wavelengths
  • Able to test through up to 1 x 128 splitter
  • Light source option for photometry measurement
  • Compatible with Smart Link Mapper (SLM), FTTA / SLM, and FTTH / SLM view software
  • PDF report generation ready for each OTDR test

MA3 OTDR module is ideal for FTTH PON, point to point (access and metro) network certification.

MP2 (Metro PON) OTDR module

OTDR module, compatible with any kind of singlemode optical fiber networks.

  • Ideal for FTTH PON, point to point, access, metro network, long-haul qualification
  • Available with 1, 2, or 3 wavelengths
  • Able to test through up to 1 x 128 splitter
  • Light source option for photometry measurement
  • Compatible with Smart Link Mapper (SLM), FTTA / SLM, and FTTH / SLM view software
  • PDF report generation ready for each OTDR test

MP2 OTDR module is ideal for measuring through  any splitter of FTTH PON network.

QUAD OTDR Module

OTDR module, compatible with any kind of singlemodeand multimode optical fiber networks.

  • Ideal for FTTH PON, point to point, access, metro network, short medium-haul qualification, Enterprise and LAN network
  • Available in 4 wavelengths
  • Able to test through up to 1 x 32 splitter
  • Light source option for photometry measurement
  • Compatible with Smart Link Mapper (SLM), FTTA / SLM, and FTTH / SLM view software
  • PDF report generation ready for each OTDR test

QUAD OTDR module is the ultimate polyvalent OTDR test module.

NetworkSinglemode, Access, FTTx point to point networkSinglemode, Access, FTTx PON and point to point networkSinglemode, Access, FTTx PON and point to point networkSinglemode, Access, FTTx PON, POL (Passive Optical LAN) and point to point networkMultimodes et Singlemodes, Entreprise, LAN, FTTH/FTTA, PON, Access, Metro network
Wavelength1310 / 1550 / 1650nm1310 / 1550 / 1625 nm1310 / 1550 / 1625 / 1650 nm1310 / 1550 / 1625 / 1650nm850 / 1300 / 1310 / 1550nm
Dynamic35 / 33 / 30dB40 / 40 / 38 dB43 / 41 / 41 / 41dB46 / 45 / 44 / 42dB26 / 24 / 37 / 35dB
Pulse width5ns to 20µs3ns to 20µs3ns to 20µs3ns to 20µsfrom 3ns to 1µs in MM and form 3ns to 20µs in SM
Event dead zone1,5m70cm70cm65cm0,8m in MM and 0,9m in SM
Attenuation dead zone6m3m3m2.5m4m
Measurement through splitterNoup to 1x64up to 1x64up to 1x128up to 1x32
Measurement on In-service networkYesYesYesYes
Optical connectorsFixed SC, FC, with PC or APC polishingInterchangeable SC, FC, ST, LC, DIN with PC or APC polishingInterchangeable SC, FC, ST, LC, DIN with PC or APC polishingInterchangeable SC, FC, ST, LC, DIN with PC or APC polishingInterchangeable SC, FC, ST, LC, DIN with PC or APC polishing
Internal source optionYes (Not available on 1650nm filtered version)YesYesYesYes
Internal optionnal optical power meterYes (Not available on 1650nm filtered version)YesYesYesYes