LANmark-OF METHOD C MPO/M-MPO/M Pre-Term MM OM3 96c OFNP xxxM Aqua pulling eye one side
LANmark-OF METHOD C MPO/M-MPO/M Pre-Term MM OM3 96c OFNP xxxM Aqua pulling eye one side
- Factory terminated MPO-MPO fibre assembly
- Flexible fan-out for ease of installation in patch panel
- Small cable diameter reduces required data centre space
- Method C polarity Pre-Term
- Only one type of patch cords and one type of cassettes required for duplex transmission
- Fibre count: 96F
- Fibre type: MultiMode OM3
- Aginode ref: N145.CU96LAxxx-PA
Description
Description
Normes
Pre-Term for data centres, buildings and campus based on Micro-Bundle.
The cable has a small diameter and bend raduis to meet data centre requirements.
Fire performance
The cables have been tested for fire performance according to Plenum rated, providing a very high fire performance with minimal fire load and can be used in air flow space.
MPO-MPO Pre-Term characteristics
The MPO-MPO Pre-Term has standard pinned (male) connectors. This matches with the un-pinned (female) connectors in the female Plug&Play modules.
The "xxx" in the N-number is the length in meter between the cable glands, i.e. the Pre-Term length between the back side of the patch panels.
After the cable gland the Pre-Term has a fan-out. The fan-out splits the cable into tubes. The tubes are reinforced with aramid yarns.
The pulling eye provides minimum 450N installation tension. Prefabricated pulling eye is available with this MPO pre-term.
The MPO-MPO Pre-Terms come with a PG-13 cable gland that fits into the LANmark-OF Plug&Play patch panel slots.
Optical Performance and Polarity
The insertion loss for a multimode the MPO-MPO connection has Low Loss performance: typical insertion loss is 0,2 dB with a maximum of 0,35 dB insertion loss. The insertion loss of a MPO-MPO connection is measured according to standard IEC61300-3-45.
The minimum return loss for a multimode MPO connection is 20 dB measured according to IEC 61300-3-6.
The method C Pre-Term has a pair flip key up / key down design. This is in agreement with standard TIA-568.3-D-2016 method C.