LANmark-OF MPO Base8 Pre-terminated assembly Method B OM3 96F Low loss LSZH Aqua Single-end traction handle xxxm

LANmark-OF MPO Base8 Pre-terminated assembly Method B OM3 96F Low loss LSZH Aqua Single-end traction handle xxxm

Factory terminated Base8 MPO fibre assembly
Flexible fan-out for ease of installation in patch panel
Small cable diameter reduces required data centre space
Flame-retardant LSZH cable to meet data center standards
MPO cable standard is METHOD B, other polarity standards can be selected, such as METHOD A, METHOD B, METHOD C, etc.
Optimized for 40G/100G/200G parallel transmission
Optional 8/16/24/48/72/96 cores
Optional bending-insensitive multi-mode BI OM3/OM4/OM5 fiber and OS2 fiber to G.657.A1, fully compatible with G.652.D fiber

Aginode ref: N145Q.BL96LAxxx-LA

DatasheetPDF

Description

Standards

ANSI/TIA-568-C.3; ISO/IEC 11801

Pre-Term for data centres, buildings and campus based on Micro-Bundle Universal

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 IEC 60332-3c. The cable meets LSZH requirements.

MPO-MPO Pre-Term characteristics

The Pre-Term has standard pinned (male) MPO connectors. This matches with the un-pinned (female) connectors in the female Plug&Play MPO-LC modules.

In order to reduce overlengths in data centers the Pre-Terms are custom made and available with 1m increments. The "xxx" in the N-number is the length in metre between the cable glands, i.e. the Pre-Term length between the back side of the patch panels.

The Pre-Terms are optimized for both pulling and laying in data centers. On both sides the MPO connectors are protected by a bubble foam. The maximum pulling force on the pulling eye is 450N.

The MPO Pre-Terms come with a PG-13 cable gland that fits into the LANmark-OF Plug&Play patch panel gland holders.

Optical Performance and Polarity

The insertion loss for a multimode the MPO connection has typical Low Loss performance of 0,2 dB and with a maximum of 0,35 dB insertion loss. The insertion loss of a 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 B Pre-Term has a key up / key up design. This is in agreement with standard TIA-568.3-D-2016 method B.

Characteristics

Construction characteristics

Fiber optic type

OM3 50/125

Dimensional characteristics

Number of optical fibres

Transmission characteristics

Insertion Loss, maximum, dB

0.35 dB

Return Loss, Minimum, dB

20 dB

Usage characteristics

Operating temperature, range

-20...60 °C

LANmark-OF MPO Base8 Pre-terminated assembly Method B OM3 96F Low loss LSZH Aqua Single-end traction handle xxxm

Description

Description

Standards

Characteristics

Characteristics

Products

LANmark-OF MPO Base8 Pre-terminated assembly Method B OM4 8F Low loss LSZH Aqua Single-end traction handle xxxm

LANmark-OF MPO Base8 Pre-terminated assembly Method B OM4 24F Low loss LSZH Aqua Single-end traction handle xxxm

LANmark-OF MPO Base8 Pre-terminated assembly Method B Singlemode OS2 8F Low loss LSZH Yellow Single-end traction handle xxxm

LANmark-OF MPO Base8 Pre-terminated assembly Method B OM3 8F Low loss LSZH Aqua Single-end traction handle xxxm

LANmark-OF MPO Base8 Pre-terminated assembly Method B OM3 16F Low loss LSZH Aqua Single-end traction handle xxxm

LANmark-OF MPO Base8 Pre-terminated assembly Method B OM3 24F Low loss LSZH Aqua Single-end traction handle xxxm

LANmark-OF MPO Base8 Pre-terminated assembly Method B Singlemode OS2 24F Ultra Low loss OFNP Yellow Single-end traction handle xxxm

LANmark-OF MPO Base8 Pre-terminated assembly Method B OM4 72F Low loss LSZH Aqua Single-end traction handle xxxm

LANmark-OF MPO Base8 Pre-terminated assembly Method B Singlemode OS2 16F Low loss LSZH Yellow Single-end traction handle xxxm

LANmark-OF MPO Base8 Pre-terminated assembly Method B OM4 96F Low loss LSZH Aqua Single-end traction handle xxxm

LANmark-OF MPO Base8 Pre-terminated assembly Method B OM3 48F Low loss LSZH Aqua Single-end traction handle xxxm

LANmark-OF MPO Base8 Pre-terminated assembly Method B Singlemode OS2 24F Low loss LSZH Yellow Single-end traction handle xxxm

LANmark-OF MPO Base8 Pre-terminated assembly Method B Singlemode OS2 48F Low loss LSZH Yellow Single-end traction handle xxxm

LANmark-OF MPO Base8 Pre-terminated assembly Method B OM3 72F Low loss LSZH Aqua Single-end traction handle xxxm

LANmark-OF MPO Base8 Pre-terminated assembly Method B Singlemode OS2 72F Low loss LSZH Yellow Single-end traction handle xxxm

LANmark-OF MPO Base8 Pre-terminated assembly Method B OM4 16F Low loss LSZH Aqua Single-end traction handle xxxm

LANmark-OF MPO Base8 Pre-terminated assembly Method B Singlemode OS2 96F Low loss LSZH Yellow Single-end traction handle xxxm

LANmark-OF MPO Base8 Pre-terminated assembly Method B OM4 48F Low loss LSZH Aqua Single-end traction handle xxxm

LANmark-OF MPO Base8 Pre-terminated assembly Method B Multimode OM4 24F Ultra Low loss OFNP Aqua Single-end traction handle xxxm

LANmark-OF ENSPACE Base8 Pre-term OM4 Method B MPO8 Male-MPO8 Male 8Core LSZH Aqua Low loss No pulling eye xxxm

LANmark-OF ENSPACE Base8 Pre-term OM4 Method B MPO8 Male-MPO8 Male 32Core LSZH Aqua Low loss No pulling eye xxxm

LANmark-OF ENSPACE Base8 Pre-term OM4 Method B MPO8 Male-MPO8 Male 48Core LSZH Aqua Low loss No pulling eye xxxm

LANmark-OF ENSPACE Base8 Pre-term Singlemode OS2 Method B MPO8 Male-MPO8 Male 8Core LSZH Yellow Low loss No pulling eye xxxm

LANmark-OF ENSPACE Base8 Pre-term Singlemode OS2 Method B MPO8 Male-MPO8 Male 32Core LSZH Yellow Low loss No pulling eye xxxm

LANmark-OF ENSPACE Base8 Pre-term Singlemode OS2 Method B MPO8 Male-MPO8 Male 48Core LSZH Yellow Low loss No pulling eye xxxm