Customized MTP Breakout Cable, 16F, Crossover, OM4

A MTP®-16 APC with Offset Key breakout cable for parallel to parallel or parallel to duplex connections. Customized MTP Breakout Cable, 16F, Crossover, OM4, OM4 50/125µm, Plenum (OFNP)/LSZH. Each leg is labeled and length matched in the factory for a clean installation.

Available lengths are 1m (3ft), 3m (10ft), 5m (16ft), 10m (33ft), 15m (49ft), 20m (66ft), 25m (82ft) and 30m (98ft). We can also produce any intermediate or longer length to order, with your choice of labeling and packaging.

Product Highlights

• MTP®-16 APC with Offset Key to MTP®-8 UPC,
• OM4 50/125µm, bend insensitive fiber
• Insertion loss ≤0.35dB, return loss ≥27/45dB (UPC/APC)
• Crossover polarity
• 3.0mm Plenum (OFNP)/LSZH round cable
• Minimum bend radius 7.5mm
• Stock lengths from 1m (3ft) to 30m (98ft), custom lengths on request

Common applications include splitting an 800G or 400G parallel port into multiple lower rate links, connecting a spine switch to several leaf switches, and fanning a trunk out to transceivers without a cassette.

Each breakout leg is individually jacketed, labeled and measured, and the transition from trunk to legs is protected against pulling forces. If your installation needs different leg lengths or a different lane mapping, we can build it to your drawing.

To order, quote 16FMTPOM4 together with the length and quantity you need. Private labeling, custom packaging and project specific documentation are all handled in-house.

Most orders leave our facility within a few working days. Courier, air freight and sea freight are all available, and we are happy to hand goods to your nominated forwarder in China.

Our engineering team handles custom MPO/MTP assemblies daily. If the standard configuration does not match your link design, send us the requirement and we will build exactly what your network needs at factory-direct cost.

Every MPO/MTP assembly leaving our factory is 100% tested for insertion loss and return loss, with end face geometry checks on the multi-fiber ferrules. Controlled polishing keeps the loss budget stable across the whole batch, which matters when several mated pairs sit in one link.