Low Loss MTP to MPO Singlemode Trunk Cable Telecom High Bandwidth 12-288 Fibers

Description

Unique-Tel single mode MTP/ MPO trunk cables are designed for low-loss, high bandwidth applications. An easier alternative to installing individual patch cables, MTP/ MPO trunks promote fast routing of fiber optic cable, and termination by a single MTP/ MPO connector.

Unique-Tel high performance fiber optic cable assemblies are pre-terminated with 12 core MTP/ MPO connectors and offered in customer-specified lengths and configurations.

Counts from 12, 16, 24, 32, 36, 48, 72, 96, and 144 optical fibers and up to 288 optical fibers. Those high density cables utilize pathways more efficiently, and improve fiber optic cable management and flexibility for network adds and changes.

OS2 9/125 μm fiber optic cable construction is ideal for 1310 and 1550 nm applications. Extreme low water peak optical fiber design helps reduce wavelength attenuation and dispersion over the E band spectrum. Bend insensitive glass helps minimize macro bend-induced loss caused by technician handling and improves overall network reliability.

Unique-Tel MTP/ MPO single mode trunk cables are plenum, riser or LSZH rated for indoor use, and are pre-tested at its 6S certificated factory for high quality and performance.

Specifications

Features

• Low-loss MTP/ MPO connectors
• Extreme low water peak optical fiber design
• High precision pre-terminated at Sinocomms’ factory for quality and network longevity
• Options of pinned MTP/ MPO (Male type) and Non-pinned MTP/ MPO (Female type) on connector ends
• OFNP, OFNR, and LSZH fiber optic cable rated jacketing
• Optimized for 1310 and 1550nm wavelength applications
• Pulling eye and reels design suitable for different installation environment

Applications

• Data centers
• Storage Area Networks
• High-density architectures
• High-speed computing

Compliances

• TIA/EIA-568-C.3
• IEC 60793 and IEC 60794
• IEC 61753, IEC 61754 and IEC 61755
• IEC 60332-1, IEC 61034-1/2 and IEC 61754-1/2
• RoHS, REACH and SvHC