LSZH SM 24 Fiber 3.0mm mini Jacket MTP to MTP Elite Trunk Cable 10m

Description:

A singlemode low loss version of the MTP connector is achieved by using more precise MT 8-fiber ferrules and guide pins. The superior precision of the singlemode low loss MT ferrule yields comparable insertion loss values of the single fiber ceramic ferrules.

LSZH SM 24 Fiber 3.0mm mini Jacket MTP to MTP Elite Trunk Cable 10m manufactured by ANC International Co., Limited provides lower insertion loss than standard MTP cable assembly. They are all tested and guaranteed by 3D interferometry and the insertion loss is no more than 0.35 dB. No matter it is the plenum jacket, the inner fiber, the connector, or the end face geometry, they are all genuine parts and in high quality. They can be checked by any user without a problem.

Optical insertion loss budgets are now one of the top concerns among data center managers, especially in today’s 40G and 100G backbone switch-to-switch deployments for networking and storage area networks (SANs). Staying within the loss budget is essential for ensuring that optical data signals can properly transmit from one switch to another without high bit error rates and performance degradation.
The MPO MTP low loss patch cord uses angle polished connector to reduce back reflection and minimize the insertion loss of the fiber connector. The cable can be 2mm or 3mm round jacket or 4.5mm double jacket or flat ribbon jacket or bare ribbon cable; The fiber can be SM, OM3, OM4 or customized;

Features:

8,12, and 24 fiber options

Available in A, B, and C polarity per TIA 568-C

Straight, crossed, and QSFP wiring available

Standard ferrule and low loss ferrule optional
SM (9/125 G657A1), OM3, OM4, OM5 fiber optional;
With pin or without pin optional
High density connections between network equipment in telecommunication rooms;
Easy installation and removal with push-pull latching
LSZH, OFNR, OFNP Jacket optional;

RoHS compliant

Applications:

Data Center

IT/Datacom
LAN, FTTX
CATV

Optical Performance:

Interferemeter Test: