MPO to MPO connectorMultimode OM3 50/125 μm & Duplex-40G /100FG QSFP transreceiver of 850nm 1 meter

MPO Fiber Optic connector is designed for high-density fiber patching. This MPO OM3 connector is specially designed for data centers to achieve high transmission speed with large capacity. These Multimode MPO OM3 50/125μm are optimized for 40G QSFP+ and 100G QSFP transceivers for direct optic connection.

SPECIFICATION 

 This MPO connector is terminated with end connectors female and male. These cables come with an 8 -144 fiber counter for user needs.OM3 MPO fiber cable act as a  backbone and horizontal interconnection to 40G and 100G connections.

MTP/MPO cables are classified into 8/12/24 cores, usually used for 40G/100G. In hyper-scale data centers, 16-fiber cables are specifically designed for 400G cabling over short distances.

• With lower cost and insertion loss, 8-fiber MTP/MPO cable systems can transmit the same data rates as 12-fiber cables.
• In 10G-40G, 40G-100G connections, 12-fiber MTP/MPO cables are the earliest developed and most commonly used solutions. It will result in low fiber utilization if they are used in 40G QSFP+ or 100G QSFP28 transceivers.

• Between CFP-to-CFP transceivers, 24 fiber MTP/MPO cables are typically used to establish 100GBASE-SR10 links.
• The 16-fiber MTP/MPO cable uses the same ferrule as MT (mechanically transferable) cables, aggregates multiple 8-fiber parallel transceivers, and couples directly to 400G QSFP-DD and OSFP fiber links.

This MPO multimode OM3 addresses the polarity issue with this high-density MPO cabling system. A key-up reversed connection is made between opposing connections.

Among these 12 pins,1 to 4 act as Transmit (tx) and 9 to 12 pin port act as Receiver (Rx) remaining 5 to 8 pin are not used. 

PRODUCT FEATURES

MT ferrules and metal guide pins combine with precisely sized housings in MPO connectors for maximum performance. In general, it is below 0.15 dB IL, typically at 0.35 dB

In applications with reduced radius, like in residential or office environments where bend sensitivity is low, BIF cable is designed to offer better bend performance.

When exposed to high heat sources, the jacket emits limited smoke and no halogens. In compliance with IEC-60332-1 and IEC-61034, this LSZH cable was designed and tested.

INDEX OF PERFORMANCE

ORDERING INFORMATION