12 Fiber MPO Female Connector Patch Cord OM4 50/125um Elite Loss 0.35dB Purple

Product Specification

12 Fiber MPO Female Connector Patch Cord OM4 50/125um Elite Loss 0.35dB Purple Polarity A

MPO/MTP fiber optic patch cable consists of multi core fiber optic cable and corresponding 4/8/12/24 core high density MPO MTP connector. The connector might be female or male with guide pin. The cable from 4-144core, single mode or multi mode, the single mode fiber including G652D G657A G657A2, the multi mode fiber including 62.5/125um. 10G OM2/OM3/OM4, OR BENDING INSENSITIVE 10G multi mode cable.

12 Fiber MPO Patch Cord Features

1. High Performance in IL & RL
2. 4,8,12 and 24 fiber connector terminations and assemblies
3. Designed for low loss and standard loss SM and MM applications
4. Economical solution for mass-termination of fiber
5. Suitable for MPO/MTP application
6. Ruggedness round cable, oval cable and bare ribbon options available
7. Color coded housings available to differentiate fiber type, polish type
8.  and/or connector grade

MPO/MTP Cable Solution Specification

Appearance and other features:

Fiber cable color: purple with color-coded housing to distinguish fiber type, polishing type and/or connector grade.
Fiber optic patch cable type: 12-color bundled cable, available in round cable, oval cable and bare ribbon, suitable for MPO/MTP application scenarios.

LSZH optic patch cords : In the event of a fire, it can greatly reduce smoke and toxic emissions and improve safety.

Fiber optic patch cables length: Provide a variety of lengths from 1 meter to 50 meters to meet different installation needs

12Fiber MTP Patch Cord Application

• Optical switching inter-frame connections
• High fiber density card edge access
• Array trunk cables
• Data center cabling

MPO Connector Polarity Configurations

MPO connectors have two characteristics that enable them to change the path of optical signals 

(signal polarity). First, MPO connectors hold a group of fibers in fixed positions relative to some 

keying feature. Second, they can be used to construct patch cords in two different orientations,

either key-up/key-up or key-up/key-down.

 Key-up/Key-Down Construction

When a patch cord is constructed in a key-up / key-down configuration, the fiber arrangement 

on both connectors is identical about the vertical axis (the fiber arrangement is not mirrored). 

For example, on connector A the blue fiber is to the left with the key up, and on connector B 

the blue fiber is also to the left with the key up. Signals input on the left side of connector A 

will be output on the left side of connector B.

Key-up/Key-down Patch cords Do Not Mirror About the Vertical Axis

Fiber patch cables application Scenarios:

• Data Centers:Ideal for connecting switches, servers, and storage systems within high-speed data center environments, supporting 40G/100G Ethernet applications.
• Enterprise Networks:Provides robust solutions for corporate network setups that require efficient and reliable data transmission.
• Telecommunication Networks: Suitable for use in telecommunications rooms where high fiber density and compact cabling are essential.
• Broadcast and Media Industries: Supports high-speed data transfer necessary for broadcasting applications and media content delivery.
• Cloud Computing Infrastructure:*Facilitates rapid data processing and connectivity in cloud service data centers, ensuring minimal latency and high throughput.