12cores Multimode Om4 Customized Length Fiber Optical MPO Patch Cord

• Customization: Available
• Type: MPO-MPO
• Certification: CE, ISO, RoHS
• Model NO.: MPO/F-MPO/F 12 Cores Multimode OM4 Type B
• Condition: New
• Color: Magenta
• Length: Customized Lengths
• Use: Datacenter
• Weight: 0.5kg
• Transport Package: Package
• Specification: 8*8*5
• Trademark: KEXINT
• Origin: Guangdong, China
• Production Capacity: 5000 Pieces/Week
• Package Size: 10.00cm * 10.00cm * 5.00cm
• Package Gross Weight: 1.000kg

Product Description

Product Description

The MPO-MPO optical fiber cord is mainly applied to the main computer room for high-speed equipment. The MPO-MPO optical fiber patch cord adopting the parallel 4TX channels meets the standars of QSFP+SR4 4*10Gb interface and is applied to trasmission and connection of 40Gb(QSFP). Moreover, the MPO-MPO optical fiber patch cord adopting the parallel 10TX and 10RX channals meets the standard of CXP+SR10 10*Gb interface and is applied to transmission and coonection of 100Gb(CXP)

The OM3 multimode optical fibers can be selected in accordance with the different configuration requirements of the user. The bending radius of the smaller trunk optical fiber is carried out due yo the novel round and special structure with small external diameter; thus, the patch cord can be stored and laid conveniently and quickly.

Feature

LSZH cables make little smoke and no halogen for horizontal structural cabling areas.

The female (without pins) connector can be directly connected to transceivers or other male connectors.
The male (with pins) connector is mated to the female side for adapters, cassettes or panels connection.

Specification

Fiber Type	OM4 50/125μm
Fiber Count	12 Fibers
Jacket Color	Magenta
Place of Origin	China
Cable Outside Diameter	3 mm
Minimum Bend Radius	7.5mm
Wavelength	850/1300nm
Connector Type	MPO/F to MPO/F Low Loss/Standard Loss LC/SC/FC/ST
Insertion Loss	0.35dB Max
Return Loss	≥20dB
Length	Customized Lengths
Outer Jacket	LSZH

Test

IL and RL Testing
Test insertion loss and return loss of cables to ensure the reach and stable signal transmission.
3D Interferometer Testing
Test connectors or ferrules of cables to ensure apex offset, the radius of curvature, and fiber height within the expected ranges
and successful connection of fiber optic lines.
End-Face Inspection
Inspect the connector end face for scratches, defects, and contamination to keep the tips clean, which improves communication
quality and reliability and keeps the network uptime.

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