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QSFP MTP MPO 12 Male Trunk Cable OM4 Backbone 400G 50um Violet QSFP

MPO to MPO Trunk Cable is good for fast data center or fiber infrastructure implementation. It is used to bridging among MPO cassette or fan out fiber patch cable among MDA, HAD and EDA. The high efficient plug and play patch cable structure remarkably reduced the initial installation and daily maintenance cost. Yingda MTP MPO trunk cable adopts selected fiber cable and MPO components, with low insertion loss, high return loss, fully meet the requirement of high speed data network.

Description

MPO to MPO Trunk Cable Associated Standards:

Ø Meets IEC Standard 61754-7& JIS C5982

Ø Structured cabling per TIA-568-C

 

MPO to MPO Trunk Cable  Features

Ø Backbone installation

Ø Choice of either both ends with pins (Male type) or both ends without pins (female type)

Ø Fiber counts available in 12/24/36/48/72/96/144 fibers

Ø Round & mini-core cable structure to eliminate bend sensitivity and save space

Ø Available in single mode G 652 D and G 657, multimode OM2, OM3, OM4 fiber

Ø Optional pulling eye design to fit for different installation environment

 

Parallel Optics

– Optical Internetworking Forum (OIF) Compliant

– Infiniband Compliant

 

Infiniband

– 10G Fiber Channel Compliant

– 40G,100G, 400G, 800G

– QSFP

 

MPO Truck Cable Application:

Ø Optical switching interframe connections

Ø High fiber density card edge access

Ø Array trunk cables

Ø Data center cabling

 

Trunk Cable Structure:

Fiber Optic Truck Cable structure

Specification

Optical Parameters
Insertion loss (dB) SM standard SM Elite MM standard MM Elite
≤0.7 ≤0.35 ≤0.7 ≤0.35
Return loss(dB) ≥60 ≥6020
Durability (dB) ≤0.2 500times mating
Tensile strength(kgf) 10
Working temperature (℃) -20 ~+70
Measurement wavelength(nm) 1310 850
Geometry parameters
Item X-axis Y-axis
Min Max Min Max
Radius of cruvature (mm) 500 50
Polishing angle 0-0.2 0+0.2 8-0.2 8+0.2
Item Min Max
Fiber height (nm) 1000 3000
Max fiber height error(nm) 600
Adjacent fiber height error(nm) -300 +300
Avg. Fiber height error (nm) -300 +300
Central concave (nm) 300

 

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