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Fiber Optic Patch Cable|Fiber Optic Patchcord MPO-LC/UPC Female 8 Cores Type B Multimode OM4 Corning Low Loss 0.35dB Max 3.0mm OFNP Plenum 7m (23ft)
Specifications
This MPO fanout cable is a high-efficiency breakout cable for structured cabling environments requiring top performance and plenum safety. The OM4 multimode fiber offers superior bandwidth over short distances, while the low insertion loss of 0.35dB Max ensures robust signal quality. The female MPO connector is compatible with male trunk cables or MTP modules, and the LC/UPC ends provide a reliable interface to optical equipment. Its 3.0mm OFNP plenum-rated jacket ensures fire safety in ceiling ducts and air returns. Type B polarity maintains channel consistency, supporting quick deployment in dense environments such as enterprise racks, server farms, and core switching areas.
Connector A
MPO Female
Connector B
LC/PC
Fiber Count
8 Fibers
Glass Fiber
OM4
Polish Type
PC to PC
Cable Jacket
PVC-OFNP (Plenum)
Wavelength
850/1300nm
Polarity Type
Type B
Trunk Outside Diameter (OD)
3.0mm
Tensile Strength (Long/Short Term)
110/370N
MPO Insertion Loss
≤0.35dB
LC Insertion Loss
≤0.30dB
MPO Return Loss
≥25dB
LC Return Loss
≥35dB
Min. Bend Radius (Fiber Cable)
20/10D (Dynamic/Static)
Minimum Bend Radius (Optical Fiber)
10mm
Operating Temperature
-20 to 60°C
Storage Temperature
-20 to 60°C
Videos
Applications
FAQ
OM5 fiber (also known as wideband multimode fiber) offers even higher bandwidth and can support longer distances for higher data rates compared to OM4. If you anticipate needing to support very high data rates (400Gbps and above) over longer distances in the future, OM5 may be a better choice. However, OM5 is more expensive than OM4, so it's a trade-off between performance and cost.?
Upgrading is relatively straightforward, as it involves replacing the old patchcord with a new one. The process is similar to installing the original patchcord, requiring proper cleaning and alignment of the connectors. It's important to ensure that the new patchcord is compatible with the existing network equipment.?
Yes, as data centers and enterprise networks continue to grow and require higher bandwidth and faster data rates, the demand for high-performance multimode fiber patchcords like the MPO-LC OM4 fanout patchcord is expected to increase. The need for high-density cabling solutions will also drive demand for these patchcords.
Yes, many components of MPO-LC OM4 fanout patchcords are recyclable. The glass fibers can be recycled, and the plastic components (such as the connectors and jacket) can often be recycled through specialized recycling programs. It's important to check with local recycling facilities to see if they accept fiber optic cables.?
The production of fiber optic patchcords involves the use of materials such as glass, plastic, and metals, and energy consumption. However, reputable manufacturers are increasingly adopting sustainable practices, such as using recycled materials, reducing energy use, and minimizing waste, to reduce the environmental impact.?
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