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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 3m (10ft)
Specifications
This high-performance MPO-LC cable uses 8-core OM4 multimode fiber optimized for high-bandwidth applications such as 10G, 25G, and 40G Ethernet. The female MPO connector allows easy integration with standard MPO trunks, while the LC/UPC connectors provide seamless access to network gear. With an ultra-low insertion loss of 0.35dB Max, it supports low-latency data transmission over short links. The 3.0mm outer jacket is OFNP-rated, making it suitable for use in air plenums and HVAC spaces where flame resistance and low smoke generation are required. Whether you're upgrading a data center or expanding enterprise connectivity, this patchcord offers a safe, fast, and standards-compliant solution.
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
Incorrect polarity in the MPO connector can lead to misalignment of transmit and receive signals between devices. This can result in no data transfer or poor performance. Ensuring the correct polarity is crucial for proper communication between network devices, especially in high - speed applications where precise signal alignment is required.?
Type A: In Type A polarity, the fiber mapping is straight - through, meaning that fiber 1 in the MPO connector on one end corresponds to fiber 1 in the MPO connector on the other end (1-1, 2-2, etc.).?
Type B: Type B polarity has a reversed fiber mapping. For example, fiber 1 in the MPO connector on one end corresponds to fiber 12 in the MPO connector on the other end (1-12, 2-11, etc.).?
Type C: Type C polarity has a more complex pinned - out mapping, where fibers are cross - connected in a specific pattern, such as 1-4, 2-3, 5-8, 6-7, etc.?
The cost of this patchcord is influenced by several factors. The use of OM4 fiber, which offers higher performance, is more expensive to manufacture than lower - grade multimode fibers. The MPO connectors, with their precise alignment requirements and ability to handle multiple fibers, are also more complex and costly to produce. Additionally, the fanout design, which requires careful assembly of multiple LC connectors, adds to the manufacturing cost.?
Yes, especially in high-speed networks (100Gbps and above) or where long-distance transmission is required. Lower insertion loss ensures more reliable data transmission with fewer errors, reducing the risk of network downtime. The higher upfront cost is often offset by improved network performance and reduced maintenance costs.?
Regular maintenance includes cleaning the connectors to remove dust and dirt, inspecting the cable for physical damage (such as cuts, kinks, or cracks in the jacket), and ensuring that the connectors are properly seated and latched. It's also important to avoid excessive bending or pulling on the cable.?
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