Type B LSZH 40GB OM4 MPO Patch Cable Fiber Optic Cable Patch Cord
Fiber Optic Cable Patch Cord 40GB MPO To MPO 12F OM4 Magenta LSZH
With this MTP/MPO fiber cable, you are ready for deployment in any multi mode 50/125 MTP/MPO network. Multi mode 50/125 cables are best used for the push-on connectors hold them securely in place. This multi mode, MTP/MPO fiber cable is comprised of 12 fibers or 6 duplex channels within each connector. These high density cables are perfect when you have limited space and but still want that great fiber connection. It has a magenta, LSZH jacket.
Features of MM OM4 MPO-MPO Patch Cord
• Factory-terminated provide consistent quality, high performance and reduce installation time
• 100% tested for low insertion loss performance and high back reflection
• Fiber Count: 12 fiber trunk cable
• Laser-Optimized multimode OM4 fiber
• Type B polarity, used for 40G QSFP eSR4 and 100G QSFP28 SR4 optics
• Optimized performance – available in elite MTP and discrete premium connector upon request
• Comply with IEC 61754-7, TIA/EIA 604-5, Telcordia GR-1435-CORE and RoHS
• LSZH Jacket by Default
Applications of 12F MPO to MPO Trunk Cable
Fiber Network Deployments
Fast Ethernet
Gigabit Ethernet
Other Data Applications Requiring High Transfer Rates
Specification of OM4 MPO Trunk Cable
Fiber Type | 50/125µm Multimode OM4 | Fiber Count | 12-Fiber |
Connector Type | MPO Female to MPO Female | Polishing | PC to PC |
Cable Length | 1m,2m,3m … 400m or Customize | Cable Diameter | 3.0 mm |
Insertion Loss | ≤0.6dB | Return Loss | ≥20dB |
Polarity | Type B(Crossover) | Durability | ≥200 times |
Jacket Material | LSZH | Jacket Color | Magenta |
Environment | Operating: -20°C to 70°C Storage: -40°C to 85°C | Application | Optical switching interframe connections; High-density fiber card edge access; Array trunk cables; Data Center Cabling |
Geometry Parameters
Measurement | Pass/Fail Limits | |||
Parameters | Min | Max | ||
Radius of Curvature | Long Axel | 2000nm | ∞ | |
Short Axel | 50mm | ∞ | ||
Angle | Long Axel | -0.2° | 0.2° | |
Short Axel | APC | 7.8° | 8.2° | |
PC | -0.2° | 0.2° | ||
Fiber Height | 1000nm | 3000nm | ||
Different Fiber Height | N/A | 500nm | ||
Adjacent Fiber Height | N/A | 300nm | ||
Ferrule Length | 7.9mm | N/A |
Optical Performance
Optical Performance | |||||
Item | Parameters | ||||
MTP/MPO Connector | SM (1310nm/1550nm) | MM (850nm) | |||
Standard | Low Loss | Standard | Low Loss | ||
Insertion Loss | Typical | 0.50dB | 0.20dB | 0.50dB | 0.20dB |
Maximum | 0.70dB | 0.35dB | 0.70dB | 0.35dB | |
Return Loss | ≥60dB for APC | ≥20dB for PC | |||
≥40dB for PC | -- | ||||
Male/Female | Male: with Pins, Female: without Pins |
Standard Package
Product Advantages
◆ We passed many quality system vertification, like ISO, RoHS; and passed the Supplier Audition of the key account.
◆ We have a high production capacity. Standard patch cord capacity is 15,000 connectors/day and MT product capacity is 3000 connectors/day.
◆ Our testing standard is much rigorous. Every cable is tested individually in our production line as well as 100% tested by the QC department.
◆ Our service is qualified. We insist on responsive and knowledgeable service to each customer.
Choose Your Polarity
ORC QC Process Flow Chat
Frequent Q&A
Q: Are MTP and MPO cables the same thing?
A: MTP and MPO cables are essentially the same thing. MPO is the generic name for the connector type while MTP is a registered trademark name and design from Us Connec. The two connector types are backwards compatible and work with all MTP/MPO cassettes and patch panels. The main difference is that MTP was designed for superior mechanical and optical performance over MPO.
Q: What is the difference between OM1 OM2 and OM3 fiber?
A: OM2 can be run further with less loss than OM1 fiber. OM3 fiber can run even further than OM2 cables with less loss. OM3 fiber cables have a bandwidth of 2000 MHz*km. They can support 10GB transmissions up to 300 meters and 40/100GB transmissions up to 100 meters.
Q: Can I use any fiber patch cable in my network or do I have to order a specific type?
A: Whenever you need to add more fiber to an existing network you must match the mode (single mode or multimode) micron size (62.5/125 or 50/125) and connector type.