SKU: 11MTP-OM4-BF08LCU-XX
MTP® OM4 To LCU*4 Duplex Multi-Mode 8 Fibers OFNP Breakout Cable Type B
| Part No. | Length |
|---|---|
| 11MTP-OM4-BF08LCU-01 | 1 m |
| 11MTP-OM4-BF08LCU-03 | 3 m |
| 11MTP-OM4-BF08LCU-05 | 5 m |
| 11MTP-OM4-BF08LCU-10 | 10 m |
| 11MTP-OM4-BF08LCU-15 | 15 m |
| 11MTP-OM4-BF08LCU-20 | 20 m |
| 11MTP-OM4-BF08LCU-30 | 30 m |
| 11MTP-OM4-BF08LCU-04 | 4 m |
| 11MTP-OM4-BF08LCU-07 | 7 m |
| 11MTP-OM4-BF08LCU-08 | 8 m |
OM4 50/125 MTP® Female To LCU*4 Duplex Multimode 8 Fibers OFNP Breakout Optic Cable Type B, Aqua
100% Compatibility
Plug & Play
Reliable Connection
Stable Performance
RoHS Compliant
Eco Friendly
Description
Description
OM4 MTP® TO LCU*4 MULTI-MODE 8 FIBERS ONFP BREAKOUT CABLE TYPE-B, AQUA
- MTP® OM4 push-pull breakout cable is designed for high-density connectors and various cable configurations. It is an ideal solution for multi-fibers termination in high-density networks for better space saving and less expensive installation or maintenance costs.
- OM4 fiber cable features higher bandwidth and transmission rates than OM3 cable.
- OFNP (Plenum) rated fiber cable is ideal for use in the plenum space of commercial/residential buildings.
- The MTP® connector is fully compatible with MPO connector standards with the integrated push-pull mechanism and higher performance.
- Connection type B (Reverse), key up to key up.
- Corning® glass 50μm core and 125μm cladding.
- Dust protective cap included
- 3D test requirement: 100%
- UL listed
| Fiber Connector A: | US Conec MTP® Elite Female |
| Fiber Connector B: | LC/UPC * 4 |
| Fiber Mode: | OM4, Multimode, 50 / 125 |
| Fiber Count: | 8 Fibers |
| Polish Type: | UPC to UPC |
| Insertion Loss: | MTP/UPC: ≤ 0.35 dB; LC/UPC: ≤ 0.20 dB |
| Return Loss: | MTP/UPC: ≥ 20 dB; LC/UPC: ≥ 30 dB |
| Type (Method): | Type B |
| Jacket OD (MTP): | 3.0 mm |
| Jacket OD (LCU): | 2.0 mm |
| Breakout Length: | 0.5 m |
| Jacket Material: | OFNP (Plenum) |
| Jacket Color: | Aqua |
| Glass Core: | Corning Clearcurve |

Example of MTP set up with 10G network with server and switches
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