20 Meter MPO OM4 Multimode 12 fiber female to female Type B fiber optic trunk cable
These OM4 12 Fiber Type B MPO Trunks provide speeds up to 100Gb. These high count trunk cables come pre-terminated with 12 core MPO connectors and provide an easy and efficient way to pull large numbers of fibers in only one cable (up to 144 Fibers available upon request). These trunks can be plugged into any MPO cassette or Distribution frame. They are fully compatible with any MPO system on the market.
MPO OM4 MULTI-MODE 12 FIBERS FEMALE TO FEMALE TRUNK CABLE TYPE B
- OM4 MPO F/UPC to MPO F/UPC 12 Fibers patch fiber trunk cable is a great cost-effective connection solution for high-density networking in places like telecom and data center. The MPO trunk cable serves as the multi-fiber push-on connection solution to connect fiber transceivers, optical fiber adapter panels, and MPO cassettes.
- OM4 fiber cable features higher bandwidth and transmission rates than OM3 cable.
- With an Effective Modal Bandwidth (EMB) of 4700 MHz/km at 850nm.
- Support 10Gb up to 550 meters, 40Gb, and 100Gb up to 150 meters.
- OFNR (Riser) rated fiber cable is ideal for use in the riser space of commercial/residential buildings.
- Compatible with SFP+, QSFP, and QSFP+ transceivers for 10G/40G/100G network
- Connection type B (Reversed), key up to key up.
- Use LED and VCSEL laser light sources.
- Corning® glass 50μm core and 125μm cladding.
- 100% Tested with report included in each cable package.
- Dust protective cap included
- UL listed
| Connector Type: | Type B |
| Trunk Length: | 20 Meter |
| Fiber Connector A: | MPO Female Low-Loss |
| Fiber Connector B: | MPO Female Low-Loss |
| Fiber Mode: | OM4 (100% OM3 Compatible) |
| Fiber Count: | 12 Fibers |
| Polish Type: | UPC to UPC |
| Wavelength | 850nm/1300nm |
| Insertion Loss: | ≤ 0.35 dB |
| Return Loss: | ≥ 20dB |
| Type (Method): | Type B |
| Jacket OD: | 3.0 mm |
| Jacket Material: | OFNR (Riser) |
| Jacket Color: | Aqua |
Do you want or need to learn a bit more about fiber optics before filling your shopping cart? Take some time to navigate our Fiber Optics Explained pages and gather some information to get oriented and make decisions with confidence!
