Quick tech specs
- 40/100GbE Ethernet cable extends high-density connections between network components in enterprise applications in wiring closets/ telecom rooms and data centers
- Backward compatible with 10/25/40 Gb networks to facilitate future-proofing
- Lifetime Tripp Lite Warranty
- OM4-rated cable recommended for 100Gb speeds up to 100 m (@ 1300 nm)
- Magenta LSZH jacket allows easy ID in a crowded switch or patch panel
Know your gear
The N845B-20M-12-MG OM4 MPO to MPO Fiber Patch Cable is a 20-meter patch cable that supports 40/100 Gb Ethernet speeds and is designed for high-density connections between network equipment in telecommunication rooms and data centers. With 2 MTP/MPO connections, this OM4-rated Multimode fiber optic cable allows IT professionals to extend the length of their connection and eliminate the need for long fan-out cables or individual long duplex cable runs. The Base-8 fiber cable is compatible with both QSFP+ 40GBASE-SR4 and QSFP28 100GBASE-SR4 connections and backward compatible with existing 50/125 fibers.
The 12-fiber MTP/MPO connectors are about the same size as SC connectors, but are 12x denser, freeing up circuit card and rack space for other cables. This fiber cable is also 100% tested for insertion loss and back reflection testing on every connector and attenuation loss that meets or exceeds current standards.
Backward compatible with existing 50/125 fiber, the N845B-20M-12-MG has 50/125 duplex glass fiber construction, as well as a LSZH jacket for connecting high-speed network components in ceilings, walls and ducts.
The 12-fiber MTP/MPO connectors are about the same size as SC connectors, but are 12x denser, freeing up circuit card and rack space for other cables. This fiber cable is also 100% tested for insertion loss and back reflection testing on every connector and attenuation loss that meets or exceeds current standards.
Backward compatible with existing 50/125 fiber, the N845B-20M-12-MG has 50/125 duplex glass fiber construction, as well as a LSZH jacket for connecting high-speed network components in ceilings, walls and ducts.
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