Quick tech specs
- Network cable
- 10 m
- duplex
- OS2
- halogen-free
- LC single-mode (M) switchable to LC single-mode (M) switchable
- fiber optic
- 9 / 125 micron
- OFNR
- yellow
Know your gear
OFNR-Rated to Support 400 Gbps Applications
The N370X-10M Switchable LC/LC Fiber Patch Cable is a 10-meter patch cable that supports 400 Gbps Ethernet speeds and is designed for high-density connections between network equipment in telecommunication rooms and data centers. With a male LC connector on both ends, this fiber patch cable allows IT professionals to extend the length of their connection and eliminates the need for long fan-out cables or individual long duplex cable runs. The LC/LC extension can be used with Tripp Lite High Density patching systems, in particular the LC/LC Pass-Through Cassette, such as the N484-12LC.
Switchable LC/LC Connectors for Flexible Setups
This LC/LC patch cable includes switchable LC connectors in order to change polarity of the cable. This results in more possible applications for this single product. The N370X-10M fiber cable also has documented insertion loss and back reflection testing on every connector and attenuation loss that meets or exceeds current standards.
The N370X-10M Switchable LC/LC Fiber Patch Cable is a 10-meter patch cable that supports 400 Gbps Ethernet speeds and is designed for high-density connections between network equipment in telecommunication rooms and data centers. With a male LC connector on both ends, this fiber patch cable allows IT professionals to extend the length of their connection and eliminates the need for long fan-out cables or individual long duplex cable runs. The LC/LC extension can be used with Tripp Lite High Density patching systems, in particular the LC/LC Pass-Through Cassette, such as the N484-12LC.
Switchable LC/LC Connectors for Flexible Setups
This LC/LC patch cable includes switchable LC connectors in order to change polarity of the cable. This results in more possible applications for this single product. The N370X-10M fiber cable also has documented insertion loss and back reflection testing on every connector and attenuation loss that meets or exceeds current standards.
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