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Description
Cisco-Compatible GLC-TE SFP Transceiver - 10/100/1000Base-TX, Copper, RJ45, Cat6, 328.08 ft. (100 m)
Tripp Lite N286-01GLC-TE Cisco-Compatible GLC-TE SFP Transceiver - 10/100/1000Base-TX, Copper, RJ45, Cat6, 328.08 ft. (100 m). SFP transceiver type: Copper, Maximum data transfer rate: 1000 Mbit/s, Interface type: SFP. Product colour: Silver, Country of origin: China, Brand compatibility: Cisco. Width: 13.5 mm, Depth: 68.1 mm, Height: 8.4 mm. Number of products included: 1 pc(s), Package width: 144.8 mm, Package depth: 78.7 mm. Master (outer) case width: 185.4 mm, Master (outer) case length: 149.9 mm, Master (outer) case height: 101.6 mm
SFP Transceiver for Connecting Copper Cabling to Your Cisco Network Switch or Router This SFP transceiver allows you to connect a copper Cat6 cable to a 10/100/1000 Mbps fiber network router, server or switch. It transmits data up to 328.08-ft. (100 m) and supports bi-directional Gigabit Ethernet communication up to 1.25 Gbps.
Functionally Equivalent to Cisco GLC-TE Transceiver Module The MSA-compliant N286-01GLC-TE functions just like the equivalent Cisco GLC-TE transceiver module and is manufactured to meet or exceed Cisco specifications. You can use this transceiver with any compatible Cisco router, server or switch and receive the same performance as the GLC-TE.
Hot-Swappable for Installation Without Network Interruption This input/output device is fully hot-swappable, so you can install it without a potentially costly 10/100/1000 Mbps network shutdown or device reboot. Just plug the SFP end of the transceiver into your Cisco network device. The other end has an RJ45 connector to link with high-speed Cat6 patch cable (sold separately). A convenient bail clasp latch helps you carefully remove the module from the device.
Premium Features for Superior Performance The auto-sensing RJ45 port supports auto-negotiation and automatic MDI/MDI-X crossover to match the other end of the connection. The transceiver's zinc housing protects against electromagnetic interference (EMI) and excessive power dissipation.
