Tripp Lite by Eaton N286-40G-ESR4-G QSFP+ Module - For Optical Network, Data Networking, Server, Switching Network - 1 x 400GBas

Tripp Lite by Eaton N286-40G-ESR4-G QSFP+ Module - For Optical Network, Data Networking, Server, Switching Network - 1 x 400GBase-SR4 Network - Optical Fiber - Multi-mode - 40 Gigabit Ethernet - 400GBase-SR41312.34 ft (400000 mm) Maximum Distance - Hot-swappable

QSFP+ Transceiver for Connecting to Your Network Switch or Server

This QSFP+ transceiver allows you to connect a multimode fiber optic cable to a 40 Gbps network router, server or switch. It transmits data up to 400 meters (1312 feet) using an 850 nm wavelength. The zinc housing protects against electromagnetic interference (EMI) and excessive power dissipation.

Functionally Equivalent to QSFP-40G-SR4 Transceiver Modules

The MSA-compliant N286-40G-ESR4-G functions just like equivalent 40GBase-SR4 transceiver modules and is manufactured to meet or exceed those specifications. You can use this transceiver with any compatible router, server or switch and receive the same performance as the QSFP-40G-SR4.

Hot-Swappable for Installation Without Network Interruption

This input/output device is fully hot-swappable, so you can install it without a potentially costly 40 Gbps network shutdown or device reboot. Just plug the QSFP+ end of the transceiver into your network device. The other end has an MTP/MPO connector to link with multimode fiber optic cable (sold separately). A push/pull tab connector is easily accessible in high-density data center applications and makes the plugand-play transceiver easy to install and remove with one hand.

Supports Digital Diagnostic Monitoring (DDM) for Real-Time Status Monitoring

DDM support lets you keep track of operating information in real time, such as transceiver temperature, input and output power and supply voltage.

Features

• Supports optical fiber cable for durable performance, minimal signal loss, and fast data transfers to greater distances
• 40Gigabit Ethernet - Designed to provide high-performance Ethernet connection while minimizing power and CPU cycles' utilization
• Typically used for short distance, multi-mode fiber optic is ideal to carry data and transmit audio/video applications within a building