Lenovo 10GBASE SR SFP+ Optical Transceiver Module (46C3447)

The Lenovo 10GBASE SR SFP+ Transceiver is designed to provide high speed fiber network connectivity for Lenovo servers and networking equipment used in enterprise and data center environments. It enables reliable communication between servers, switches and storage systems across high speed network infrastructure.

The module supports 10 Gigabit Ethernet connectivity and uses the SFP+ interface which is commonly used in modern data center networking hardware. This allows it to be installed into compatible SFP+ ports on servers, switches and network adapters.

The transceiver uses the 10GBASE SR networking standard which is designed for short range fiber connections over multi mode fiber cables. It operates at an 850 nm wavelength and supports network transmission distances of up to approximately 300 meters depending on the fiber type used.

The module uses a duplex LC fiber connector and supports high speed bidirectional communication for data center networks. It is designed as a hot plug module which means it can be inserted or replaced without shutting down the system or network device.

SFP+ optical transceivers are commonly used in enterprise environments where servers and network switches require reliable high bandwidth connectivity. These modules are frequently deployed in virtualization platforms, high performance computing environments and cloud infrastructure.

With its compact design and reliable fiber connectivity, the Lenovo 10GBASE SR SFP+ Transceiver provides a dependable networking component for high speed data center communication.

Key Features

Model: Lenovo Optical Transceiver (46C3447)

Type: SFP+ Optical Transceiver

Network Standard: 10GBASE SR

Data Transfer Speed: 10 Gigabit Ethernet

Interface: SFP+

Wavelength: 850 nm

Maximum Distance: Up to 300 meters

Connector Type: Duplex LC Fiber

Compatibility: Lenovo ThinkSystem Servers and Network Switches

Usage: Data center networking, server connectivity, high speed fiber network infrastructure