SFP Transceiver BlueOptics OM-SFP-Gigabit-Single-mode-80 10000 Mbit/s Copper

The BlueOptics OM-SFP-Gigabit-Single-mode-80 is a compact copper SFP transceiver designed for high-speed networking. Supporting data rates up to 10000 Mbit/s and a single RJ-45 port, this silver-coloured module provides a small-form-factor solution for connecting 10 Gigabit Ethernet equipment. Its lightweight design (approximately 20 g) and compatibility with Dell networking devices make it suitable for rack-mounted switches, servers and media converters where space and form factor compatibility matter.

Advantages

This SFP transceiver delivers a high maximum data transfer rate of 10000 Mbit/s while maintaining a compact and lightweight profile. The single 10 Gigabit Ethernet RJ-45 interface simplifies integration into existing copper-based network links without requiring large adapters. Its neutral silver finish supports professional deployments and the module’s form factor ensures compatibility with standard SFP ports on compatible Dell equipment.

Suitable for

Key specifications

How to use

Insert the BlueOptics OM-SFP-Gigabit-Single-mode-80 module into a compatible SFP slot on your network switch, server or media converter with the connector oriented according to the host equipment manual. Connect a suitable Cat6a/Cat7 copper cable to the RJ-45 port for 10 Gigabit operation. Confirm link negotiation and speed in the host device’s management interface and verify that the connected port is configured for the required duplex and speed settings. Power down the host and remove the module only according to the equipment manufacturer’s instructions to avoid hot-swap issues if the host does not support hot-plug.

Recommendations

Use high-quality shielded copper cabling (Cat6a or better) for reliable 10G performance and keep copper runs within the specified maximum distance of 30 m. Verify compatibility lists for your host equipment, ensure firm seating of the module in the SFP port, and monitor link status after installation to confirm correct operation.