Copper Transceiver Module BlueOptics R0R41B-BO 10000 Mbit/s SFP+

The BlueOptics R0R41B-BO is a copper SFP+ transceiver module designed for reliable 10 Gbit/s connectivity in network equipment that supports SFP+ ports. With a compact form factor and a beige housing, this module offers a straightforward, hot-pluggable solution for short-reach copper links and server or switch uplinks. The transceiver supports a maximum data transfer rate of 10000 Mbit/s and is lightweight, making it easy to handle during installation or maintenance.

Advantages

The copper transceiver provides compatibility with devices featuring SFP+ interfaces and enables high-speed 10 Gbit/s data transmission without the need for fiber cabling. Its compact SFP+ form factor supports hot-swap installation, reducing downtime when replacing or upgrading modules. The module's low weight and standard connector design simplify deployment in racks, switches, and servers while maintaining predictable electrical performance for short-distance links.

Suitable for

• Short-reach 10 Gbit/s connections between switches and routers
• Server uplinks and top-of-rack switch connectivity
• Data center patching where copper SFP+ links are preferred
• Network equipment upgrades requiring SFP+ copper modules

Key specifications

• Interface type: SFP+
• Maximum data transfer rate: 10000 Mbit/s
• Product colour: beige
• Weight: 0.02 kg

How to use

Insert the BlueOptics SFP+ copper transceiver into an SFP+ slot on a compatible switch, router, or network adapter while the host device is powered per the manufacturer's recommended procedure for hot-plug modules. Connect an appropriate copper cable (compatible with the SFP+ electrical interface) between the transceiver and the remote device. Verify link status through the host device's management interface and check for established 10 Gbit/s negotiation and proper signal integrity before placing the link into production.

Recommendations

Ensure the host equipment supports copper SFP+ modules and that firmware or driver versions are up to date for best interoperability. Use certified, high-quality copper cables and avoid excessive bending near connectors. For distances and environments beyond short-reach copper specifications, consider using fiber transceivers instead.