SFP+ Cable CBO 74752-2101-BL 1 m Male-to-Male 10 Gbit/s

Direct-attach SFP+ cable CBO 74752-2101-BL is a 1 m Male-to-Male high-speed copper assembly designed for short-range 10 Gbit/s links between switches, servers and other SFP+ ports. This SFP+ cable delivers a low-latency, plug-and-play connection without separate transceivers, simplifying rack-to-rack and server uplink installations in data centers and network closets.

Advantages

The cable supports a 10 Gbit/s data rate over a 1 m length with Male-to-Male SFP+ connectors, offering a compact and cost-effective cabling option for short-range interconnects. Its direct-attach design reduces power consumption and eliminates the need for separate optical transceivers, while providing predictable latency and high signal integrity for aggregated links and server connections.

Suitable for

• Short-range connections between network switches
• Server to top-of-rack or end-of-row switch uplinks
• Rack-to-rack interconnects in data centers
• High-density SFP+ port deployments requiring low latency

Key specifications

• Connector type: Male-to-Male SFP+
• Data rate: 10 Gbit/s
• Cable length: 1 m
• Transmission medium: Direct-attach copper assembly (no transceiver required)
• Typical use range: short-reach / within rack or adjacent racks

How to use

Install the SFP+ cable by inserting each Male connector into the matching SFP+ port on the devices to be connected. Ensure both devices support direct-attach SFP+ copper cables and that ports are powered down or follow hot-plug guidance from the device vendor if required. Once connected, verify link status and configured speed on each device; the connection is plug-and-play in most standard network equipment.

Recommendations

Use this 1 m SFP+ direct-attach cable for short, high-throughput links where minimizing latency and power consumption is important. Avoid bending the cable sharply, maintain recommended bend radius, and keep connections clear of obstruction and excessive heat sources. For longer distances or optical isolation needs, consider optical transceivers and fibre cabling instead.