Cabo SFP+ CBO 2032247-4-BL 3 m macho-macho 10 Gbit/s

SFP+ cable CBO 2032247-4-BL is a 3 m male-to-male direct-attach copper cable engineered for 10 Gbit/s links between compatible SFP+ ports. Intended for short-reach interconnections in data centers, server racks and high-performance LAN equipment, the cable delivers low-latency, low-power transmission with plug-and-play connectivity and a compact form factor that fits standard SFP+ cages.

Advantages

The cable provides native support for 10 Gbit/s data rates with minimal setup required, eliminating the need for separate transceivers. Its fixed-length, shielded twinax construction reduces electromagnetic interference and ensures predictable signal integrity for short-distance links. The male-to-male SFP+ connectors are keyed to standard slots, enabling straightforward hot-plug installation and consistent mechanical stability in rack environments.

Suitable for

• Interconnecting switches and routers within a rack or between adjacent racks
• Direct connections between servers and network interface cards (NICs)
• High-speed uplinks in top-of-rack and end-of-row deployments
• Low-latency links for virtualization hosts and storage arrays

Key specifications

• Data rate: 10 Gbit/s
• Length: 3 meters
• Connector type: SFP+ male-to-male (fixed twinax cable)
• Cable type: Shielded twinax copper suitable for short-reach
• Latency: optimized for low-latency transmission over short distances

How to use

Connect each SFP+ plug to the corresponding SFP+ port on network equipment, ensuring the connector latch engages in the port cage. No additional transceivers or configuration are typically required; the host devices detect the direct-attach cable automatically. For best results, route the cable to avoid sharp bends and secure it within the rack to prevent stress on the connectors.

Recommendations

Use this 3 m SFP+ direct-attach cable for short-distance links inside racks or between adjacent racks. Verify compatibility with the equipment vendor's supported cable list if device-level passthrough or specific firmware limitations apply. Avoid tight bends, excessive pulling force, and exposure to moisture or corrosive environments to maintain signal integrity and connector life.