Cable DAC CBO AT-SP10TW3 3 m cable de cobre de conexión directa pasivo para conexiones de corta distancia servidor/switch

The CBO DAC cable AT-SP10TW3 is a 3 meter passive direct-attach copper (twinax) cable designed for short-range, high-density connections between servers, switches and other network devices. Engineered for data-center and rack deployments where fiber is unnecessary, this pre-terminated twinax assembly provides a low-latency physical link suitable for 10G and 40G class interfaces that support passive DAC connections. The cable is intended to simplify connectivity in top-of-rack and middle-of-row installations while maintaining signal integrity over short distances.

Advantages

This passive direct-attach copper cable delivers cost-effective connectivity with minimal power consumption and very low latency compared with active optical transceivers. Being pre-terminated, it reduces installation time and the potential for assembly errors. The twinax construction ensures consistent electrical performance for short-reach links and supports high-density port configurations commonly found in modern server and switch equipment.

Suitable for

Key specifications

How to use

Verify that both network ports on your servers and switches support passive direct-attach copper (DAC) connections and match the interface speed (10G/40G) before installation. Route the 3 m twinax cable within the rack or between adjacent racks, avoiding sharp bends and excessive strain on the connectors. Insert each pre-terminated end firmly into the corresponding port until it seats and latches. After connection, check link indicators on the devices and confirm negotiated speed and link status through the equipment management interfaces.

Recommendations

Use this passive DAC cable for short, fixed-length links in environments where fiber optics are not required; avoid installation in runs longer than 3 meters and keep the cable clear of sources of mechanical stress or electromagnetic interference. For reliable long-term operation, follow vendor guidelines for bend radius and connector handling, and perform link verification after installation.