Tripp Lite eSATA, SATA-II External Signal Shielded Cable (7Pin/7Pin), 2M (6.56 ft.)

Overview

The Tripp Lite P950-02M is an external signal shielded cable designed to connect eSATA storage devices to host controllers with reliable performance. It supports data transfer rates up to 6 Gbps, making it suitable for modern solid state drives and large hard drive arrays. With a length of two meters (6.56 feet), it provides ample flexibility to position external drives or docking stations conveniently in various setups.

Key features

• Supports high-speed data transfers up to 6 Gbps to keep pace with demanding storage devices
• Double shielded design effectively blocks electromagnetic and radio frequency interference for error-free data transmission
• Two meter length allows flexible placement of external drives in offices, studios, or server rooms
• Molded connectors ensure durability and withstand repeated plug-and-play cycles
• Constructed to meet RoHS compliance standards, reflecting environmentally responsible manufacturing

Key specs

• Cable length: 2 meters (6.56 feet)
• Connector type: 7-pin eSATA to 7-pin eSATA
• Data transfer rate: up to 6 Gbps
• Shielding: double shielded for EMI and RFI resistance
• Compliance: RoHS

Connectivity and compatibility

This cable is designed to link external SATA storage devices such as enclosures, docking stations, or backup drives to compatible host controllers. Its 7-pin eSATA connectors provide a secure and stable connection, suitable for use with a wide range of eSATA-enabled devices commonly found in professional and personal computing environments.

Ideal uses and environments

The P950-02M fits well in setups where reliable, high-speed external storage connections are essential. It works well for photo and video editors managing large files, system builders assembling custom storage solutions, and anyone performing regular backups. Its shielding and length make it a strong choice for busy electronic environments like offices, studios, and small server rooms where interference and cable management are concerns.