SATA disk array card data cable

 A new generation of SAS storage interfaces and a new Mini-SAS HD portfolio. The product meets signal bandwidth requirements from 6Gb/s to 12Gb/s or the corresponding SAS 2.1 and proposed SAS 3.0 industry standard signal specifications.

The system also offers a greater linear board port density (port to port 11 mm) than the previous SAS interconnect system (port to port linear port density of only 19.01 mm). The Mini-SAS HD products are fully compliant with the SFF-8643 (internal applications) and SFF-8644 (external applications) industry specifications. The internal and external plate connection types available include 1X1 (4X), 1X2 (8x) and 1X4 (16X) configurations, giving the end customer choice and design flexibility.

      Host/Controller connector: Mini-SAS HD SFF-8644 male with latch

Target/backplane connector: 4 x 29 pin Mini-SAS HD SFF-8482 male with latch

1. Power supply: 4x large 4PIN power supply

2. Wire: 30AWG silver-plated copper impedance 100 ohms

3. Length: 0.5 m

4. Fire prevention: VW-1

5. RoHS compliant

If you are looking for a data cable to connect a SATA disk array card to hard drives or SSDs, you would typically need a SATA data cable. These cables are used to establish a connection between the SATA disk array card and the individual storage drives in the array.

Here are the key features to consider when selecting a SATA data cable for a disk array card:

SATA Version: Ensure that the cable supports the SATA version of your disk array card. For modern systems, SATA III (6.0 Gbps) is the most common version. However, if your disk array card or drives are older, you may need SATA II (3.0 Gbps) or SATA I (1.5 Gbps) cables.

Cable Length: Choose a cable with a suitable length for your specific setup. SATA cables come in various lengths, typically ranging from 6 inches to several feet. It's important not to use excessively long cables to avoid signal degradation.

Locking Mechanism: Some SATA cables come with a locking mechanism that helps secure the connection between the cable and the SATA ports on the disk array card and drives. This can prevent accidental disconnections.

Quality and Shielding: Ensure that the cable is of good quality and has proper shielding to minimize electromagnetic interference and ensure reliable data transfer.