C2G 36in 7-pin 180° to 90° 1-Device Side Serial ATA Cable
3 ft SATA Data Transfer Cable for Motherboard, Controller, Hard Drive, PCI Card - First End: 1 x 7-pin SATA - Female - Second End: 1 x 7-pin SATA - Female - 6 Gbit/s - Red - 1 Each
36in 7-pin 180° to 90° 1-Device Side Serial ATA Cable
Marketing Information
When connecting serial ATA devices to your motherboard or host controller, you want a permanent solution. The last thing you need is a cable that could fatigue, or even fail over time, because of bending or stress occurring right at the critical connection. Our angled connectors deliver the cable at a more desired angle and are fortified to keep the cable lined up straight. So you'll see less cable bend and fatigue for longer cable life.
SATA 3.0 compatible with transfer rates up to 6 Gbps! This serial ATA cable is especially designed to handle the differential signals implemented in today's technology, while delivering increased throughput and reduced data packet loss.
With our 7-pin, 1-device cable, you'll receive higher data transmission rates, reduced crosstalk, and improved signal integrity.
Plus, this cable reduces overheating and saves internal space within the CPU unit for easy movement when adding or removing hard drives, PCI cards or other adapters. Our serial ATA cable can minimize clutter, increase airflow and maximize your potential transfer rate.
Packaged Quantity
1 Each
Product Type
Data Transfer Cable
Technical Information
Cable Type
SATA
Cable Length
3 ft
Connector Type on First End
SATA - Female
Connector on First End Details
1 x 7-pin SATA - Female
Connector Type on Second End
SATA - Female
Connector on Second End Details
1 x 7-pin SATA - Female
Conductor
Copper
Device Supported
Motherboard
Controller
Hard Drive
PCI Card
Data Transfer Rate
6 Gbit/s
Features
Crosstalk Protection
180° Angled Connector
Physical Characteristics
Color Family
Red
Product Color
Red
Weight (Approximate)
0.07 lb
Miscellaneous
Additional Information
Supports transfer rates of up to 3G depending on the peripherals used
Permit higher data transmission rates, reduce crosstalk, and improved signal integrity