Tripp Lite 19" Serial ATA SATA Right Angle Signal Cable 7Pin/7Pin-Up M/M
Mfg # P941-19I
CDW # 560665
| UNSPSC 26121600
Quick tech specs
- Serial ATA (SATA) Right Angle Signal Cable (7Pin/7Pin-Up) 19-in. Connects your high-speed Serial ATA device to a Serial ATA controller
- Angled connector reduces stress/ excessive bending on the cable in tight spaces
- SATA cable is shielded to protect against EMI/RFI
- Lifetime Tripp Lite Warranty
- Features 7Pin Straight and 7Pin Right-Angle Up connectors
- SATA III (6Gbps)/ SATA II (3Gbps)/ SATA I (1.5Gbps) Compliant
- Serial ATA 150/300/600/ SATA (M) to SATA (M)
Know your gear
Tripp Lite expands its line of hard drive cables with the introduction of our line of serial ATA cables. The signal cables connect any high speed Serial ATA device to a Serial ATA controller. Serial ATA delivers two significant benefits: it support much higher data transfer rates (up to 1.5Gbps) and the narrow cable design helps improve internal air flow. Perfect for the desktop or server that has multiple drives. These cables feature 7-pin straight/7-pin right-angle key up female connectors and offer easy installation. Tripp Lite warrants this product to be free from defects in materials and workmanship for life.
Features:
Connect your high-speed Serial ATA device to a Serial ATA controller
Support data transfer rates of up to 1.5Gbps
Narrow cables design: 1) simplifies cable routing and installation 2) improves air flow within CPU (no more big ribbons blocking air movement) 3) right-angle design for tight spaces
Meets Serial ATA 1.0 standards, including Errata 029
Cable is shielded to protect against EMI/RFI
Features:
Connect your high-speed Serial ATA device to a Serial ATA controller
Support data transfer rates of up to 1.5Gbps
Narrow cables design: 1) simplifies cable routing and installation 2) improves air flow within CPU (no more big ribbons blocking air movement) 3) right-angle design for tight spaces
Meets Serial ATA 1.0 standards, including Errata 029
Cable is shielded to protect against EMI/RFI