
TE Connectivity Active SFP+ Direct Attach
Copper Cable Assemblies
TE Connectivity announces the release of SFP+ active direct-attach copper cable assemblies -- high-speed, cost-effective alternatives to fiber optic transceivers and MPO cables in 10Gb Ethernet, 8GB Fibre Channel and InfiniBand applications. This active design offers signal amplification and equalization in cable assemblies with low power consumption of 500mW per cable end. Active cables also incorporate Rx LOS and Tx Disable functionality. TE Connectivity offers these cables in standard lengths from 0.5 through 15 meters.
The release of SFP+ active copper cable assemblies supplements TE Connectivity’ existing passive direct-attach copper cable assembly product offering. All SFP+ cable assemblies meet the industry MSA specification for signal integrity performance. Both passive and active cables are available in wire gages from 24AWG through 30AWG, and incorporate a 360 degree cable braid-crimp termination designed to suppress EMI leakage and provide superior cable strain relief.
Other features include a pull-to-release retractable pin latch and insert-molded pull tab, which support belly-to-belly applications and enable the highest possible port density. All SFP+ cables are built with Madison Cable brand 10G TurboTwin parallel pair cable.
SFP+ cable product applications include switches, networking equipment and enterprise storage.

Key Features:
- MSA SFF-8431 compliant
- Supports serial data rates up to 10Gbps
- Low cost alternative to fiber optic assemblies
- Low power consumption
- Enhanced EMI suppression
- Pull-to-release retractable pin latch
- 24AWG through 30AWG cable available
- Passive and active assemblies
- Uses MADISON CABLE brand TurboTwin parallel pair cable
Applications:
- Switches
- Networking – servers, routers and hubs
- Enterprise storage
- Telecommunication equipment
- Network Interface Cards (NIC’s)
See also:
SFP+ High Speed Copper Cable Assemblies (.pdf) for more product information, specifications, applications and ordering information. |