InLine 27133 InfiniBand-kuitukaapeli 3 m SFP+ musta

High transmission reliability:The passive SFP+ DAC cable supports stable data rates up to 10.5 Gb/s and offers a bit error rate better than 10E-12.
Reliable point-to-point connections:The hot-plug-capable SFP 20-PIN footprint enables fast, direct connections without additional transceivers.
Robust signal integrity:The double-shielded 30AWG cable reduces interference and is ideal for dense rack environments.
Flexible usability:The cable is backward compatible to 1 Gb/s and is suitable for a wide range of high-speed applications.
Standard-compliant performance:Compliance with SFF-8431, SFF-8432, MSA, and EIA-364 ensures smooth integration.

The InLine SFP+ to SFP+ DAC cable offers a reliable solution for high-speed connections within professional network environments. It supports data rates up to 10.5 Gb/s and is backward compatible down to 1 Gb/s. This makes it suitable for numerous applications that require high performance and efficiency. Generic coding allows for flexible integration.
The passively constructed twinax cable ensures energy-efficient operation without additional heat generation. The hot-plug-capable SFP 20-PIN footprint enables quick installation and ensures short conversion times. The double-shielded 30AWG cable reduces external interference and offers stable signal integrity, even in high-density environments.
Compliance with SFF-8431, SFF-8432, MSA, and EIA-364 ensures that the cable meets the technical requirements of current high-speed components. With reliable electrical performance and a bit error rate of better than 10E-12, the cable provides a stable connection for demanding applications. It is suitable for both short uplink distances and direct point-to-point connections in performance-oriented network architectures.

DDM support: no
Cable type: Twinax
Encoding: generic

InLine 27133. Cable length: 3 m, Connector 1: SFP+, Connector 2: SFP+

How to use

Install the cable by inserting each SFP+ connector into the SFP+ port of the corresponding device until it latches. Route the cable along rack channels or cable management trays to avoid sharp bends and mechanical stress. Ensure both connected devices are powered down or that hot-swap procedures are followed according to the device manufacturer to prevent port damage. After connection, verify link status through the host system or network equipment management interface.

Recommendations

For best performance, avoid tight bends and excessive pulling force, and keep the cable away from sources of EMI. Use proper strain relief and maintain a clean connection area; periodically inspect connectors for dust and contamination and clean with appropriate fibre-optic tools if necessary.