10G SFP+ DAC

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10G SFP+ DAC Overview

The 10G SFP+ DAC category contains one passive direct attach copper twinax cable for short-distance 10GBASE Ethernet connections. S10-S10-C uses SFP+ connectors at both ends and is available in lengths from 0.5m to 7m. Its low insertion loss and ultra-low crosstalk design supports reliable, low-latency links with near-zero power consumption between compatible switches, servers, and other SFP+-equipped devices. Compliant with IEEE 802.3 and SFF-8431 specifications, the cable is tested on target switching systems for direct 10G connections within data center racks or between adjacent equipment.

FAQ

How is the S10-S10-C physically configured when connecting two compatible 10G network devices?

It provides one straight-through connection. The S10-S10-C has a fixed SFP+ connector at each end and directly connects two compatible SFP+ ports without separate optical transceivers or fiber patch cords.

Which Ethernet rate and interface specifications apply to the S10-S10-C?

10Gb/s. The S10-S10-C is designed for short-distance 10 Gigabit Ethernet connections between SFP+ host ports. AICPLIGHT specifies compliance with IEEE 802.3 and SFF-8431.

What cable-length range is available for the S10-S10-C passive DAC?

From 0.5m to 7m. This range supports short connections within data center racks and between adjacent equipment. No cable length beyond 7m is specified for the S10-S10-C.

Does the S10-S10-C draw additional power for active signal conditioning?

No. The S10-S10-C is a passive copper cable without active signal-conditioning circuitry. It requires no additional operating power for signal transmission and provides near-zero cable power consumption.

Where can the S10-S10-C be deployed in a 10G network?

It is intended for direct short-distance links between compatible switches, servers, network adapters, and other SFP+-equipped devices. Typical deployments include connections within one rack or between adjacent equipment.

How does the S10-S10-C maintain reliable signaling across its specified cable lengths?

It uses a low-insertion-loss and ultra-low-crosstalk twinax design. These electrical characteristics help maintain stable 10Gb/s signal transmission across the supported 0.5–7m cable-length range.

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