800G OSFP ACC
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800G OSFP ACC Overview
The 800G OSFP ACC category contains one active copper cable for short-distance 800G network connections. O800-O800-AC uses 800G OSFP Finned Top connectors at both ends and integrates pre-emphasis equalizer ICs on each end to compensate for signal loss across cable lengths from 3m to 5m. Each connector consumes 1.5W, while the cable architecture is optimized to reduce signal noise and reflections. It provides a direct 800G copper connection between compatible OSFP-equipped network devices where active signal compensation is required.
FAQ
- What connector configuration does the O800-O800-AC use for a direct 800G connection between two network devices?
It uses one 800G OSFP Finned Top connector at each end, forming a fixed 1:1 OSFP-to-OSFP active copper connection. Both ends are permanently attached to the cable assembly.
- What cable-length range is available for the O800-O800-AC active copper cable?
3m to 5m. The O800-O800-AC is intended for short-distance 800G copper links that require active signal compensation across this specified length range. Comparable 800G OSFP active copper designs support operation up to 5m.
- How does the O800-O800-AC compensate for signal loss across its 3m to 5m copper channel?
Pre-emphasis equalizer ICs are integrated at both cable ends to compensate for channel loss. The active architecture is also optimized to reduce signal noise and reflections, helping maintain signal integrity at 800G.
- How much power does the O800-O800-AC consume at each OSFP connector?
1.5W per connector. With active electronics at both ends, the complete O800-O800-AC cable assembly consumes 3W in total.
- Can the O800-O800-AC divide one 800G OSFP port into multiple lower-speed connections?
No. The O800-O800-AC is a straight-through 1:1 cable that carries the 800G connection between two OSFP ports. It does not include 2-way, 4-way, or other breakout branches.
- Does the O800-O800-AC require separate optical transceivers or fiber patch cords to complete the link?
No. It is a complete active copper cable assembly with permanently attached OSFP connectors and integrated signal-conditioning electronics. The link is established by connecting both ends directly to compatible 800G OSFP ports.
