Ubiquiti UACC-AOC-SFP10-20M 10GBase Active Optical Cable
Overview
The Ubiquiti UACC-AOC-SFP10-20M is a 10 Gbps active optical cable (AOC) purpose-built for long-distance interconnect between SFP+-equipped network infrastructure. Where copper direct attach cables max out around 3–7 meters, this 20-meter cable bridges the distance gap without requiring additional switching hardware or power injection modules. The aqua-colored jacket makes it visually distinct in high-density patch environments.
Key Features
- 10 Gbps throughput (10GBase): Delivers full-duplex gigabit-class bandwidth for data center and campus backbone links — critical when you're aggregating multiple 1 GbE camera or NVR connections upstream, or interconnecting core switches across building separation.
- 20-meter reach: Eliminates distance constraints that copper SFP+ DACs (3–7 m) impose. Spans rack-to-rack, floor-to-floor, or building-to-building without repeaters, reducing latency and points of failure.
- SFP+ connectors (both ends): Plug-and-play installation into any standard SFP+ port — no adapters, no firmware updates required. Works with Ubiquiti switching platforms and third-party equipment that supports SFP+ optics.
- Active optical technology: The cable contains onboard electronics that drive the optical signal, eliminating passive cable losses over distance. This is why AOCs can extend beyond the 3–7 m limitation of passive copper DACs at the same speed.
- Low power draw: Active optics draw minimal power from the SFP+ transceiver, so you won't encounter host-side power budget concerns that can plague some older AOC designs.
- Aqua coloring: Visually distinguishes high-speed backbone links from standard patch cords in crowded cabinet environments, reducing installation and troubleshooting time.
Integration & Compatibility
The UACC-AOC-SFP10-20M (often searched as UACC AOC SFP10 20M) integrates into any network architecture that includes SFP+-capable switches, routers, or line cards. In IP surveillance deployments, it's used to connect aggregation switches in data center racks to core infrastructure across longer distances than copper allows. Verify that target ports support multi-rate SFP+ modules; all modern equipment does, but aging switch models may have restrictions. Always check the OEM compatibility list if you're deploying into legacy systems.
Pair this cable with proper network infrastructure planning to ensure backbone capacity matches your intended throughput — a 10 Gbps link is only as useful as the equipment on both ends can support.
What's in the Box
No package contents are detailed in the available specification evidence. Confirm accessories and protective sleeves directly with the vendor or manufacturer if your installation requires strain relief or cable management components beyond the cable itself.
Frequently Asked Questions
Q: Does the UACC-AOC-SFP10-20M require external power?
A: No. Active optical cables draw power from the SFP+ transceiver itself — no separate 12V supply or power injector is needed. This simplifies deployment in remote or distributed installations.
Q: Can I use this cable with non-Ubiquiti switches?
A: Yes, the UACC-AOC-SFP10-20M uses standard SFP+ connectors and operates at the industry-standard 10GBase protocol. Any switch, router, or NIC with SFP+ ports will work. Ubiquiti does not lock this cable to proprietary hardware.
Q: What is the maximum distance I can run this cable?
A: This model is rated for 20 meters. Exceeding this distance will degrade signal integrity and cause link loss. For longer runs, consult Ubiquiti's longer-reach AOC variants or consider intermediate switching.
Q: Is the UACC-AOC-SFP10-20M suitable for outdoor runs?
A: This is a data center-grade optical cable. It is not UV-resistant or rated for outdoor temperature extremes. Keep it indoors or in conduit within climate-controlled cable trays. For outdoor runs, use fiber optic cables rated for external environments.
Q: What is the warranty on the UACC-AOC-SFP10-20M?
A: Warranty terms are not detailed in the available product documentation. Confirm the specific warranty period and coverage (manufacturing defect vs. operational failure) with the vendor or manufacturer.
Q: Why would I choose this over a longer copper DAC?
A: Copper direct attach cables are passive and attenuate rapidly beyond 5–7 meters, leading to link flaps and errors. An active optical cable maintains signal integrity across 20 meters, delivers full 10 Gbps line rate, and costs less than buying a switch with more ports or renting wavelength-division multiplex gear.
Ted PerryPerspective based on aggregated IP Security Depot and affiliated engineering team experience.
The UACC-AOC-SFP10-20M solves a real problem in distributed surveillance and enterprise network topologies: the hard limit of passive copper direct attach cables. Standard SFP+ DACs reliably work to 3–7 meters depending on cable quality and host transceiver tuning; beyond that, you hit attenuation walls and link flaps. At 20 meters, this active optical cable lets you span a data center floor, bridge between buildings, or reach a remote NVR closet without buying intermediate switching or dealing with fiber termination headaches.
Technical Highlights:
- 20-meter reach at full 10 Gbps: Active optics push signal amplification onboard the cable itself, defeating the passive attenuation curve that limits copper DACs. You get consistent line rate over the full distance — no stepdown, no rate negotiation surprises.
- Standard SFP+ connectors: No Ubiquiti-only ecosystem lock-in. This cable works with any vendor's SFP+ ports — Cisco, Arista, Juniper, generic switches. Verify the SFP+ module supports multi-rate operation (nearly all modern ones do), and you're done.
- No external power injection: The transceiver supplies the active optics. You don't need a separate power supply, wall outlet, or 12V rail near the cable run. That simplicity matters in retrofit jobs and geographically distributed sites.
Deployment Considerations:
- Active optics are sensitive to temperature extremes. This cable is indoor-rated; don't run it through unheated cable trays or outdoor conduit without enclosure and climate management. A 20-meter run from a data center to an exterior building roof? Use traditional SM or MM fiber and proper termination instead.
- Always verify SFP+ port support on both endpoints. Older switches or NICs with SFP (1.25 Gbps) ports will not recognize 10GBase optics. Check the datasheet or contact the OEM if equipment predates 2012.
- Keep spare UACC-AOC-SFP10-20M units on hand if this cable is mission-critical. Active optics failure can be sudden; passive fiber or copper DAC spares take days to arrive in a pinch.
This cable is the right choice for bridging SFP+ switches across 20 meters in a data center or campus backbone — places where signal integrity and latency matter, and you can't afford the cost or complexity of in-line repeaters. Skip it if you're under 7 meters (passive DACs are cheaper and more durable) or if you need outdoor-rated cabling (fiber termination is your answer).
