Ubiquiti UACC-OM-SFP10-1550 10G SFP+ CWDM Transceiver
Overview
The Ubiquiti UACC-OM-SFP10-1550 is an SFP+ transceiver module engineered for 10 Gbps optical connectivity in enterprise and carrier-class network deployments. Operating at the 1550 nm wavelength using Coarse Wavelength Division Multiplexing (CWDM) technology, this transceiver enables efficient multi-channel fiber transport across existing fiber infrastructure without requiring separate amplification in many network topologies.
The UACC-OM-SFP10-1550 (often searched as UACC OM SFP10 1550) integrates into any standards-compliant SFP+ port, making it suitable for Ubiquiti networking equipment and third-party switches, routers, and aggregation platforms. Its compact 0.3 lb form factor supports high-density port configurations, critical when you're consolidating multiple 10 Gbps channels into a single device without exceeding physical or thermal constraints.
Key Features
- 10 Gbps Throughput: Delivers full-rate 10G optical bandwidth, eliminating bottlenecks in backbone and inter-switch connections. At this speed, you can move terabytes of surveillance footage, backup data, or real-time analytics streams without saturating the link.
- 1550 nm CWDM Wavelength: The 1550 nm wavelength is optimized for long-reach fiber runs typical of campus and wide-area deployments. CWDM allows you to pack multiple wavelengths onto a single fiber strand, reducing fiber count and ducting costs in congested environments.
- SFP+ Form Factor: At 0.3 lb and pocket-sized dimensions, this module occupies a single SFP+ slot on your switch or router. High-density chassis can support dozens of these transceivers, scaling optical capacity without replacing infrastructure.
- Standards-Compliant Design: Adheres to established optical transceiver standards, ensuring interoperability with non-Ubiquiti SFP+ equipment. Verify your switch or router's wavelength support and module compatibility before purchase — not all SFP+ ports are rated for all wavelengths or power levels.
- Long-Reach Capability: CWDM 1550 nm transceivers typically support multi-kilometer fiber runs without regeneration. Verify your specific fiber distance requirements and condition with the equipment manufacturer, as bend radius, age, and splice quality all affect real-world range.
- Compact, Lightweight: At 0.3 lb with minimal heat generation, installation is straightforward — no external cooling or power conditioning required beyond the host SFP+ port's standard power envelope.
Integration & Compatibility
This transceiver integrates with Ubiquiti networking equipment and any standards-compliant SFP+ port across third-party infrastructure. Before purchase, confirm your switch or router explicitly supports SFP+ modules at 1550 nm and verify any firmware revisions or module certification lists from the manufacturer. Some equipment enforces transceiver whitelisting or wavelength restrictions.
If you're building a multi-vendor optical network, cross-reference the host device's supported wavelengths and transceiver specifications in its technical documentation. CWDM modules are wavelength-specific; a 1550 nm module will not interoperate with 1310 nm, 1490 nm, or other wavelength transceivers on the same fiber.
Deployment Scenarios
Deploy the UACC-OM-SFP10-1550 in enterprise backbone links connecting distant switches, in carrier point-of-presence aggregation, or in surveillance network backhaul where 10 Gbps optical bandwidth reduces the need for multiple lower-speed connections. Multi-site security integrations benefit from the long-reach capability, allowing centralized NVR facilities to ingest high-bitrate video feeds from remote locations without external amplifiers.
Frequently Asked Questions
Q: Is the UACC-OM-SFP10-1550 compatible with my existing SFP+ switch?
A: The transceiver is standards-compliant and works with any SFP+ port that supports 1550 nm CWDM wavelengths. Check your switch or router's technical datasheet for supported wavelengths and any transceiver certification lists before purchasing.
Q: What fiber type does the UACC-OM-SFP10-1550 require?
A: This module is designed for single-mode fiber (SMF), standard in long-reach optical deployments. Multi-mode fiber (MMF) will not work at 10 Gbps over extended distances. Verify your installed fiber type before deployment.
Q: Does the UACC-OM-SFP10-1550 support CWDM wavelength multiplexing on a single fiber strand?
A: Yes. CWDM technology allows multiple wavelengths (typically spaced 20 nm apart) to travel on one fiber. You'll need CWDM mux/demux equipment at each end to combine and separate the wavelengths. This transceiver provides the 1550 nm channel; pair it with compatible CWDM infrastructure.
Q: What is the maximum fiber distance for the UACC-OM-SFP10-1550?
A: Long-reach capability is typical of 1550 nm CWDM transceivers, often supporting multi-kilometer runs. Actual distance depends on fiber quality, splice count, bend radius, and attenuation. Consult your fiber plant documentation and the host equipment manufacturer's optical power budget specifications.
Q: Do I need a separate power supply for the UACC-OM-SFP10-1550?
A: No. The transceiver draws power directly from the host SFP+ port. No external power supply or cooling is required.
Ted PerryPerspective based on aggregated IP Security Depot and affiliated engineering team experience.
The UACC-OM-SFP10-1550 is a straightforward optical transceiver designed to push 10 Gbps over established fiber infrastructure without reinventing the wheel. The 1550 nm wavelength and CWDM design are proven technologies in carrier and enterprise backbones, and the compact SFP+ form factor makes it a drop-in upgrade for any standards-compliant switch or router. That said, optical transceivers are wavelength-locked — you cannot swap a 1550 nm module for a 1310 nm or 1490 nm module on the fly.
Technical Highlights:
- 10 Gbps Full-Rate Throughput: The UACC-OM-SFP10-1550 delivers 10 Gbps optical bandwidth at line rate. For surveillance backhaul or data center inter-switch links, this eliminates the bandwidth bottleneck that haunts gigabit links when you're aggregating multiple high-bitrate video streams or large data transfers.
- 1550 nm CWDM Wavelength with Long-Reach Capability: The 1550 nm wavelength is optimized for extended fiber distances — often multi-kilometers without amplification, depending on fiber condition and splice quality. CWDM lets you pack multiple wavelengths on a single strand, reducing fiber leasing costs in campus or metro deployments where dark fiber is limited.
- Minimal Footprint and Power Overhead: At 0.3 lb and drawing power directly from the SFP+ port, the transceiver adds zero thermal or power-supply complexity. High-density port configurations can scale to dozens of 10G channels per chassis.
Deployment Considerations:
- Verify your switch or router explicitly lists 1550 nm SFP+ support in its datasheet. Some equipment enforces a transceiver whitelist or only certifies specific wavelengths. A mismatch will either fail to link or operate at reduced power margins, cutting your effective fiber distance.
- Single-mode fiber (SMF) is mandatory — do not attempt this over multi-mode fiber. If your fiber plant is unknown, request a fiber audit or splice inspection report before deploying. Bent, kinked, or high-attenuation fiber will degrade optical power budget and reduce range.
- If you are deploying CWDM, you will need active CWDM mux/demux hardware at each fiber termination to combine and separate wavelengths. The transceiver alone does not multiplex; it is one wavelength on the strand.
Deploy the UACC-OM-SFP10-1550 in enterprise or carrier backbone consolidation, surveillance network backbone aggregation, or long-reach inter-site links where 10 Gbps optical capacity justifies the infrastructure investment. It is not an entry-level module — it targets shops that have already committed to optical fiber and need to maximize capacity or extend distance.
