Ubiquiti Networks AF-11-DUP-L Data Networking
Frequently Asked Questions
What frequency band does the Ubiquiti AF-11-DUP-L duplexer support?
The AF-11-DUP-L is a low-band duplexer designed for the 11 GHz frequency range. It supports the 10.940–11.200 GHz and 11.440–11.700 GHz bands, making it compatible with Ubiquiti's airFiber 11 series point-to-point wireless systems for long-distance outdoor applications.
Is the AF-11-DUP-L duplexer reversible for different channel configurations?
Yes, the AF-11-DUP-L features reversible duplexer design that allows for easy channel configuration. This flexibility enables deployment in both SISO (Single-Input Single-Output) and MIMO (Multiple-Input Multiple-Output) modes, depending on your network requirements.
What type of connectors does this duplexer use?
The AF-11-DUP-L uses N-type connectors, which are standard for professional outdoor wireless installations. These connectors are designed to work with Ubiquiti antennas and a variety of commonly available third-party antennas, and include weatherproof silicone boots to protect against dust and moisture.
What wireless systems is the AF-11-DUP-L compatible with?
The AF-11-DUP-L is designed as an accessory for Ubiquiti's airFiber 11 series point-to-point wireless radios. It integrates with the airFiber platform to enable full-duplex, gigabit-class wireless backhaul for carrier, enterprise, and public safety applications requiring long-range, license-free operation.
Can the AF-11-DUP-L be used with standard antennas?
Yes, the N-type connectors on the AF-11-DUP-L allow it to work with both Ubiquiti's purpose-designed antennas and a variety of commonly available antennas in the 11 GHz band. This versatility gives you flexibility in antenna selection for your specific deployment needs.
Is the AF-11-DUP-L suitable for outdoor installations?
Yes, the AF-11-DUP-L is engineered for outdoor wireless applications. The N-type connectors feature specially designed silicone boots that provide a weatherproof barrier against dust and moisture, making it suitable for long-term outdoor deployment in point-to-point wireless backhaul scenarios.