Ubiquiti Networks airFiber NxN AF-MPX8 Scalable airFiber MIMO Multiplexer
Model: AF-MPX8
airFiber NxN
Scalable airFiber MIMO Multiplexer
Combine multiple airFiber X radios on a single dish antenna for superior noise immunity performance, redundancy, and multi-Gigabit Point-to-Point (PtP) throughput.
The airFiber NxN is a thoughtfully engineered MIMO multiplexer that increases the amazing throughput of your airFiber link by up to 400%, while simultaneously establishing redundancy without the need of additional antennas.
The airFiber NxN is a scalable MIMO multiplexer that combines multiple airFiber 5X radios on a single dish antenna for superior noise immunity performance, redundancy, and multi-Gigabit throughput. Upgrading a 5 GHz airMAX or airFiber link is fast and easy. simply attach the airFiber NxN to the fast-mount on the antenna and connect the RF cables.
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Precise GPS Synchronization
Using a common GPS timing reference, the airFiber X radios work cohesively to deliver powerful, multi-Gigabit bridging performance for PtP links.
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4x4 or 8x8 MIMO Backhaul Technology
Quickly mount multiple airFiber X radios on existing airFiber dish antennas for Plug and Play installation. You can use radio channels of different sizes - even adjacent channels with no guard band - and place them anywhere within the radio band.
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Mounting Versatility
The airFiber NxN Multiplexer can be attached to most 5 GHz airFiber X or RocketDish™ antenna models. For any other antenna configuration, you can mount the airFiber NxN Multiplexer on a pole.
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Reduced Tower Costs
Mounting multiple airFiber X radios on a single dish antenna maximizes throughput and capacity in a clean, compact tower footprint, minimizing tower costs.
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True Redundancy
Multiple airFiber X radios with multiple carriers on multiple frequency bands provide the ultimate noise immunity and link redundancy performance.
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Paired with the EdgePoint for Superior Performance
The EdgePoint™ provides powerful configuration features, including radio-link load balancing and advanced reliability for optical fiber deployments