Name: UISP Fiber Coexistence WDM Filter
Brand: Ubiquiti
SKU: UACC-UF-WDM-XGS
Availability: InStock

Everything else for UISP deployments.

8 sets are integrated, professional rack-mount.

Installation Guide

UACC-UF-WDM-XGS

Wavelength Division Multiplexing module that combines XGS/XG-PON and GPON services into a single fiber distribution system.

UISP Fiber Coexistence WDM Filter

Default

Converts the RocketDish RD-5G30 or RD-5G34 antenna for use with the airFiber AF-5X radio.

AF-5G-OMT-S45

The 5 GHz RocketDish to airFiber Antenna Conversion Kit.

airFiber 5 GHz Conversion Kit

Each duplexer has a low channel (10.700 – 10.955 GHz) and high channel (11.200 – 11.445 GHz) that can be configured by simply reversing the position of the duplexer. A single duplexer operates in SISO mode, while adding a second duplexer allows the AF-11 to operate in MIMO mode.

AF-11-DUP-L

The AF-11-DUP-L is a low-band duplexer for use with the AF-11.

Low-Band Duplexer for airFiber 11

airFiber Low-Band Duplexer

Each duplexer has a low channel (10.940 – 11.200 GHz) and high channel (11.440 – 11.700 GHz) that can be configured by simply reversing the position of the duplexer. A single duplexer operates in SISO mode, while adding a second duplexer allows the AF-11 to operate in MIMO mode.

AF-11-DUP-H

The AF-11-DUP-H is a high-band duplexer for use with the AF-11.

High-Band Duplexer for airFiber 11

airFiber High-Band Duplexer

The AF-MPx4 is a MIMO multiplexer that combines two airFiber X radios on a single dish antenna for superior noise immunity performance, redundancy, and Gigabit+ throughput.

AF-MPx4

Increase the throughput of your airFiber link by up to 200% without the need of additional antenna.

airFiber 4x4 MIMO Multiplexer

The AF-MPx8 is a scalable MIMO multiplexer that combines multiple airFiber X radios on a single dish antenna for superior noise immunity performance, redundancy, and multi-Gigabit throughput.

AF-MPx8

Increase the amazing throughput of your airFiber link by up to 400% without the need of additional antennas.