Shure Access Point/Charger - 2 Ch.
The Shure MXWAPXD2UK is a compact wireless access point for the Microflex® Wireless NEXT 2 system, supporting up to two channels of secure, low-latency audio. Designed for small meeting rooms and collaboration spaces, it provides reliable wireless connectivity with minimal setup.
Featuring automatic frequency management, strong encryption and built-in Dante audio networking, the MXWAPXD2 enables fast deployment and simple integration with modern conferencing systems. Supplied with a UK power connection, it’s an ideal solution for professional, cable-free audio in smaller UC and meeting environments.
$455.40
Original: $1,518.00
-70%Shure Access Point/Charger - 2 Ch.—
$1,518.00
$455.40Shure Access Point/Charger - 2 Ch.
The Shure MXWAPXD2UK is a compact wireless access point for the Microflex® Wireless NEXT 2 system, supporting up to two channels of secure, low-latency audio. Designed for small meeting rooms and collaboration spaces, it provides reliable wireless connectivity with minimal setup.
Featuring automatic frequency management, strong encryption and built-in Dante audio networking, the MXWAPXD2 enables fast deployment and simple integration with modern conferencing systems. Supplied with a UK power connection, it’s an ideal solution for professional, cable-free audio in smaller UC and meeting environments.
Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
The Shure MXWAPXD2UK is a compact wireless access point for the Microflex® Wireless NEXT 2 system, supporting up to two channels of secure, low-latency audio. Designed for small meeting rooms and collaboration spaces, it provides reliable wireless connectivity with minimal setup.
Featuring automatic frequency management, strong encryption and built-in Dante audio networking, the MXWAPXD2 enables fast deployment and simple integration with modern conferencing systems. Supplied with a UK power connection, it’s an ideal solution for professional, cable-free audio in smaller UC and meeting environments.
