Shure MXWAPXD2 Access Point Transceiver for MXW neXt 2 Wireless Conferencing System (1.9 GHz)

The Shure MXWAPXD2=-Z10 is a two-channel access point transceiver designed for the MXW neXt 2 wireless conferencing system, operating in the 1.9 GHz DECT band. This device combines several key functions into a single unit, including a wireless receiver, digital signal processing, a charging station, and an audio interface. It offers versatile audio connectivity options such as analog block I/O, USB-C, and Dante through dual RJ45 ports, making it easy to integrate with a variety of sound systems and videoconferencing setups.

With built-in IntelliMix DSP, the MXWAPXD2 handles essential audio tasks like mixing, echo cancellation, noise reduction, and gain control, ensuring clear and professional sound quality during meetings. The unit also features two integrated bays that charge compatible handheld, boundary, or bodypack transmitters, keeping your wireless devices ready for use. This access point is ideal for hybrid meetings, presentations, and both permanent and portable installations, fitting naturally in corporate boardrooms, educational environments, and event spaces where reliable wireless audio is critical.

Thanks to its automatic frequency management and support for up to 80 channels in high-density mode, the MXWAPXD2 can handle complex setups without interference. Security is also a priority, with AES-256 encryption protecting your audio transmissions. Dual RJ45 network ports separate Dante audio and control signals, providing stable and flexible network integration.

Highlights:

• 1.9 GHz DECT wireless with automatic frequency management
• Onboard IntelliMix DSP with echo cancellation and noise reduction
• Analog, Dante, and USB-C audio and control interfaces
• Dual USB-C ports for power and audio/video connectivity
• Built-in charging for two MXW neXt 2 transmitters
• Expandable to 80 channels in high-density mode
• AES-256 encryption for secure transmission
• Dual RJ45 network ports for Dante and control separation