MXW1


The MXW1 is a hybrid bodypack transmitter compatible with Microflex Wireless systems. It offers both an integrated omnidirectional microphone and an input jack for connecting an ear-worn or lavalier style microphone. The integrated microphone is perfect for picking up speech while the bodypack is on a lanyard or tucked into a shirt pocket, and a belt clip is included for attachment to clothing. All Microflex Wireless transmitters deliver vivid lifelike sound, intelligent wireless performance, encrypted transmission, and advanced rechargeability for conferencing and presentation applications.

Product Details
MXW1 features an integrated microphone perfect for picking up speech while the bodypack is on a lanyard or tucked into a shirt pocket. A belt clip is included for attachment to clothing.
All Microflex Wireless transmitters deliver vivid lifelike sound, intelligent wireless performance, encrypted transmission, and advanced rechargeability for conferencing and presentation applications.
- Compact, low-profile design: Fits comfortably into a shirt pocket or attached to clothing
- Integrated omnidirectional mic: Clearly captures full-range audio without connecting an external microphone
- External microphone input: For connecting multiple styles of earworn or lavalier condenser microphones
- Bi-directional wireless: Enables return channel audio and real-time remote control of all wireless microphone settings
- Earphone output: Listen to audio from a return channel for translation, cueing, or program material
- Programmable mute button: Customize local or remote muting behavior per application, with options including push-to-talk, push-to-mute, and external control
- Standby mode: Enabled remotely during breaks or periods of inactivity to significantly extend battery life when not in use
- Wide working range: Reliable wireless coverage extends up to 160 feet (50 meters)
- Out-of-range alert: Emits beeping sound when range is exceeded
- Wide frequency response: Captures full-range audio for clear voice transmission
- Easy transmitter linking: Assign the microphone to an access point channel by simply docking it into a networked charging station and pressing “Link”
- Encrypted wireless: AES 256-bit encryption for secure transmission
- Advanced Li-ion batteries: Smart lithium-ion internal batteries provide up to 9 hours of continuous use, charge fully in 2 hours, and allow remote monitoring over the network of remaining runtime and charge status in hours and minutes
- USB charging: Connects to any standard USB power source for “always on” usage. Charge time using SBC-USB adapter: <3.5 hours while mic is in use
Videos
MXW1 Videos
Reviews
Compatible Receivers
MXWAPT2
Access Point Transceiver
The two-channel MXWAPT2 uses automated frequency coordination to assign clean frequencies to wireless microphone transmitters.
MXWAPT4
Access Point Transceiver
The four-channel MXWAPT4 uses automated frequency coordination to assign clean frequencies to wireless microphone transmitters.
MXWAPT8
Access Point Transceiver
The eight-channel MXWAPT8 uses automated frequency coordination to assign clean frequencies to wireless microphone transmitters.
Support
Customer Support
Service & Repair
Detailed policy information regarding customer service numbers, service modifications, and replacement parts.
Service & RepairContact Us
Submit a ticket directly to Shure Customer Service staff, or reach out via phone or email.
Contact UsResources
Shure Tech Portal
Complete product documentation, technical support materials, software and firmware, and other tools and resources for all Shure products, in one place.
Sign In
Documentation
User Guide & Specs
-
insert_drive_file
Spec Sheet
-
cloud_download
CAD
-
cloud_download
Brochure
-
cloud_download
BIM
-
cloud_download
Software & Firmware
SystemAPI
Application programming interface for controlling & monitoring a wide variety of product features and performance parameters for Shure devices – whether on premises or remotely. SystemAPI’s open architecture allows integration with 3rd party devices and platforms to enable comprehensive and customizable system management.
Find An Answer
Comparable Products
MXW2/BETA58
Handheld Transmitter with Beta 58A Capsule
With an interchangeable BETA 58A® microphone cartridge, MXW2/BETA58 features dual transmit antennas that maximize transmission strength based on the user’s hand placement.
MXW2/SM58
Handheld Transmitter with SM58 Capsule
With an interchangeable SM58® microphone cartridge, MXW2/SM58 features dual transmit antennas that maximize transmission strength based on the user’s hand placement.
MXW2/SM86
Handheld Transmitter with SM86 Capsule
With an interchangeable SM86 microphone cartridge, MXW2/SM86 features dual transmit antennas that maximize transmission strength based on the user’s hand placement.
MXW2/VP68
Handheld Transmitter with VP68 Capsule
With an interchangeable VP68 microphone cartridge, MXW2/VP68 features dual transmit antennas that maximize transmission strength based on the user’s hand placement.
MXW6
Boundary Transmitter
Boundary transmitter offers a low-profile design and cardioid or omnidirectional polar pattern options for conferencing and presentation applications.
MXW8
Desktop Base Gooseneck Transmitter
MXW8 is compatible with 5", 10", and 15" Microflex® gooseneck microphones.
Case Studies

Shure Microflex Wireless provides smart and flexible solution for education
The University of the Sunshine Coast is one of Australia’s fastest growing universities and recently built a $33 million Learning and Teaching Hub, incorporating the latest Shure Microflex Wireless (MXW) hardware to provide seamless communication for users as they roam throughout the building.

Bayer Boosts Collaboration with Shure Microflex® Advance
Leading biotechnology and pharmaceutical company Bayer has unveiled cutting edge AV systems throughout its new UK headquarters in Green Park, Reading.

MICROFLEX WIRELESS DELIVERS STABLE AND RELIABLE PERFORMANCE IN TOKYO’S CHALLENGING SPECTRUM ENVIRONMENT
The Belle Salle Roppongi Conference Center opened its doors as a for-hire conference venue in August 2016.