SHURE MXWneXt Wireless Microphone System User Guide

SHURE MXWneXt Wireless Microphone System

Explanation of Symbols

Important Safety Instructions

1. READ these instructions.
2. KEEP these instructions.
3. HEED all warnings.
4. FOLLOW all instructions.
5. DO NOT use this apparatus near water.
6. CLEAN ONLY with a dry cloth.
7. DO NOT block any ventilation openings. Allow sufficient distances for adequate ventilation and install by the manufacturer’s instructions.
8. DO NOT install near any heat sources such as open flames, radiators, heat registers, stoves, or other apparatus (including amplifiers) that produce heat. Do not place any open flame sources on the product.
9. DO NOT defeat the safety purpose of the polarized or grounding-type plug. A polarized plug has two blades one wider than the other.
10. A grounding-type plug has two blades and a third grounding prong. The wider blade or the third prong is provided for your safety. If the provided plug does not fit into your outlet, consult an electrician for the replacement of the obsolete outlet.
11. PROTECT the power cord from being walked on or pinched, particularly at plugs, convenience receptacles, and the point where they exit from the apparatus.
12. ONLY USE attachments/accessories specified by the manufacturer.
13. USE only with a cart, stand, tripod, bracket, or table specified by the manufacturer, or sold with the apparatus. When a cart is used, use caution when moving the cart/apparatus combination to avoid injury from tip-over.
14. UNPLUG this apparatus during lightning storms or when unused for long periods.
15. REFER all servicing to qualified service personnel. Servicing is required when the apparatus has been damaged in any way, such as a power supply cord or plug is damaged, liquid has been spilled or objects have fallen into the apparatus, the apparatus has been exposed to rain or moisture, does not operate normally, or has been dropped.
16. DO NOT expose the apparatus to dripping and splashing. DO NOT put objects filled with liquids, such as vases, on the apparatus.
17. The MAINS plug or an appliance coupler shall remain readily operable.
18. The airborne noise of the Apparatus does not exceed 70dB (A).
19. Apparatus with CLASS I construction shall be connected to a MAINS socket outlet with a protective earthing connection.
20. To reduce the risk of fire or electric shock, do not expose this apparatus to rain or moisture.
21. Do not attempt to modify this product. Doing so could result in personal injury and/or product failure.
22. Operate this product within its specified operating temperature range.
23. Follow local regulations and consult qualified personnel if the product installation or relocation requires construction work.
24. Choose mounting hardware and an installation location that can support the weight of the product. Avoid locations subject to constant vibration. Use the required tools to install the product properly. Inspect the product periodically.

WARNING

• Voltages in this equipment are hazardous to life. No user-serviceable parts inside. Refer all servicing to qualified service personnel. The safety certifications do not apply when the operating voltage is changed from the factory setting.
• If water or other foreign objects enter the inside of the device, fire or electric shock may result.
  Note: Use only with the included power supply, batteries, or a Shure- approved equivalent.

Safety and Regulatory Information for Battery Chargers

• This equipment is intended to be used in professional audio applications.
• Use this battery charger only with the Shure charging modules and battery packs for which it is designed. Use with other than the specified modules and battery packs may increase the risk of fire or explosion.
• Changes or modifications not expressly approved by Shure Incorporated could void your authority to operate this equipment.

Important Safety Instructions for Listening and IEM Products

• If water or other foreign objects enter the inside of the device, fire or electric shock may result.
• Do not attempt to modify this product. Doing so could result in personal injury and/or product failure.
• Do not use when a failure to hear your surroundings could be dangerous, such as while driving, or when biking, walking, or jogging where traffic is present and accidents could occur.
• Keep this product and its accessories out of reach of children. Handling or use by children may pose a risk of death or serious injury. Contains small parts and cords that may pose a risk of choking or strangulation.
• Before inserting the earphone, always recheck the sleeve to make sure it is firmly attached to the nozzle to decrease the risk of sleeves detaching from the nozzle and becoming lodged in your ear.
• If a sleeve becomes lodged in your ear, seek professional medical assistance to remove the sleeve.
• Stop using the earphones/headphones and consult a medical professional if you experience irritation, excessive wax buildup, or other discomfort.

CAUTION

• Never disassemble or modify the device, as failures may result.
• Do not subject to extreme force and do not pull on the cable or failures may result.
• Keep the earphones dry and avoid exposure to extreme temperatures and humidity.
• If you are currently receiving ear treatment, consult your physician before using this device.

WARNING
Use, clean, and maintain earphones according to manufacturer’s instructions

High sound pressure
To prevent possible hearing damage, do not listen at high volume levels for long periods.

WARNING FOR IN-EAR-MONITORS (IEM product_ONLY)
This device can produce sound volume higher than 85 dB SPL. Please check your maximum allowed continuous noise exposure level based on your national employment protection requirements.

WARNING
LISTENING TO AUDIO AT EXCESSIVE VOLUMES CAN CAUSE PERMANENT HEARING DAMAGE. USE AS LOW A VOLUME AS POSSIBLE. Overexposure to excessive sound levels can damage your ears resulting in permanent noise-induced hearing loss (NIHL). Please use the following guidelines established by the Occupational Safety Health Administration (OSHA) on maximum time exposure to sound pressure levels before hearing damage occurs.

90 dB SPL

at 8 hours

| 95 dB SPL

at 4 hours

| 100 dB SPL

at 2 hours

| 105 dB SPL

at 1 hour

---|---|---|---
110 dB SPL

at ½ hour

| 115 dB SPL

at 15 minutes

| 120 dB SPL

Avoid or damage may occur

Overview

MXW Next System
MXW neXt is a complete solution for meeting room and presentation applications. Developed with Dante technology by Audinate, digital audio is routed over standard IP equipment across a network of access points, digital- to-analog converters, and computers. Access points add wireless, analog, and USB audio to the network. RF coordination is automatic and continuous, offering worry-free wireless audio transmission for every event.

MXW neXt System Components

1. MXW-X Microphones
   Wireless microphones are available in boundary, handheld and bodypack models.

2. “All-In-One” Two-Channel Transceiver/Docking Station/DSP
   Featuring Dante, USB, analog audio connections, acoustic echo cancellation (AEC) and Automix technology, wireless microphone linking, and transmitter charging ports, the APXD2 allows for networked or standalone operation.

3. Control Software
   The control software allows comprehensive remote management of the MXW neXt system. It operates in a web browser when networked to a computer.

System Components

Microphone Transmitters
MXW neXt microphones transmit an encrypted, wireless audio signal to the access point. Three form factors are available:

Hybrid Bodypack (MXW1X)
The bodypack secures to a belt or strap for hands­free, mobile communication. It features a TQG input for a Lavalier connection and an integrated omnidirectional microphone.

Handheld (MXW2X)
The handheld enables presenters to communicate using legendary Shure SM58, SM86, BETA58 and VP68 microphone cartridges.

Boundary (MXW6X)
The boundary transmitter sits on a table or desk to transmit speech while discreetly blending into any conference environment and is available with cardioid or omnidirectional microphone cartridges.

All-In-One APT/Charger/DSP (APXD2)
The APXD2 serves as a 2-channel APT (access point transceiver), networked charger, and DSP (digital signal processing) unit. As a system hub, it transports digital audio from wireless microphones and other Dante devices on the same network, charges docked MXW neXt microphones, networks battery statistics to the control software, and allows direct control over sound quality through digital signal processing. Analog and USB audio I/O capabilities enable it to connect directly to your room’s AV system or videoconferencing device.

MXW neXt Control Software
The MXW neXt control software offers comprehensive remote control of key setup, monitoring and management functions.

Hardware Description

Transmitters
Hybrid Bodypack (MXW1X)
The body is secured to a belt or strap for hands-free, mobile communication. It features a TQG input for a Lavalier microphone connection and an integrated omnidirectional microphone.

Handheld (MXW2X)
The handheld enables presenters to communicate using legendary Shure SM58, SM86, BETA58 and VP68 microphone cartridges.

Boundary (MXW6X)
The boundary transmitter sits on a table or desk to transmit speech while discreetly blending into any conference environment. Cardioid and omnidirectional versions are available.

Callouts

1. Mute/Active Button
   Changes the audio status from Active to Mute, or Mute to Active. Button behaviour for some transmitter types can be set independently from the Preferences tab of the control software.
   Note: For MXW1X and MXW2X, press and hold the Mute/Active button for 3 seconds to turn the transmitter on or off.

2. Status LED
   Indicates the transmitter’s status. The colour indicators for Mute and Active can be customized from the Preferences tab. See the Status LED table for the default LED behaviour for MXW neXt transmitters.

3. Display
   Shows receiver and transmitter settings and information, including battery and RF status, microphone and base unit name, and menu options.

4. USB-C Connector
   Connects to the docking station charger slot, or the USB Charger. Can be used with the USB­C­to­3.5mm dongle to provide a headphone output.

5. Microphone
   MXW1X hybrid bodypack has a TQG connector for an external lavalier or headset microphone, as well as an internal microphone. MXW2X handheld transmitter is compatible with SM58, Beta 58, SM86, and VP68 cartridges. MXW6X features an internal microphone, available with cardioid or omnidirectional microphone cartridges.

6. + / – Buttons (MXW1X)
   Adjusts the MXW1X back­channel audio volume when a headphone is connected. Also selects between internal and external microphones.

7. Power On/Off (MXW6X)
   Press and hold the dedicated power button for 3 seconds to turn the transmitter on or off.
   Note: For MXW1X and MXW2X, press and hold the Mute/Active button for 3 seconds to turn the transmitter on or off.

Status LEDs
Default behaviour. Customize LED behavior from Settings > Lights.

control software.

Initialization/ RF channel acquisition

|

Alternating Red and Green

| The transmitter is initializing and acquiring the RF connection to the linked access point.

Standard density mode has a slow alternating rate. High-density mode has a fast alternating rate.

Out of RF Coverage Range| Red Pulsing (short on/off)| The transmitter is out of the RF coverage range to the linked access point.
Charging| Off| The transmitter is charging.

Off

|

Off

| No connection to the network. The transmitter must be turned on using the power button on the mic.

Front Panel

1. Docking Bays
   Connect and charge up to two MXW neXt handheld, bodypack, or boundary microphones.

2. Link Button
   Press and hold to link docked microphones. Microphones are successfully linked when the link LED stops flashing and the microphone display confirms the successful link.
   Note: Pressing the Link button when mics are present in the charging bays will overwrite any previously-linked microphones.

3. Battery LED
   Indicates charging status for the docked microphone.

4. Link Indicator LED
   Illuminates when the audio channel associated with the charging bay is linked to a wireless transmitter (even if the linked transmitter is powered off).

5. Audio Signal Strength LED (sig/clip)
   Indicates audio signal strength for each channel:

   • Green = Normal
   • Amber = Strong
   • Red = Clipping (to eliminate clipping, attenuate the signal level at the audio source)
   • Note: The bottom LED for each channel indicates the status of the connected microphone: Green = active, Amber = standby, Red = mute, Off = inactive

6. Mode Indicator
   Shows the selected preset mode.

7. Bluetooth Button
   Bluetooth functionality is not currently available.

8. Mode Selector

Presentation

| Share your presentation, with the option of adding a third audio source

Automix and AEC are enabled

A wired microphone can be connected to the analog input for a three-mic setup

Conference

| Connect to your preferred videoconferencing software

Automix and AEC are enabled

If far-end conference audio is connected to the APXD2, the analog audio input provides reference audio for internal echo cancellation only

Note: To avoid audio distortion, remove any wired microphones from the analog input when using Conference mode

Direct

| Bypass most DSP and route your audio channels directly (Automix and AEC are disabled)
Custom| The custom configuration button is reserved for future use.

Back Panel

1. Analog Audio Input

   • Balanced audio input connects to an analog audio device. Set the analog input level to match the output level of the analog device.
   • Input sensitivity
   • Line (+4 dBu)
   • Aux (-10 dBV)
   • Note: This input is meant for a balanced connection. If an unbalanced source is used, such as an IPOD or MP3 player, only use pins 1 (signal) and 3 (ground) of the block connector.
   • See the Specifications section for wiring diagrams.

2. Chassis Ground Screw
   Provides an external connection point to the chassis ground of the device.

3. Analog Audio Output
   Connect to a signal processor, amplifier, or recording system. OUT1 provides the full mix (all audio inputs), and OUT2 provides mix-minus (far-end audio inputs only, minus local audio).

4. USB-C Audio
   Connect to a laptop, videoconferencing unit, or control device.

5. Power
   USB-C power connector. To ensure the reliable operation of the product, use only with the included 5V 3A power supply, or a
   Shure-approved equivalent.
   If any other power supply is used, a continuous, stabilized supply of a minimum 5V 3A is required for reliable operation.

6. Ethernet Ports
   Connect to external control software or Dante audio network.

7. Reset Button
   Press and hold for 5-8 seconds to reset network settings.
   Press and hold for more than 8 seconds to reset the device to the factory default settings

Software

Control Software for MXW neXt

• The MXW neXt access points feature control software to manage the audio inputs and outputs of the MXW neXt system.

• When logging in for the first time, you can set a password to restrict access or choose to continue with no password. Set or change the password from Settings > Permissions.
  Note: For optimal system performance, the control software should not be open to more than seven tabs or windows.

• Open the MXW neXt Control Software

• Access the MXW neXt control software from any computer on the MXW neXt network. The software is hosted from a web server embedded in the MXW neXt devices.

• Download software.

• Download the Shure Update Utility or Shure Device Discovery software from shure.com/software.

• Connect the computer to the MXW neXt.

• The computer accesses the control software from an embedded web server on the device. All networked devices must be connected via Ethernet cable, or wirelessly to the same network (set to the same subnet).
  Note: For wired connections, turn off the PC’s WiFi to force the wired network interface.

• Open the Shure Web Device Discovery application.

• Open the application to view Shure devices on the network that use an embedded server for control software, such as the MXWAPXD2. You can use the Identify button to flash a device’s LEDs for easy identification.

• Open the MXW neXt Control Software

• Double-click an MXW neXt device to open the MXW neXt System control software. The application can be set to open by IP address or DNS name (selectable from the Preferences drop-down).

• Bookmark the web page (recommended)

• Bookmark the IP address of the device when it is set to a Static IP address. Bookmark the device’s DNS name when the IP mode is set to Automatic (DHCP).

Schematic

• The MXW neXt Control Software opens by default to the Schematic view

① Global Settings| Mute all channels, or change the operation mode preset.
---|---
② Inputs| The connected input channels, device names, and input digital signal processing (DSP).
③ Automixer| Input channels can be sent to automixer, which gives an additional “automix out” audio track.

④ Direct Channels

| Independently adjust gain and mute status from the Direct Channels tab. Allows multiple mixes to be sent to different outputs (e.g. provide sound reinforcement for videoconferenc­ ing, while excluding that microphone from the local mix to avoid feedback).
⑤ Digital Signal Process­

ing

|

Indicates DSP settings applied to the direct channels and automatic out.

⑥ Matrix Mixer| Multiple input channels can be routed to multiple output channels.
⑦ Outputs| The available output channel names, numbers, and output DSP.
⑧ Settings| Open the global Settings menu.

Inputs

① Input Channel

| Shows whether the channel is associated with a wireless, analog, Dante, USB, or return au­ audio source. The channel name is customizable and is independent of the microphone linked to that channel.
---|---
② Microphone Type| Indicates the microphone type and customizable device name.
③ RF Meter| Indicates the average RF signal quality for wireless input devices.
④ Battery Meter| Displays estimated battery information for wireless input devices.
⑤ Channel Status| Select whether connected wireless input devices are active or inactive.
⑥ Digital Signal Process­

ing (DSP)

| Configure and apply parametric equalizer (PEQ) and automatic gain control (AGC) to the au­

Dio input signal.

⑦ Gain Control| Adjust the output gain.
⑧ Audio Output Meter| Indicates the average output signal level.
---|---
⑨ Gain Group| Link devices for simultaneous gain adjustment.
⑩ Attenuation| Adjust input attenuation in 0.1 dB increments.
⑪ Mute| Mute or unmute the audio channel.
⑫ Link / Unlink| Link or unlink wireless microphones from input channels and determine input source infor­

motion.

⑬ Input Source| Remotely switch between the internal and external microphone, and lock or unlock the input source (MXWX1 only).
⑭ Properties Pane| Expand to view global properties for all output channels.
⑮ Input Metering| Determine whether the input level is measured pre- or post-gain.

Automixer

⑦ Output DSP (Digital Sig­

nal Processing)

| Configure and apply automatic echo cancellation (AEC), noise reduction (NR) and paramet­

Ric EQ (PEQ) to the automix output channel.

⑧ Properties Pane| Expand to view global properties for all output channels.

Direct Channels

① Direct Input Channels| The channel for the connected MXW next microphone.
---|---
② Analog Input Channel| The channel for the connected analog input device, if available.
③ Channel Status| Indicates whether the channel is active.
④ Direct Out Tap Point| Determine whether the channel audio is taken Pre-gate (direct audio, no level adjustments) or Post-gate (after Automix level adjustments).
⑤ Input EQ| Configure and apply parametric EQ (PEQ) to input channels.
---|---
⑥ Gain Control| Adjust the channel gain.
⑦ Audio Meter| Indicates the average audio signal.
⑧ Attenuation| Adjust attenuation in 1 dB increments.
⑨ Mute Button| Mutes or unmutes the channel’s audio.

Outputs

① Output Channel| Shows whether the channel is associated with an analog, Dante, USB, or backchannel out­

put.

---|---

② Device Name

| Customize device names for RF and Audio channel identification. The name is associated with the channel on the APX, will be stored on it, and is independent of the microphone linked to that channel.
③ Digital Signal Process­

ing (DSP)

|

Configure and apply a parametric equalizer (PEQ) to the output channel.

④ Gain Control| Adjust the output gain.
⑤ Audio Output Meter| Indicates the average output signal level.
⑥ Gain Group| Link devices for simultaneous gain adjustment.
---|---
⑦ Attenuation| Adjust output attenuation.
⑧ Mute| Mute or unmute output channels.
⑨ Analog Output Level| Boost or pad the output level for analog audio sources.
⑩ Properties Pane| Expand to view global properties for all output channels.
⑪ Output Metering| Determine whether the output level is measured pre- or post-gain.

Settings Pane
Open the Settings pane to modify system and device settings, including microphone preferences, IP configuration, audio encryption, cloud connectivity and LED behaviour, or to factory reset your device.

General Settings

audio sources.
⑩ Properties Pane| Expand to view global properties for all output channels.
⑪ Output Metering| Determine whether the output level is measured pre- or post-gain.
④ Dante Device Name| The current device name is registered in the Dante Controller software by Audinate.
---|---
⑤ Device Model| The device model number.
⑥ Language| Set and apply language for the MXW neXt control software.
⑦ Serial Number| The unique identifier used to register the device at the Shure website, guarantee the warran­

ty, and troubleshooting with customer support.

Network Settings

① Spectrum Scanner| Opens the spectrum scanner to estimate how many channels you can fit across your avail­

able wireless spectrum.

---|---
② RF Density Mode| Set your system to Standard (SD) or High Density (HD) modes, depending on the number of channels you need.
③ RF Power| Set your system’s RF power level.
④ Back In Range Behavior| Determine what happens when a paired microphone comes back in range of your access point.
⑤ Enable Out Of Range Alarm|

Check to enable an alert when a paired microphone is disconnected.

⑥ Transmitter Behaviors| Configure the switch behaviour and initial state when removed from the charger, for each transmitter type.
⑦ Mute Preference| Set mute preferences for your devices.

IP Configuration
The MXW neXt control software coordinates IP updates across the entire system of devices. The default setting is Auto, which enables the devices to accept IP settings from a DHCP server, or automatically fall back to Link-Local settings when no DHCP is available. To manually set the IP address of an interface, select Manual. Configure the IP properties from the Settings menu: Go to the Settings tab for the device. After adjustments have been made, click Save.

Rechargeable Batteries
MXW neXt lithium-ion rechargeable batteries use advanced chemistry that maximizes transmitter runtime. Power management from the control software provides detailed visibility of critical battery parameters such as charge status, battery capacity, and cycle count.

• Battery: SB906
• Transmitter: MXW1X bodypack
• Transmitter: MXW6X boundary
• Battery: SB908
• Transmitter: MXW2X handheld

Charge Status LEDs
Each APXD2 has an LED that illuminates to indicate the charging status for the docked microphone:

Charging Status LEDs

supply is not connected

Battery Statistics on Control Software
The MXW neXt control software is used to manage battery information. Use the Inputs tab to view battery status and remotely control the power setting for connected microphones:

In the Charging Station
Displays the remaining time until the microphone battery is fully charged.

During Use
Displays the remaining battery runtime of the microphone, if available.

Maximizing Battery Life
While the rechargeable Li-Ion batteries for MXW1X and MXW6X transmitters are designed to last up to 17 hours or more on a charge, and MXW2X up to 28 hours, variance in battery health and use­case may result in significant differences in battery runtime. Specifically, consistency and overall runtime decrease with the number of charge cycles. Battery health of 80% or less is an indicator that a battery is nearing or at the end of its designated life cycle and should be replaced. Health percentage and number of charge cycles are available from the Utility tab of the MXW neXt control software.

High-Density Mode
High Density (HD) mode reallocates system resources to create additional channels when needed. In applications where latency and back­channel audio monitoring aren’t major considerations, switching to HD mode can also provide up to an hour of additional battery runtime. Density mode is set from the Utility tab of the MXW neXt control software.

Battery Replacement
Lithium Ion Batteries experience a linear reduction in capacity. Shure recommends establishing a battery replacement schedule customized to the client’s requirements and replacing batteries when the capacity is no longer acceptable.
Important: After installing a new battery, reset the battery health statistics that are stored in the microphone by following the steps in Reset the Microphone Battery Statistics in the previous section.

MXW1X, MXW6X Battery Replacement

• Unscrew and open the battery door on the bottom of the transmitter.
• Remove the battery by gently disconnecting the battery connector from the transmitter.
• Connect the replacement battery’s connector to the transmitter.
• Replace the battery with the label facing out.
• Close the door and tighten the screw.
• Dispose of batteries properly. Check with your local vendor for proper disposal of used batteries.
• MXW2X Battery Replacement
• MXW2X batteries should be replaced by qualified service personnel only.

Linking Microphones to APXD2
Up to two MXW neXt microphone transmitters can be linked to an APXD2 docking station at a time. Placing a transmitter into an APXD2 docking bay and pressing the Link establishes a link on the corresponding microphone channel. The same procedure is done to exchange a transmitter in a group. Place the new transmitter in the docking bay that corresponds to the desired channel and press the Link button. This maps the new transmitter to that channel and overwrites any previously-established Links. If an APXD2docking bay is empty during the Link procedure, that channel remains unaffected. This means a device on one channel l can be exchanged without interrupting the audio on the active channel.

Connection Diagrams
The following system diagrams illustrate potential use cases for connecting your MXW neXt system. For more help on the system configuration, please contact your local service representative.

APXD2 Connection Overview
APXD2 can be operated with or without a computer and features analog, USB and Dante connections as well as wireless communication with paired MXW neXt microphones. Systems can be configured for sound reinforcement, videoconferencing, or both.

Sound Reinforcement
Connect additional audio devices to ensure presenters can be heard anywhere in the room.

Analog Out

Dante Out

Video Conferencing
Use APXD2 to seamlessly provide high-quality audio to your chosen conferencing software.

Analog Out

Room TV

Audio Output Configuration for APXD2 Presets
Use the preset mode buttons on the APXD2 to quickly configure your audio.

Analog 1

|

Full audio mix

Sound reinforcement for local mics Hear participants of a video conference

|

Direct audio output from Mic 1

Analog 2

|

Videoconference far end only

Hear participants of a video conference

|

Direct audio output from Mic 2

Dante 1

|

Full audio mix

Sound reinforcement for local mics Hear participants of a video conference

|

Direct audio output from Mic 1

Dante 2

|

Videoconference far end only

Hear participants of a video conference

|

Direct audio output from Mic 2

Dante 3

|

Local mix only

Send local audio from auto mixer to far-end participants

|

Direct audio output from Analog In

USB

|

Local mix only

Send local audio from auto mixer to far-end participants

|

Matrix mix output from Mic 1, Mic 2, and Analog In

Backchannel

|

Enhanced listening to all audio (for accessibility, etc.) Available on each microphone using USB-C audio

AEC Reference

|

Far end only

Reference for echo cancelling al­

algorithm

|

Far end + Analog in Reference for echo can­ celling algorithm

Analog reference audio (e.g. speakers used for far­end au­ dio)

|

N/A

Networking
Networking Best Practices

• Use the following best practices when setting up a network to ensure reliable communication
• Always use a “star” network topology by connecting each component directly to the switch or router.
• Connect networked MXW neXt gear to the same network and set it to the same subnet. This ensures the best system performance and maximum microphone count.
• Use only 1 DHCP server per network. Disable DHCP addressing on additional servers.
• Power on the switch and DHCP server before MXW neXt equipment.
• To expand the network, use multiple Ethernet switches in a star topology.
• Connect each device directly to the port of an Ethernet switch.
• Avoid “daisy-chaining” Ethernet port connections between devices for larger networks.
• Do not loop network connections.
• All devices must be at the same firmware revision level.

Digital Audio Networking

• Dante digital audio is carried over standard Ethernet and operates using standard internet protocols.
• Dante provides low latency, tight clock synchronization, and high Quality­of­Service (QoS) to provide reliable audio transport to a variety of Dante devices.
• Dante audio can coexist safely on the same network as IT and control data, or can be configured to use a dedicated network.

Network Audio and Shure Control Data

• MXW neXt devices transport two types of data over the network: Shure Control and Network Audio.

Shure Control

• The Shure Control carries data for the control software operation, firmware updates and 3rd party control systems (AMX, Crestron).
• This data is transported to all MXW neXt components connected to the network.

Dante Network Audio
This network carries both the Dante digital audio and the control data for the Dante Controller. This data is transmitted between the APT, the output device and the computer. The network audio requires a wired, gigabit Ethernet connection to operate.

• Go to Settings> IP Configuration to view and edit the IP settings for MXW neXt devices.
• Manually Assigning Static IP Address
• To manually assign IP addresses to the MXW neXt system, follow these steps:
• Open the IP Configuration menu in the Settings tab.
• Select the Manual radio button.
• Enter the IP settings and click Save. The control software may close if settings have been updated for the access point.
• Change the computer’s IP address to match the subnet of the MXW neXt equipment.
• Reopen the MXW neXt control interface.
• Dante Network Audio
• Connect your Dante audio network to the MXW neXt system

2 input channels, useful for

• Dante-enabled microphones
• Output from an automatic mixer or room system
• Videoconferencing signal of far-end audio
• 3 output channels, useful for:
• Recording system for archiving
• Live-streaming events
• Videoconferencing feed of near-end audio

Routing Dante Channels

• Use the free Dante Controller software by Audinate to route Dante channels in and out of the MXW neXt system.
• Switch Recommendations for Dante Networking
• In addition to the basic networking requirements, Dante audio networks should use a Gigabit network switch or router with the following features:

Gigabit ports

• Quality of Service (QoS) with 4 queues
• Diffserv (DSCP) QoS, with strict priority
• Recommended: A managed switch to provide detailed information about the operation of each network link (port speed, error counters, bandwidth used)

QoS (Quality of Service) Settings
QoS settings assign priorities to specific data packets on the network, ensuring reliable audio delivery on larger networks with heavy traffic. This feature is available on most managed network switches. Although not required, assigning QoS settings is recommended.
Note: Coordinate changes with the network administrator to avoid disrupting service. To assign QoS values, open the switch interface and use the following table to assign Dante-associated queue values. Assign the highest possible value (shown as 4 in this example) for time-critical PTP events Use descending priority values for each remaining packet.

Priority| Usage| DSCP Label| Hex| Decimal| Binary
---|---|---|---|---|---

High (4)

| Time-critical PTP events|

CS7

|

0x38

|

56

|

111000

Medium (3)| Audio, PTP| EF| 0x2E| 46| 101110
Low (2)| (reserved)| CS1| 0x08| 8| 001000
None (1)| Other traffic| BestEffort| 0x00| 0| 000000

Dante QoS Priority Values
Note: Switch management may vary by manufacturer and switch type. Consult the manufacturer’s product guide for specific configuration details. For more information on Dante’s requirements and networking, visit www.audinate.com.

Networking Terminology
PTP (Precision Time Protocol): Used to synchronize clocks on the network DSCP (Differentiated Services Code Point): Standardized identification method for data used in layer 3 QoS prioritization

Advanced Setup
More information on advanced networking is available at www.shure.com.

IP Ports and Protocols

Shure Control

Port

|

TCP/UDP

|

Protocol

|

Description

| Factory De­

fault

---|---|---|---|---
21| TCP| FTP| Required for firmware updates (otherwise closed)| Closed
22| TCP| SSH| Access to Linux shell| Closed
53| UDP| DNS|  | Closed
68| UDP| DHCP| Dynamic Host Configuration Protocol| Open
**80*| TCP| HTTP| Required to launch an embedded web server| Open
443| TCP| MQTT| Required for inter-device communication| Closed
5353| UDP| mDNS†| Required for device discovery| Open
8023| TCP| Telnet| Access to CLI| Closed
8427| UDP| Multicast SLP†| Required for inter-device communication| Open
57383| UDP| ACNE| Required for network control| Open
64000**| TCP| Telnet| Required for Shure firmware update| Open

Dante Audio & Controller

4321,

14336-14600

|

UDP

|

Dante

|

Dante audio

**[4440, 4444, 4455]***|

UDP

|

Dante

|

Dante audio routing

5353| UDP| mDNS†| Used by Dante
**[8700-8706, 8800]***|

UDP

|

Dante

|

Dante Control and Monitoring

8751| UDP| Dante| Dante Controller
16000-65536| UDP| Dante| Used by Dante

These ports must be open on the PC or control system to access the device through a firewall. These protocols require multicast. Ensure multicast has been correctly configured for your network.

Connecting to an External Control System
The MXW neXt system connects to an AMX or Crestron control system via the Ethernet. Use only one controller per system to avoid messaging conflicts. For a comprehensive list of MXW neXt command strings, visit shure.com/en- US/docs/commandstrings/MXWneXt.
Connection: Ethernet (TCP/IP; MXW is the client)
Port: 2202

Firmware Updates
Firmware is embedded software in each component that controls functionality. Periodically, new versions of firmware are developed to incorporate additional features and enhancements. To take advantage of design improvements, new versions of the firmware can be uploaded and installed using the Shure Update Utility. Download the software from www.shure.com/suu. Perform the following steps to update the firmware:
CAUTION! Ensure the device has a stable network connection during the update. Do not turn off the device until the update is complete.

Connect the device and computer to the same network, and set to the same subnet. (To update MXW neXt transmitters, place them in a docking station that is connected to the same network.) Open the Shure Update Utility application. Click the Check For Updates… button to view new firmware versions available for download. Select the desired firmware and press Download to download it to the Firmware Library. From the Update Devices tab, select the new firmware and press Send Updates… to begin the firmware update, which overwrites the existing firmware on the device.

Firmware Versions and Compatibility
The firmware of all Shure devices has the form of MAJOR.MINOR.PATCH.BUILD (e.g., 1.2.14.0). To ensure interoperability, all components from the same model family (including transmitters) should be updated to the same MAJOR and MINOR firmware version numbers (e.g., 1.2.x.x).

Troubleshooting

Ensure PC and device are on the same network and subnet

Control Soft­|  | Check that Windows firewall settings are not blocking Shure software
ware is taking| The software cannot connect to| Set the router to not send the default gateway as a part of the DHCP
a long time to| the control interface| Set the Shure Web Device Discovery application to open by IP address
load|  | Manually set the computer to a static IP address on the same network as
 |  | the device
Control Soft­ ware is per­ forming poor­ ly|

Indicators are moving slowly or not displaying in real time

|

Reduce the number of windows or tabs that are open to the same Config­

duration

See the Network section for properly setting up the network

The following table offers typical solutions when troubleshooting the Microflex Wireless System.

Network and Device Monitoring

Additional Resources
For additional Troubleshooting assistance or further information on complex installations, visit https://www.shure.com/supportor and contact your local Shure service centre. For digital audio networking help, advanced networking guidelines and Dante software troubleshooting, visit Audinate’s website at www.audinate.com.

Factory Reset
If a device isn’t appearing on the network after trying troubleshooting methods, perform a network reset, or a full factory reset.

From the Control Software

Restore Factory Defaults

| Resets the device to factory default settings, designed for automatic compatibility with other Shure networked devices.

CAUTION: A factory reset deletes all microphone links saved in the device.

Low Power Standby Mode| Enters low-power standby mode. Short press the hardware reset button to exit.

From the Hardware

Restore Factory Defaults

| Resets the device to factory default settings, designed for automatic compatibility with other Shure networked devices.

CAUTION: A factory reset deletes all microphone links saved in the device.

Low Power Standby Mode| Enters low-power standby mode. Short press the hardware reset button to exit.

Accessories and Model Variations

All­In­One Charger/Ac­

cess Point Dock

| 2-Channel Access Point Transceiver with 2 Charging Ports and Intellimix DSP|

MXWAPXD2

Transmitter

|

Bodypack

| Bodypack transmitter (without lava­

lier microphone)

|

MXW1X/O

Battery| SB906
MXW Next Device| Description| Part Number
---|---|---
 |

Handheld

| Handheld transmitter with SM58 cartridge|

MXW2X/SM58

Handheld transmitter with SM86 cartridge|

MXW2X/SM86

Handheld transmitter with Beta 58 cartridge|

MXW2X/BETA58

Handheld transmitter with VP68 cartridge|

MXW2X/VP68

Battery| SB908

Boundary

| Boundary transmitter with omnidi­

directional microphone

|

MXW6X/O

Boundary transmitter with car­

dioid microphone

|

MXW6X/C

Battery| SB906
3.5mm-to-USB audio dongle| AMXWX-USBC-3.5mm

Lavalier Options

®

Microflex 5mm Subminiature Lavalier, Omnidirectional, Black

| MX150B/O-TQG
®

Microflex 5mm Subminiature Lavalier, Cardioid, Black

| MX150B/C-TQG
®

Microflex Omnidirectional Subminiature Earset, Black

| MX153B/O-TQG
®

Microflex Omnidirectional Subminiature Earset, Tan

| MX153T/O-TQG
®

Microflex Omnidirectional Subminiature Earset, Cocoa

| MX153C/O-TQG
®

Microflex 1cm Omnidirectional Lavalier, Black

| WL183
®

Microflex 1cm Supercardioid Lavalier, Black

| WL184
®

Microflex 1cm Cardioid Lavalier, Black

| WL185
Omnidirectional Condenser Miniature Lavalier, Black| WL93

AC Adapter (45W, USB-C, 2m cable)

RF Carrier Frequency Range

East
Z14| 1910 MHz ‒ 1920 MHz| Brazil, Latin America, South America
Z15| 1880 MHz ‒ 1895 MHz| Taiwan

Working Range 45 m (150 ft)
Outdoor and line­of­sight between user and APXD2. The actual range depends on the RF power setting, signal absorption, reflections, and interference.

Audio Frequency Response
30 Hz ‒ 19 kHz (+0.5dB/3dB)
Dependent on microphone type and audio output. Microphone transducers are not included in the measurement.

• MXWAPXD2 set to Direct Mode.
• Digital Audio Processing
• 24-bit / 48 kHz
• Digital Audio Networking
• Dante, AES67
• Security
• AES-256 Encryption

Dante and DECT over-the-air Latency 18 ms (nominal)
MXW1/2/6X microphone input to MXWAPXD2 output. MXWAPXD2 set to SD RF density mode. Latency depends on the output port and RF density mode.

System Audio Polarity
Positive pressure on MXW1X/2X/6X/8X microphone diaphragm produces positive voltage on + pin (concerning – pin) of MXWAPXD2 analog output and a positive digital signal on the MXWAPXD2 USB and Dante outputs.

Radio Transmission
Time Division Multiple Access (TDMA), Gaussian Frequency Shift Keying (GFSK), 365 kHz max. deviation

• DECT RF Sensitivity < -90 dBm
• DECT RF Transmission Power

Cable Requirements

• Cat 5e or higher, shielded, 100 m maximum between network devices
• Network Addressing Capability
• DHCP, link-local, static
• Operating Temperature Range
• 5℃ (41℉) – 40℃ (104℉)
• Operating Humidity RH < 95%
• Storage Temperature Range -20℃ (-4℉) to 60℃ (140℉)
• MXWAPXD2 2-Channel Access Point Dock
• Analog Input

Maximum Input Level

• Frequency Response 20 Hz ‒ 26 kHz (+0.5 dB / ­3 dB)

Total Harmonic Distortion + Noise

Dynamic Range
115 dB (A-weighted), 113 dB (unweighted), typical Line and Aux level input setting. Measured at Dante output. MXWAPXD2 set to Direct Mode.

Preamplifier Equivalent Input Noise

Configuration Balanced

• Type 3-pin Phoenix: Pin 1 = Ground, Pin 2 = Audio +, Pin 3 = Audio –
• Analog Outputs

Maximum Output Level

• Frequency Response
• 20 Hz ‒ 22 kHz (+0.5 dB / ­3 dB)
• Total Harmonic Distortion + Noise 0.02%, typical
• Line, Aux, Mic output level settings

Dynamic Range

• Audio injected at Dante’s input. MXWAPXD2 set to Direct Mode.
• Load Impedance >600 Ω, typical
• Type 3-pin Phoenix: Pin 1 = Ground, Pin 2 = Audio +, Pin 3 = Audio –
• Power Power Requirement
• 4.5V ‒ 5.5V, 2500 mA (via USB­C)
• Power Consumption 12.5 W (typical)
• Network Interface
• Dual ‒ RJ45: Gigabit Ethernet, Dante digital audio
• Docking Interface 5 V / 0.5 A
• SBC10-USB45WPD-*

Power Supply

Varies by region: UTJ, E, UK, IN, BR, AR, AZ

• Housing
• Antenna Type
• Internal Shure Custom PIFA
• Housing Moulded Plastic Cover with Cast Zinc Metal Base
• Dimensions 252.7mm × 202.7mm × 48.8mm (9.95″ × 7.98″ × 1.92″)
• Weight 1111g

Microphones
All Transmitters
SBC10-USB15WSUSTWJ Power Supply (USA, Canada, Taiwan, Japan)

SBC10-USB Power Supply (all other countries)

Microphone Transmitter Output Power

Headphone Output Configuration

Dual mono
Will drive stereo and mono headphones

Headphone Output Connector Type
USB-C Audio Adapter Accessory Mode, via USB-C to TRS Adapter

Headphone Output Connector Pinout

• Charge Connector
• USB 2.0 Type C
• Antenna Type
• Internal chip antenna
• Housing
• Molded plastic

MXW1X Hybrid Bodypack

• External Microphone Input
• Maximum Input Level -1 dBV
• Frequency Response 27 Hz ‒ 19 kHz (+0.5 dB / ­3 dB)
• Measured at MXWAPXD2 Dante output.
• Microphone transducer not included in the measurement.
• MXWAPXD2 set to Direct Mode.

D ynamic Range

• 112 dB (A-weighted), 111 dB (unweighted), typical
• Measured at MXWAPXD2 Dante output. Microphone transducer not included in the measurement.
• MXWAPXD2 set to Direct Mode.
• Preamplifier Equivalent Input Noise -116 dBV (A-weighted), typical
• 22 Hz ‒ 22 kHz BW
• Input Impedance ~30 kΩ @ 1 kHz
• Configuration
• Unbalanced
• Connector Type
• 4-Pin male mini connector (TA4M)
• Pinout 1 = Ground, 2 = 5V DC, 3 = Audio Input, 4 = Active Load
• Internal Microphone Input
• Frequency Response 27 Hz ‒ 20 kHz (+5 dB / ­3 dB)

Dynamic Range
112 dB (A-weighted), 111 dB (unweighted), typical
Measured at MXWAPXD2 Dante output. MXWAPXD2 set to Direct Mode.

Type
Omnidirectional Digital MEMS microphone

Headphone Output

• Maximum Output Level -1 dBV
• Volume = 100%
• Frequency Response 19 Hz ‒ 19 kHz (+0.5 dB / ­3 dB)
• Dynamic Range 100 dB (A-weighted), 98 dB (unweighted), typical
• Audio injected at MXWAPXD2 Dante input.
• The headphone transducer was not included in the measurement. Volume = 100%.

Load Impedance

• Headphone outputs are protected against short circuits.
• Max Headphone Output Power 1.5 mW
• 8Ω load, 1 kHz sine wave
• Power Battery Type
• Shure SB906 Rechargeable Li-Ion
• Battery Life
• Up to 17 hours
• Measured with a new battery. Runtimes vary depending on conditions like headphone level, battery health and RF density mode.
• Battery Charge Time From Empty 4 hours
• Docked in an APXD2 Housing

Dimensions

• 101.5 mm × 47.0 mm × 23.5 mm (3.99″ × 1.85″ × 0.93″)

MXW2X Handheld Microphone

• External Microphone Head Input
• Maximum Input Level -9 dBV
• Frequency Response
• 40 Hz ‒ 14 kHz (+0.5 dB / ­3 dB)
• Measured at MXWAPXD2 Dante output.
• Microphone transducer not included in the measurement.
• MXWAPXD2 set to Direct Mode.

Dynamic Range

• 111 dB (A-weighted), 108 dB (unweighted), typical
• Measured at MXWAPXD2 Dante output. Microphone transducer not included in the measurement.
• MXWAPXD2 set to Direct Mode.
• Preamplifier Equivalent Input Noise -116 dBV (A-weighted), typical 22 Hz ‒ 22 kHz BW
• Input Impedance 2 kΩ @ 1 kHz
• Configuration
• Unbalanced
• Microphone Capsule
• SM58, SM86, Beta 58, VP68
• Headphone Output
• Maximum Output Level -1 dBV
• Volume = 100%
• Frequency Response
• 27 Hz ‒ 19 kHz (+0.5 dB / ­3 dB)
• Dynamic Range 100 dB (A-weighted), 98 dB (unweighted), typical

Load Impedance

• Headphone outputs are protected against short circuits.
• Max Headphone Output Power 1.5 mW
• 8Ω load, 1 kHz sine wave
• Power
• Battery Type
• Shure SB908 Rechargeable Li-Ion
• Battery Life
• Up to 39 hours
• Measured with a new battery. Runtimes vary depending on conditions like headphone level, battery health and RF density mode.
• Battery Charge Time From Empty 8 hours
• Docked in an APXD2

Dimensions

• 228.5 mm × 51.0 mm × 51.0 mm (8.99″ × 2.01″ × 2.01″)
• Weight With Battery 0.380 kg
• Without Battery 0.330 kg
• MXW6X Boundary Microphone
• Internal Microphone Input
• Frequency Response
• 27 Hz ‒ 19 kHz (+3 dB / ­3 dB)
• Measured at MXWAPXD2 Dante output. MXWAPXD2 set to Direct Mode.
• Dynamic Range
• 112 dB (A-weighted), 110 dB (unweighted), typically Measured at MXWAPXD2 Dante output.
• MXWAPXD2 set to Direct Mode.

Type

• Cardioid or Omnidirectional Condensor Capsule
• Headphone Output
• Maximum Output Level -1 dBV
• Volume = 100%
• Frequency Response 27 Hz ‒ 19 kHz (+0.5 dB / ­3 dB)
• Dynamic Range 100 dB (A-weighted), 98 dB (unweighted), typical
• Audio injected at MXWAPXD2 Dante input. The headphone transducer was not included in the measurement. Volume = 100%.
• Load Impedance >8 kΩ, typical
• Headphone outputs are protected against short circuits.
• Max Headphone Output Power 1.5 mW 8Ω load, 1 kHz sine wave
• Power Battery Type
• Shure SB906 Rechargeable Li-Ion
• Battery Life
• Up to 17 hours
• Measured with a new battery. Runtimes vary depending on conditions like headphone level, battery health and RF density mode.
• Battery Charge Time From Empty 4 hours
• Docked in an APXD2

CE Notice
Hereby, Shure Incorporated declares that this product with CE Marking has been determined to comply with European Union requirements. The full text of the EU Declaration of Conformity is available at the following site: https://www.shure.com/en­EU/support/declarations-of- conformity.

UKCA Notice
Hereby, Shure Incorporated declares that this product with UKCA Marking has been determined to comply with UKCA requirements. The full text of the UK Declaration of Conformity is available at the following site: https://www.shure.com/en­GB/support/declarations-of- conformity.

FCC Notice
This equipment has been tested and found to comply with the limits for a Class B digital device under Part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference when the equipment is operated in a residential installation. This equipment generates, uses, and can radiate radio frequency energy and, if not installed and used by the instructions, may cause harmful interference with radio communications. However, there is no guarantee that interference will not occur in a particular installation. If this equipment does cause harmful interference with radio or television reception, which can be determined by turning the equipment off and on, you are encouraged to try to correct the interference by one or more of the following measures:

• Reorient or relocate the antenna of the radio/television receiver.
• Increase the separation between this equipment and the radio/television receiver.
• Plug the equipment into a different outlet so that the equipment and the radio/television receiver are on different power mains branch circuits.
• Consult a representative of Shure or an experienced radio/television technician for additional suggestions.

This device complies with Part 15 of the FCC Rules. Operation is subject to the following two conditions: This device may not cause harmful interference. This device must accept any interference received, including interference that may cause undesired operation.
Notice: The FCC regulations provide that changes or modifications not expressly approved by Shure Incorporated could void your authority to operate this equipment. For information regarding the responsible party and other matters relating to FCC compliance, please contact Shure Incorporated, 5800 W. Touhy Avenue, Niles, Illinois 60714-4608 U.S.A. shure.com/contact

This equipment complies with FCC radiation exposure limits set forth for an uncontrolled environment. The end user must follow the specific operating instructions to satisfy RF exposure compliance. This transmitter must not be co-located or operating in conjunction with any other antenna or transmitter.

Industry Canada (IC) Notices
This device contains licence­exempt transmitter(s)/receiver(s) that comply with Innovation, Science and Economic Development Canada’s licence­exempt RSS(s). Operation is subject to the following two conditions: This device may not cause interference. This device must accept any interference, including interference that may cause undesired operation of the device. This Class B digital apparatus complies with Canadian ICES-003.

Canada Warning for Wireless
This device operates on a no­protection, no­interference basis. Should the user seek to obtain protection from other radio services operating in the same TV bands, a radio licence is required. For further details, consult Innovation, Science and Economic Development Canada’s document Client Procedures Circular CPC­2­1­28, Voluntary Licensing of Licence­Exempt Low­Power Radio Apparatus in the TV Bands. Additional Canadian information on RF exposure also can be found at the following Web address: http://www.ic.gc.ca/eic/site/smt-gst.nsf/eng/sf08792.html

Environmental Regulatory Information
Waste Electrical and Electronic Equipment (WEEE) Directive In the European Union and the United Kingdom, this label indicates that this product should not be disposed of with household waste. It should be deposited at an appropriate facility to enable recovery and recycling.

Registration, Evaluation, Authorization of Chemicals (REACH) Directive
REACH (Registration, Evaluation, Authorization of Chemicals) is the European Union (EU) and the United Kingdom (UK) chemical substances regulatory framework. Information on substances of very high concern contained in Shure products in a concentration above 0.1% weight overweight (w/w) is available upon request.

Recycling Information
Please consider the environment, electric products and packaging are part of regional recycling schemes and do not belong to regular household waste.

Certifications

Regulatory Model Number (RMN)

RMN: MXW1X

| Product Numbers: MXW1X/O Z10, MXW1X/O Z11, MXW1X/O Z12, MXW1X/O Z14, MXW1X/O Z15
---|---
RMN: MXW2X| Product Numbers: MXW2X Z10, MXW2X Z11, MXW2X Z12, MXW2X Z14, MXW2X Z15

RMN: MXW6X

| Product Numbers: MXW6X/C Z10, MXW6X/C Z11, MXW6X/C Z12, MXW6X/C Z14, MXW6X/C Z15, MXW6X/O Z10, MXW6X/O Z11, MXW6X/O Z12, MXW6X/O Z14, MXW6X/O Z15, MXW6XW/C Z10, MXW6XW/C Z11, MXW6XW/C Z12, MXW6XW/C Z14, MXW6XW/C Z15, MXW6XW/O Z10, MXW6XW/O Z11, MXW6XW/O Z12, MXW6XW/O Z14, MXW6XW/O Z15

RMN: MXWAPXD2

| Product Numbers: MXWAPXD2 Z10, MXWAPXD2 Z11, MXWAPXD2 Z12, MXWAPXD2 Z14, MXWAPXD2 Z15

• Regulatory Model Number (RMN):
• For regulatory identification purposes, your product has been assigned a regulatory model number (RMN).
• This regulatory model number should not be confused with the product number.

FCC / IC ID
FCC ID: DD4MXW1X, DD4MXW2X, DD4MXW6X, DD4MXWAPXD2
IC: 616A-MXW1X, 616A-MXW2X, 616A-MXW6X, 616A-MXWAPXD2

Energy Efficiency
External Power Supply meets:

1. The U.S. Energy Conservation Standards specified in the Code of Federal Regulations at 10 CFR 430 32(w).
2. EU COMMISSION REGULATION (EU) 2019/1782 of 1 October 2019: Ecodesign requirements for External Power Supply.
3. Australian Standard requirements of AS/NZS 4665.1:2005 and AS/NZS 4665.2:2005.

The Battery Charger System meets

1. The U.S. Energy Conservation Standards specified in the Code of Federal Regulations at 10 CFR 430 32(z)
2. Canada NRCan standard: CAN/CSA-C381.2

Certification and Compliance Markings

Trademarks
Audinate, the Audinate logo and Dante are trademarks of Audinate Pty Ltd.

References

• Service
• MXWneXt Command Strings - Shure
• Software
• Anatel — Agência Nacional de Telecomunicações
• Audinate - Pioneering the future of AV
• Shure シュア | マイクロホン、インイヤーモニタリング、イヤホンやヘッドホンなどオーディオ機器のリーディングカンパニー
• Shure: Microphones, Wireless microphones, in-ear monitoring, earphones, headphones
• Shure: Microphones, Wireless microphones, in-ear monitoring, earphones, headphones
• Service
• MXWneXt Command Strings - Shure
• Software
• Support

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