What to do if my Shure Microphone needs resetting?
To reset your Shure Microphone, you have two options: 1. Network Reset: Press and hold for 4 or 5 seconds to reset network settings and refresh the network connection. 2. System Reset: Press and hold for 8 or 10 seconds to reset the device to its default factory settings.
How to fix wireless interference on a Shure Microflex MXCW Microphone?
To resolve wireless interference issues with your Shure Microphone, try the following: * Select more wireless channels. * Lower the RF power in the web application by navigating to Wireless > RF power. * Relocate the MXCW access point.
How to export log files from Shure Microflex MXCW?
To export log files from your Shure Microphone, go to Settings and click Download APT logs. This will send the log files to Shure Systems Support for troubleshooting.
General| Brand | Shure |
|---|---|
| Model | Microflex MXCW |
| Category | Microphone |
| Language | English |
Overview of RF efficiency, frequency coordination, interference avoidance, encryption, and bi-directional wireless.
Connect the access point to a PoE source and configure initial settings.
Connect and power on wireless conference units for system use.
Test microphone audio levels and functionality after setup.
Description of the access point's screen, enter, exit, and arrow buttons.
LED indicators for power, network link, and system reset status.
Indicates the status of Dante network audio channels and firmware updates.
Indicates wireless channel status, interference detection, and firmware updates.
Analog XLR inputs/outputs and ground lift switch for audio connections.
Reset button for factory defaults and Ethernet port for network connectivity.
Setting the network ID for easy recognition and control of conference units.
Configure speak modes, participant limits, and device control.
Adjust loudspeaker gain, input levels, and output levels.
View network details and firmware version for the access point.
Introduction to the features and functions of the MXCW640 conference unit.
Headphone output, volume control, touchscreen, and microphone buttons.
Power button, battery status, NFC slot, and USB connector for unit operation.
Steps to physically connect a microphone to the conference unit.
Navigating the home screen, voting, and settings menus on the unit.
Configuring how units connect to networks upon startup.
Prevent participants from changing unit settings by locking the welcome screen.
Exchanging buttons and configuring the left button's function.
Details on the SB930 battery, including status buttons and LEDs.
Factors affecting battery longevity and replacement advice.
Guidelines for proper care and storage to ensure battery performance and lifespan.
Overview of the charging station for SB930 batteries and its status indicator.
Description of charging slots, LEDs, power button, and reset functions.
Ethernet port for monitoring and storage mode for battery preservation.
Steps to connect power and turn on the charging station.
Methods to monitor battery charge status while in use or charging.
Charging times, USB charging methods, and requirements.
Key metrics like bay number, status, health, cycles, and temperature.
Using the charging station's storage mode to maintain battery health.
Best practices for selecting the best location for access point placement.
Ensuring all equipment meets specifications before installation.
Using the paintable cover to match the access point to room decor.
Detailed steps for mounting the access point on walls, ceilings, and boxes.
Instructions for mounting the charging station on ceiling tiles or tripods.
Understanding system capacity and connecting devices to the wireless network.
Automatic connection and registration of wireless devices upon power-up.
Creating custom network names for easier identification and security.
How the system resolves conflicts between access points using the same SSID.
Steps to connect to and open the Shure Web Device Discovery application.
Using DNS names to directly access device web applications.
Introduction to Admin, Chairperson, and Display views.
Understanding how RF power affects the operating distance.
Adjusting RF power for optimal coverage based on room size.
Diagram of RF pattern and example of room combining for larger areas.
Managing bandwidth and selecting wireless channels for optimal performance.
System's ability to scan, detect, and avoid wireless interference.
Suggestions to resolve interference or dropouts and improve system performance.
Steps to set up conference units for remote caller functionality.
Understanding tones indicating remote caller connection and priority.
Confirming hardware identity before making software changes.
Selecting which columns and information to display on the Devices tab.
Assigning names and seat numbers for accurate participant identification.
Ensuring seat information is saved across power cycles.
Enabling and using NFC cards for participant identification.
Manually adjusting speak priority for participants to manage interruptions.
Fine-tuning speak priority without altering participant roles.
Configuring how microphones behave when the speaker list is full.
Selecting microphone activation methods like Auto, FIFO, Manual, or Handsfree.
Using voice detection to automatically activate microphones.
Tips for optimizing performance and avoiding issues in Handsfree Mode.
Defining the maximum number of active speakers and delegates.
Settings to avoid conflicts from double-presses or simultaneous actions.
Restricting microphone muting to administrators or chairpersons.
Details on wireless, analog, and Dante audio channels.
8 uplink channels for active speakers, with limits adjustable.
1 floor channel and 8 interpretation channels for listening.
How audio is routed to the floor mix by default for participant listening.
Using the web application to monitor and adjust microphones contributing to the floor mix.
Connecting external audio equipment via XLR connectors on the access point.
Ensuring consistent audio volume by automatically adjusting channel levels.
Blending additional audio sources with the MXCW wireless microphone floor mix.
Connecting and distributing an Emergency Evacuation Message (EEM) audio signal.
Configuring up to 8 audio channels for language interpretation.
Integrating Dante audio devices with the MXCW system.
Recommended features for network switches used with Dante.
Configuring Quality of Service for reliable audio delivery on networks.
Securing audio transmission using AES-256 encryption.
Guidelines for reliable network communication setup.
Configuring IP addresses using DHCP or static assignment.
Step-by-step guide to assigning static IP addresses in the web application.
Adjusting latency settings in Dante Controller for device synchronization.
Controlling voting sessions from the conference unit or web application.
Details on the different open and secret voting configuration options.
Viewing, sharing, and exporting voting results.
Checking hardware, connections, and addressing wireless interference.
Downloading log files for troubleshooting assistance from Shure Support.
Steps for updating firmware and guidelines for version compatibility.
Connecting to external systems like AMX or Crestron via Ethernet.
Latency values and frequency response characteristics for system outputs.
THD and dynamic range measurements for system outputs.
Information on DSP capabilities and audio polarity definition.
Operational working range and AES Encryption capabilities.
Input levels, impedance, and THD for Line and Aux analog inputs.
Maximum output level and THD+N for analog outputs.
Dante input specs: response, THD, dynamic range, and load impedance.
RF specs: WLAN, frequency bands, sensitivity, and output power.
Power supply, consumption, network interface, and cable requirements.
Display resolution, dimensions, weight, and mounting type.
Input levels, response, THD, dynamic range, and EIN for microphone input.
Specs for remote caller input: level, frequency, THD, range, and EIN.
Input levels, impedance, and THD for headset microphone input.
Nominal and maximum output levels and frequency response for speakers.
THD and dynamic range for speaker output.
Output level, response, THD, range, and load impedance.
Maximum output level for the remote caller output.
Response, THD, dynamic range, and impedance for remote caller output.
WLAN standard, frequency bands, sensitivity, and output power.
Carrier frequency range for NFC functionality.
Battery type, consumption, and charge time.
USB input voltage range, power consumption, and recommended cable.
Display type, size, and resolution for the charging station.
Dimensions, weight, housing, and mounting type for the charging station.
Temperature ranges and battery connector details.
Charge time, current, and power requirements for the charging station.
Network interface, cable length, and cable requirements for connectivity.
Housing, mounting, dimensions, and operating temperature range.
List of microphones, accessories, and optional items for the system.
Regional variations of the MXCWAPT access point.
Essential safety instructions for operating the equipment.
Explanation of warning and caution symbols indicating potential hazards.
Warning about permanent hearing damage from excessive volume exposure.
Information regarding FCC rules, interference, and authorized operation.
Details on EMC conformance, FCC, and Canadian ICES-003 compliance.
Guidelines for the proper and separate disposal of old electrical appliances.
List of trademarks and their owners used in the documentation.
To Next Page