What to do if charger is not discovered by the Control Software of Shure Microflex MXWAPT4 Microphone system?
Ensure that the MXWNCS charger is not in High Efficiency Mode (solid blue Microphone Link LED) for Shure Microphone system.
How to fix no or distorted audio on Shure Microphone system?
To troubleshoot no or distorted audio on your Shure Microphone system: * Check the cables. * Ensure transmitters are on and channels are un-muted. * Verify the input meters are OK on the Monitor tab of the MXW control software, and attenuate if the channel is clipping. * Check the output meters on the Audio Network Interface (ANI) front panel and in the ANI control software. Use headphones to listen to the audio from the ANI, and attenuate if the channel is clipping. * Confirm that the output level of the ANI matches the input of the connecting equipment. * Verify APT is not performing a spectrum scan.
What to do if audio is cutting in and out on Shure Microflex MXWAPT4 Microphone system?
If the audio on your Shure Microphone system is cutting in and out, you can: * Perform a Spectrum Scan to monitor RF interference. * Decrease channel count to verify if the system is overloading the RF spectrum.
General| Network Interface | Ethernet |
|---|---|
| Modulation | GFSK |
| Audio Bandwidth | 20 Hz to 20 kHz |
| Dynamic Range | > 120 dB |
| Power Supply | external power supply |
| Wireless Technology | Digital |
Describes the Shure Microflex Wireless Series as a complete microphone solution for flexible meeting rooms.
Highlights key features like Legendary Shure Quality and Premium Audio with CommShield Technology.
Covers digital audio transport over Ethernet using Dante technology for low latency and reliable audio.
Explains how microphones are assigned to channels and automatically scan for RF spectrum.
Describes the RF scanner in the access point to document average and peak RF interference.
Lists and describes the various components of the MXW system.
Explains the four available form factors for MXW microphones: Hybrid Bodypack, Handheld, Boundary, and Desktop Gooseneck Base.
Details the front panel features of the ANI, including input/output channels, channel selector, and LEDs.
Details the APT's functions: audio signal flow, RF stability, web server, and control information.
Explains the NCS capabilities for charging, linking microphones, and network battery statistics.
Lists necessary additional equipment like network and audio cables.
Explains how to connect MXW components using Ethernet cables and a switch.
Guides on mounting the APT, including selecting a location and best practices.
Explains how to use group configuration to form audio channels between microphones and devices.
Explains linking microphones to Access Point channels using the Networked Charging Station.
Explains how MXW operates using TDMA for channel assignment and interference management.
Uses a scanning tool to survey RF spectrum and estimate channel counts.
Explains how the APT detects PHS and reduces operation when detected.
Adjusts RF radius to allow frequency reuse and optimize coverage.
Details best practices for star topology, subnetting, and DHCP servers.
Manages IP configurations for network interfaces using Automatic (DHCP) or Manual (Static) modes.
Configures the ANI to isolate audio from control networks to reduce traffic.
Locks configurations for stability in large systems with many APTs.
Used to access GUIs of Shure devices for comprehensive management.
Provides comprehensive system control and monitoring from a computer.
Adjusts microphone status and views RF spectrum availability.
Configures groups of components, assigns APTs, chargers, and output devices.
Manages device properties, IP settings, and firmware versions.
Troubleshooting steps for 'No or distorted audio' and 'Audio is cutting in and out'.
Troubleshooting steps for associating components to groups.
Troubleshooting network connectivity and device monitoring issues.
Instructions for resetting hardware to default settings.
Lists APT models and accessories like mounting plates and covers.
Lists ANI models and accessories like hardware kits and IEC cables.
Lists transmitter types, cartridges, batteries, and options.
Lists system specifications like RF frequency range, audio frequency response, and power consumption.
Provides specifications for transmitters.
Provides specifications for the ANI, including frequency response, dynamic range, and output noise.
General safety warnings and cautions for operating the equipment.
Specific warnings related to hearing damage from excessive volume.
Information on intended use, EMC testing, and modifications.
FCC compliance information and measures to correct interference.
FCC and Industry Canada compliance statements.
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