The Best Wireless Microphone and System in 2018
The performance of Wireless Microphone is often affected by various
factors such as frequency interference, user error handling, and so on. This
article will teach you how to avoid and prevent the most common wireless
microphone problems.
When using Wireless microphone, there is always interference between the system itself. Although each system has frequencies or intervals of several megahertz, Intermodulation Distortion (IMD) can still cause interference between microphones. If there is not enough space between the intermodulation signal and the device's operating frequency, it is difficult for the receiver to pick up the signal from the transmitter. Typical phenomena are crosstalk between systems, frequent signal loss or excessive noise and distortion.
The minimum separation between frequencies depends on the design of the system receiver, which may require an interval of 1 MHz from the nearest neighbor. The more expensive receivers usually have narrower adjustment "windows" that allow for a smaller intermodulation frequency separation between each system.
BY-WM8 Dual Channel UHF Wireless Microphone System
The BOYA BY-WM8 Dual-Channel UHF wireless system is a portable, camera-mountable wireless system for capturing audio with dual subjects. It can be used in several environments for video, field recording, interview, broadcast TV, and ENG applications.
In order to avoid intermodulation distortion, choose the calculated frequency of mutual compatibility. This requires a wealth of transmitter and receiver design knowledge that is often calculated by wireless microphone system builders. For example, when only eight wireless microphone are used together, thousands of calculations are performed to ensure compatibility between the microphones. As a result, most manufacturers have released their system-compatible frequency list. In addition, software can be used to help users identify compatibility frequency under certain conditions.
Most frequency-compatible software have an important assumption at design time that all receivers are always on or not mute (even if some transmitters are turned off occasionally) so that all receivers do not pick up To the possible noise intermodulation signal.
As a result, the software needs to be designed with enough room for intermodulation signals and wireless microphone. If you assume that the sound system operator is to play a more active role in the activity, then the system needs a wider range of compatibility. In this case, assume that the operator will silence all receivers and all transmitters will remain there during the show.
BY-WHM8 UHF Wireless Handheld Transmitter
BY-WM4 Wireless Microphone
BY-WM5 Wireless Microphone
BY-VM600 Shotgun Microphone
BY-VM190 Shotgun Microphone
Stereo microphone system
Lavalier microphone
BY-M4C Lavalier Microphone
BY-M4OD Lavalier Microphone
ENG/broadcast microphone
Conference microphone system
When using Wireless microphone, there is always interference between the system itself. Although each system has frequencies or intervals of several megahertz, Intermodulation Distortion (IMD) can still cause interference between microphones. If there is not enough space between the intermodulation signal and the device's operating frequency, it is difficult for the receiver to pick up the signal from the transmitter. Typical phenomena are crosstalk between systems, frequent signal loss or excessive noise and distortion.
The minimum separation between frequencies depends on the design of the system receiver, which may require an interval of 1 MHz from the nearest neighbor. The more expensive receivers usually have narrower adjustment "windows" that allow for a smaller intermodulation frequency separation between each system.
BY-WM8 Dual Channel UHF Wireless Microphone System
The BOYA BY-WM8 Dual-Channel UHF wireless system is a portable, camera-mountable wireless system for capturing audio with dual subjects. It can be used in several environments for video, field recording, interview, broadcast TV, and ENG applications.
In order to avoid intermodulation distortion, choose the calculated frequency of mutual compatibility. This requires a wealth of transmitter and receiver design knowledge that is often calculated by wireless microphone system builders. For example, when only eight wireless microphone are used together, thousands of calculations are performed to ensure compatibility between the microphones. As a result, most manufacturers have released their system-compatible frequency list. In addition, software can be used to help users identify compatibility frequency under certain conditions.
Most frequency-compatible software have an important assumption at design time that all receivers are always on or not mute (even if some transmitters are turned off occasionally) so that all receivers do not pick up To the possible noise intermodulation signal.
As a result, the software needs to be designed with enough room for intermodulation signals and wireless microphone. If you assume that the sound system operator is to play a more active role in the activity, then the system needs a wider range of compatibility. In this case, assume that the operator will silence all receivers and all transmitters will remain there during the show.
BY-WHM8 UHF Wireless Handheld Transmitter
BY-WM4 Wireless Microphone
BY-WM5 Wireless Microphone
BY-VM600 Shotgun Microphone
BY-VM190 Shotgun Microphone
Stereo microphone system
Lavalier microphone
BY-M4C Lavalier Microphone
BY-M4OD Lavalier Microphone
ENG/broadcast microphone
Conference microphone system
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