Wireless Lavalier Microphone Receiver Transmitter Kit Lensgo 338C

The Lensgo 338C is a professional wireless lavalier radio system consisting of a two-channel receiver and two transmitters. Each transmitter is equipped with a slot for TF memory cards, which allows you to record sound from a lavalier microphone and later use it when editing footage.

Specifications:

• Working distance: 150m (LOS), 20m (NLOS)
• Wireless frequency: 521.0 MHz - 590.0 MHz (UHF)
• RF output power: 50mW
• Channels: 99
• Latency: TX → RX (1ms,0.5%)
• Coordination method: Manual
• Antenna: SMA omnidirectional antenna
• Material: Aluminum alloy
• Antistatic box: yes
• Memory card recording: Sampling rate: 16bit 48K
• Max. Storage capacity: 32 GB
• Lavalier Microphone: Omnidirectional
• Mic preamp: yes
• Frequency response: 60Hz-17KHz
• S/N: -75 dB
• Equivalent noise level: (A-weighted)
• Headphone output power: 90mW
• Weight: 171g TX, 188g RX
• Dimensions: 60mm*90mm*25mm
• Power supply: AA*2 (not included)
• Battery life: ~8 hours.

Synchronous recording to TF card

Record crystal clear sound without distortion or delay. The ability to record sound from a lavalier microphone directly into the transmitter on a removable memory card prevents the loss of audio recording due to external radio interference or when the receiver is far from the transmitter.

TF card recording and wireless signal transmission can be done synchronously. To enable Backup mode, you can insert a 32G (max.) TF card into the radio transmitter, select "Record Menu" - "Enable". Recording is done at 48kHz 16bit.

Note: TF card is not included

Wide Compatibility

The Lensgo 338C wireless microphone systems are compatible with cameras equipped with a 3.5mm TRS mini-jack input - Nikon, Canon, Sony, Panasonic and other camcorders. The wireless lavalier microphone is the best choice for YouTube streaming, video recording, audio recording, Vlog recording, interviews, microfilming, podcasts, weddings, bloggers, content creators, etc.

99 UHF Channels

The Lensgo 338C Lavalier Microphone Radio Systems have the UHF international wireless transmission standard.

99 preset UHF radio channels in the receiver and transmitters allow you to synchronize a large number of wireless microphone systems on one set without overlapping frequencies. The automatic RF scan mode allows you to find less crowded bands for the most reliable and stable communication between the receiver and transmitters.

Adjustable RF signal strength

Lensgo 338C wireless microphones allow you to adjust the power of the radio signal. This allows you to cover a greater distance and achieve a more stable signal in "radio-noisy" locations - "High" mode, standard mode - "Middle" or to save battery power - "Low" mode

Automatic synchronization.

Lapel radio systems Lensgo 338C are equipped with an infrared port for automatic synchronization of communication channels. This saves time on set, especially if you use many sets of wireless microphones.

low cut filter

Each radio lavalier has a Low Cut Filter function. This will allow you to record clearer sound in a noisy room or outdoors. The low pass filter is available in two bands 75Hz and 150Hz.

The transmitter and receiver housings are made of durable aluminum alloy. Each module is equipped with a belt clip and a ¼ bolt hole for attaching to a “magic arm” or other compatible rig. Included is a cold shoe adapter for attaching the receiver to the camera. Also, all modules are equipped with transparent plastic antistatic protective boxes. LCD screens have a backlight that can be turned off or switched to "Auto" mode and it will automatically turn off after 30 seconds.

The lavalier microphone gain on the radio transmitter can be adjusted between -3 and +3.

On the receiver, the volume of each channel is controlled independently. The output signal can be either in stereo or mixed in mono.

Also, on the transmitter, you can select the signal source - lavalier microphone or line input. All connectors are externally threaded to securely hold lavalier, headphone, and line-in and line-out cables.