SYNCO G1(A1) Microphone

SYNCO G1(A1) Overview

The Synco G1(A1) is an ultracompact, single-channel digital wireless microphone system great for shooting videos for Instagram, YouTube, and TikTok. It offers a complete, versatile, and simple-to-use solution for recording dialogue, interviews, and speech directly to a mirrorless/DSLR camera or a mobile device with a 3.5mm input.

 Synco G1(A1) Single-Channel Receiver with Belt Clip

• The  Synco G1(A1) receiver features a belt clip, which also doubles as a shoemount adapter for your camera.

Clip-On Transmitter with Built-In Mic and Lavalier Mic

• The compact transmitter is equipped with both a built-in microphone and a 3.5mm input that accepts its included lavalier microphone.
• The transmitter can be clipped on clothing without having to wire yourself or your talent, providing a fast, truly wireless setup. You can also hold the transmitter in your hand and use it as a handheld microphone.
• A low-cut filter on the transmitter can be engaged to reduce air-conditioning and wind noise.

 Synco G1(A1) Easy to Operate System

• The receiver features a belt clip, which also doubles as a shoemount adapter for your camera.
• Simply press the pairing buttons and the system components pair automatically.
• Dedicated gain buttons on the receiver allow for 8 dB of gain adjustment for the microphone.
• The receiver and the transmitter have displays that indicate power, battery life, and pairing status.
• The transmitter and the receiver are powered for up to 5 hours via built-in lithium-ion rechargeable batteries.
• The battery recharges in 1.5 hours; a charging cable is included.

2.4 GHz Digital Wireless

• To avoid interference from TV and radio waves, the WAir digital system operates in the 2.4 GHz frequency band—far away from television, radio, and UHF wireless microphone transmissions.
• The system automatically changes transmission frequency to mitigate noise and dropouts at a line-of-sight distance of up to 230 feet or up to 131 feet when some obstacles are present.
• For optimal performance, environments with limited Wi-Fi/2.4 GHz traffic and minimal physical obstructions are