Synco WAir-G1-A2 2.4 GHz 2-Person Digital Wireless Microphone System for Mirrorless/DSLR Cameras

Synco WAir-G1-A2 2.4 GHz 2-Person Digital Wireless Microphone System for Mirrorless/DSLR Cameras

Synco WAir-G1-A2 is the first digital wireless microphone (2.4 GHz) and the first DSP wireless microphone launched by SYNCO. It runs the SyncoderTM Encrypted Transmission Algorithm to achieve accurate audio signal pickup. It is tiny sized, which however, has no impact on its excellent performance.

Synco WAir-G1-A2 reaches signals 50 meters away at max., provides 2 output modes (mono or stereo) to re-show the direction and distribution of sound, offers optional low cut filter as well as gain control to improve the signal level perfectly, and carries a rechargeable lithium battery to support 8-hour working each time.

It is a great choice for 2-person interviews/ dialogues when mobile journalists, videographers, etc. kindly consider it.
SyncoderTM Encrypted Transmission Algorithm, based on the Frequency Hopping Spread Spectrum (FHSS), is developed to have a 128-bit encrypted signal transmission capacity and instantaneous channel switch.

Synco WAir-G1-A2 provides a secure, stable, and hassle-free audio system to guarantee accurate audio signal pickup. G1(A2) professional wireless microphone system bypasses the frustration of licensing and frequency mandating and offers a strong signal wherever you go.

Max. 50m Transmission Distance

Synco WAir-G1-A2 achieves long-distance (Line-of-Sight: 164ft/50m) high-quality signal matching thanks to 2.4GHz technology and SyncoderTM algorithm. Even when there are obstacles in between, it is still 98ft/30m available. This makes it a perfect choice for mobile journalists, videographers, etc. If you need a longer distance, G1(A1) with 230ft/70m (LOS) and 131ft/40m (NLOS) is a choice.

First DSP Wireless Microphone

DSP (= digital signal processor) technology is adopted for the first time in SYNCO quality wireless microphone, a move intended to process audio in real time. Analog signals captured by the transmitter are converted to digital signals for audio recalibration, and the processed audio is delivered to the receiver instantly. It is a process of real-time audio optimization, saving lots of time for post-processing and ensuring a high-quality audio performance in live broadcasting.

Exclusive Stereo Sound Performance

Synco WAir-G1-A2 handsfree wireless microphone has 2 output modes – mono & stereo – to restore the direction and distribution of sound. In mono mode, the sounds captured by each transmitter are combined into one audio track, focusing on the clarity of sound.

When it is stereo, 2 sounds are separated to either left or right track, trying to emphasize the presence, layering, and transparency of sound. This is ideal for a 2-person interview or dialogue where modification of each audio track and post-processing are necessary.

True Adjustment for Clear, Clean Sound

SYNCO G1(A2), as one of SYNCO’s top wireless microphones, provides an up to 180Hz optional low cut filter which targets low-frequency noises caused by wind, air conditioners, and traffic. The 0-4 level, 8dB-range gain control on the receiving end is dedicated to optimizing signal levels simply and effectively.

The 3.5mm TRS headphone jack allows real-time sound monitoring so that any adjustment can be made promptly. All this guarantees a clean and clear sound output.

Big Uses in Tiny Construction

A 400mAh chargeable Li-ion battery is in-built to support 8-hour-long recording under ideal conditions. It supports charging-while-recording and can get 50% power in just 40 mins. Its status is seeable on the power indicator which flashes to tell low battery, stays green when charging, and is off when fully charged.

The 3.5mm TRS audio output on the receiver is open to the included 3.5mm TRRS/TRS cables, making it applicable to almost all 3.5mm input cameras & camcorders, as well as Android/ iOS mobile devices. All these are held by this small wireless microphone, a camera- and collar-fixable device to stay out of the way when recording.