Rode Wireless GO II Microphone System
Australia
Dual Channel Wireless Microphone System
The world’s smallest and first truly wireless microphone has been reborn. The Rode Wireless GO II is an ultra-compact and extremely versatile wireless microphone system consisting of a dual channel receiver and two transmitters. Incorporating the same unique form factor and professional sound quality as the original Wireless GO with groundbreaking, patent-pending technology, the Rode Wireless GO II is the perfect microphone for a wide range of content creation applications.
The Rode Wireless GO II boasts a range of powerful features, including universal compatibility with cameras, mobile devices and computers, extended range (200m line of sight) and improved transmission stability, on-board recording capabilities, and much more. This is next generation wireless audio.
Also available … Rode Charge Case, a handy charging case for the Wireless GO II. It accommodates both transmitters and the receiver and features an integrated battery.
AU-7145B040
Price range: $271.00 through $380.00
Choose secure credit card payment via eway or use PayPal
Schools and Educational Institutions can choose
Payment on INVOICE
Key Features:
- Dual channel wireless microphone system for recording two sound sources simultaneously
- Series IV 2.4GHz digital transmission, 128-bit encryption – crystal-clear audio at up to 200m (line of sight), optimised for extremely stable operation in dense RF environments
- 3.5mm TRS analog output, USB-C and iOS digital output – universal compatibility with cameras, mobile devices and computers
- On-board recording – over 40 hours of internal memory
- Option to record each channel separately or combine them for ultimate flexibility in post-production
- Safety channel, flexible gain control (three-stage pad, expandable to 10-stage)
- In-built rechargeable lithium-ion battery – up to 7 hours battery life
- Designed and made in RØDE’s precision manufacturing facilities in Australia
- Also available in a Single Set with one transmitter and one receiver