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Компактная цифровая беспроводная микрофонная система RODE Wireless GO — как есть

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Original price was: $87.11.Current price is: $52.26.

Meta:
Transducer Type : Condenser
Model : Rode Wireless GO
Connectivity : 3.5 mm (1/8 in) TRS, Wireless
Features : Adjustable Gain, Back-Lit LCD Display, Built-in Headphone Jack, Compact and Lightweight Design, Flexible and Easy Mounting, Mountable, On/Off Switch, With Storage Bag
Brand : Rode
Form Factor : Clip-on pack
gtin13 : 698813005611
Состояние товара : Б/у
Polar Pattern : Omnidirectional
Item Weight : 1.1 oz (each)
Maximum SPL : 100 dB SPL
UPC : 698813005611
Mount Type : Clip-on
MPN : WIRELESS GO
Color : Black

This item is great condition. Only includes transmitter and receiver. No other accessories are included. Overview: The Wireless GO is an ultra-compact wireless microphone system that is unique in its clip’n’go versatility and incredibly compact form-factor. The transmitter features an in-built omnidirectional condenser capsule and can be used as a clip-on mic or with a RØDE lavalier, sending crystal-clear, broadcast-grade audio via 2.4GHz digital transmission to the on-camera receiver. It’s the perfect wireless mic solution for content creators in all disciplines: filmmakers, on-camera presenters, newsgatherers, vloggers and more. Key Features Transmitter operates as a clip-on microphone or beltpack for a lavalier/headset microphone Ultra-compact form-factor – transmitter and receiver weigh a minuscule 31g each Series III 2.4GHz digital wireless transmission with 128-bit encryption delivers crystal-clear audio under any conditions and excels in dense Wi-Fi and Bluetooth environments (shopping malls, conventions, hotels etc) Up to 70m range (line-of-sight), optimised for short-range operation in congested RF environments. In-built rechargeable batteries that last up to 7 hours, charged via USB-C Super easy to use – transmitter and receiver auto-pair in under three seconds 3-stage output pad (0dB, -12dB and -24dB) and battery saver mode Use up to eight systems in one location