1U dual channel rack-mountable receiver with metal chassis
Full-color VFD (vacuum fluorescent display) for clear viewing of all parameters
All controls are intuitive and easily accessible, allowing for quick and easy system setup via a single rotary control
Enhanced RF circuitry improves anti-interference characteristics and system compatibility with 64 MHz wide bandwidth allows more interference-free channels to be selected
New digital diversity receiving technology eliminates signal dropout and enhances receiving range
ACT-828 can work with the transmitters powered by AA battery like ACT-80H and ACT-80T, or the transmitters powered by rechargeable lithium battery like ACT-8Ha and ACT-8Ta. Building on their highly successful line of true digital wireless, MIPRO has introduced ACT-818 and ACT-828 which deliver outstanding features at an affordable price. An expanded 64MHz bandwidth ensures optimal flexibility, allowing more interference-free, compatible channels to select from.
1U dual channel rack-mountable receiver with metal chassis
Full-color VFD (vacuum fluorescent display) for clear viewing of all parameters
All controls are intuitive and easily accessible, allowing for quick and easy system setup via a single rotary control
Enhanced RF circuitry improves anti-interference characteristics and system compatibility with 64 MHz wide bandwidth allows more interference-free channels to be selected
New digital diversity receiving technology eliminates signal dropout and enhances receiving range
Full-Range sound quality won’t be changed by the strength of RF signals or operation distance
Digitally-processed RF circuitry and DigitnamicPlus technology eliminates compander noise, assuring a wireless sound quality that easily rivals cable transmission
Improved proprietary audio A/D converter provides true dynamic range of 115dBA, T.H.D. < 0.03% at 1kHz with < 2.7ms latency
SPDIF digital audio interface facilitates direct connection to digital mixing consoles and transmits signal without distortion, ensuring a stable S/N ratio which will not deteriorate in long distance transmission