Wireless Solution W-DMX™ Micro R-512 Lite G4 Reciever
The Micro series of transceivers and receivers are the most compact W-DMX™ products available on the market today. Micro products are built into a slim-line casing, with mounting options for any conceivable location or to practically any type of structure encountered in the entertainment and architectural lighting business, the Micro series is perfect for smaller events, or where space is a problem, such as inside trucked scenery, set pieces or in difficult to reach corners.
The Micro units are also suitable for smaller rental applications where the distance does not need to exceed 250 meters, and where fewer universes need to be transmitted wirelessly in one area.
The Micro series of transceivers and receivers are the most compact W-DMX™ products available on the market today. Micro products are built into a slim-line casing, with mounting options for any conceivable location or to practically any type of structure encountered in the entertainment and architectural lighting business, the Micro series is perfect for smaller events, or where space is a problem, such as inside trucked scenery, set pieces or in difficult to reach corners.
The Micro units are also suitable for smaller rental applications where the distance does not need to exceed 250 meters, and where fewer universes need to be transmitted wirelessly in one area.
The Micro series of transceivers and receivers are the most compact W-DMX™ products available on the market today. Micro products are built into a slim-line casing, with mounting options for any conceivable location or to practically any type of structure encountered in the entertainment and architectural lighting business, the Micro series is perfect for smaller events, or where space is a problem, such as inside trucked scenery, set pieces or in difficult to reach corners.
The Micro units are also suitable for smaller rental applications where the distance does not need to exceed 250 meters, and where fewer universes need to be transmitted wirelessly in one area.