City Theatrical 7400-5902 Multiverse Vero Transceiver, 900MHz/2.4GHz

The Multiverse® Vero Transceiver 900MHz/2.4GHz by City Theatrical has all the advanced features of the Multiverse wireless DMX/RDM system for outdoor installations and entertainment.The 7400-5902 Multiverse Vero Transceiver 900MHz/2.4GHz contains two radios, 2.4GHz (for worldwide use) and 900MHz (for use in the Americas only), which allow the user to select which single universe to receive, and which radio band to use via the Multiverse SHoW ID.The Multiverse Vero Transceiver is housed in a NEMA 4 / IP66 package that provides protection from the outdoor elements.

Its internal backlit LCD display makes setup easy and gives feedback on system performance.

Each unit comes with a dual band 2.5dBi outdoor omni-directional Antenna.City Theatrical 7400-5902 Features:Choice Of Broadcast RadioTransmit and receive on the 2.4GHz or the 900MHz band (P/N 7400-5902) mDMX (Multiverse SHoW IDs only)mDMX is a form of DMX optimized for wireless broadcast that dramatically reduces data being broadcast, thereby reducing unneeded radio energy mRDM (Multiverse SHoW IDs only) Multiverse is able to broadcast RDM information without disrupting the DMX broadcast.

This feature is not available even in wired RDM systems.

(Not available on SHoW DMX Neo SHoW IDs.)SHoW Key Security (Multiverse SHoW IDs only) SHoW Key is an additional three-digit code that can be added to the Multiverse SHoW ID that will prevent any other system set on the same SHoW ID from interfering with your systemForward Error Correction (Multiverse SHoW IDs only) Allows the Receiver to detect and correct errors that may occur in the wireless transmission of dataUltra Low Latency Total average system latency of 4msAdaptive Spread Spectrum Frequency Hopping Adaptive Spread Spectrum Frequency Hopping identifies and masks off hopping channels that contain interference, replacing them in the hop sequence with alternate channelsAdjustable Output Power Sometimes an application calls for the most available broadcast power, but many entertainment applications require a lower output to avoid overpowering sensitive equipment.