[13:30 Thu,20.April 2023 by blip] |
Deity also showed an interesting wireless audio system at NAB. The new Theos 2-channel wireless system consisting of the DBTX transmitter and D2RX receiver operates on the UHF 550-960 MHz radio frequency spectrum and offers 24/32bit float recording in the transmitter to MicroSD cards. ![]() Wireless audio system Deity Theos Freuqenz determination is done at the receiver and automatically forwarded to the transmitter. Thanks to SMA sockets on the top of the devices, the antennas can be replaced if necessary. Wireless timecode sync via Deity TC-1 generator is supported, but TC generators from other manufacturers can also be used via mini jack. The integrated recorder offers an inherent noise of -130 dBu (A-weighting, gain at +30 dB, 150 Ohm source impedance).
![]() Theos transmitters The Theos transmitters and receivers are made of aluminum and are very light (100g is about the weight of the transmitter). They can be powered by ordinary batteries (up to 14h on one charge), optionally power can be supplied externally via USB-C. A small LC display shows status information. ![]() Theos receiver Audio settings can be adjusted remotely via the Sidus Audio app. The app allows scanning and assigning frequencies, frequency coordination between multiple receivers, gain staging, and remote triggering of the backup recorder. Deity Theo&s radio range at a glanceDual-channel receiver Digital UHF wideband spectrum; 550-960 MHz*. Integrated 32-bit float recorder in the transmitter Recordings are stored on a Micro SD card; up to 128Gb Can synchronize timecode from Deity TC-1 timecode generator wirelessly Both the transmitter and receiver can be controlled remotely via the Sidus Audio™ app Up to 14 hours of battery life with lithium batteries Full color LCD display CNC machined aluminum housing SMA antenna connectors The Deity Theos wireless range is expected to be available starting late summer, pricing not yet communicated. ![]() deutsche Version dieser Seite: Deity Theos Funkstrecke mit 32Bit Float Backup-Recording vorgestellt |
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