- Cable Techniques
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Lectrosonics
- Digital Wireless Mic System
- Portable digital Wireless Receivers
- Digital Hybrid Wireless Transmitter
- Portable Digital Hybrid Receivers
- Digital Hyprid Rack-Mount Receivers
- IFB Equipment / Components
- Duet Digital IEM/IFB System
- Recorder
- Multicouplers & Adapters
- Antennas & Antenna Cables
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- Aspen DSP and Audio Components
- Aspen Accessories
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Voice Technologies
- IFBlue
Start
Start
-
- Cable Techniques
- Fostex
- IFBlue
- Lectrosonics
- Digital Wireless Mic System
- Portable digital Wireless Receivers
- Digital Hybrid Wireless Transmitter
- Portable Digital Hybrid Receivers
- Digital Hyprid Rack-Mount Receivers
- IFB Equipment / Components
- Duet Digital IEM/IFB System
- Recorder
- Multicouplers & Adapters
- Antennas & Antenna Cables
- Accessories
- Audio Cables / Connectors
- Power Cables / Power Supply
- Aspen DSP and Audio Components
- Aspen Accessories
- Sound Devices
- Voice Technologies
- Security
- radius
- Cable Techniques
New Products
New Products
+FREE OF CHARGE Voice Technologies VT500ECO, VT506ECO oder VT701MKII microphone
- Digital Hybrid Wireless®* for compandor-free audio
- Machined aluminum, corrosion resistant housing
- Water resistant seals for use in wet environments
- LCD interface with lockout option
- Compatibility modes for use with other Lectrosonics or wireless system from some other manufacturers
- Servo Bias input circuitry with selectable voltage
- Batteries Dual AA
Designed for wet or dusty environments, the WM transmitter features O-ring sealed battery compartments and input jack, a compression sealed antenna port and gasket sealed control panel and back cover. Dual AA batteries provide twice the operating time of earlier watertight transmitter designs. Larger membrane switches and control panel and a highly visible, backlit LCD enhance the user interface.
*Digital Hybrid Wireless® is a patented design that combines 24-bit digital audio with an analog FM radio link to provide outstanding audio quality and the extended operating range of the finest analog wireless systems.
The design overcomes channel noise in a dramatically different way, digitally encoding the audio in the transmitter and decoding it in the receiver, yet still sending the encoded information via an analog FM wireless link.
This proprietary algorithm is not a digital implementation of an analog compandor. Instead, it is a technique which can be accomplished only in the digital domain, even though the audio inputs and outputs are analog signals.
*US Patent 7,225,135