Executive Elite Digital Wireless Microphone Systems Discontinuu
Collaborate with Clarity.
- Easy Integration: Seamless integration with existing solutions in the room such as a DSP, room control system and recording solutions
- Hassle Free Maintenance: Remote management for flexible and convenient administration
- Wireless Range: Separate remote antenna and base DSP unit for the widest variety of installation options
- Secure & Reliable Quality: AES-256 encryption with automatic key updates every few minutes gives highest possible security
- High Density: High number of wireless microphones able to be active at the same time. Up to 44 in Americans; up to 76 in Europe, Asia, Africa, Australia
- Distributed Architecture: Up to 300 feet distance between the remote antenna and base DSP unit
Versatile, Simple, Smart.
- Simple with Choices: Mix & match any combination of microphones, from wearable, gooseneck and tabletop microphones (sold seperately)
- Compact Design: Wireless freedom and mobility without cables and bulky battery
- Comfortable Usage: Work up to 20 hours on a single battery charge; 6 hours for a full recharge, 72 hour stand-by
- Standard Rechargeable Batteries: Tabletop microphones use standard AA nickel-metal hydride batteries
Distributed architecture simplifies installations
Distributed architecture simplifies installations
Utilizing a distributed architecture, Executive Elite separates the remote antenna receiver unit from the Executive Elite base digital signal-processing (DSP) unit. A standard CAT5e or CAT6 cable supporting Power over Ethernet (PoE) connects the antenna receiver and base DSP unit, enabling simplified distributed or in-room installations. Whether ceiling- or wall-mounted, the remote antenna receiver unit can be placed in the room with the wireless microphones, regardless of the location of the receiver base DSP unit.
Local and remote management and monitoring
Local and remote management and monitoring
Executive Elite provides several local and remote system management interfaces. The base DSP unit’s display provides administrators with information on microphone status, audio and radio signal strength, and system performance. The web-based interface also allows both installers and system administrators to manage the system by connecting a laptop or tablet directly to the base DSP unit via USB or the network. The enhanced integration capabilities supporting third-party room control systems enable management of the audio behavior in the room from a single console.
High channel density
High channel density
In North America, South America, and Japan, 44 microphones and more can be used in one room or area. In Europe, Africa, Asia, and Australia, Executive Elite receivers can support 76 or more microphones in one area. The distributed architecture serves to further support deployments requiring significant numbers of microphones for audio and unified communication applications, especially in managed environments.
Elegant microphone design
Elegant microphone design
The suite includes omnidirectional, directional, gooseneck (6-inch and 12-inch variations), and wearable microphones as well as a TA4 (mini XLR) adapter and XLR adapter. Microphones and adapters can be mixed and matched to suit the user’s deployment requirements.
Keeping Confidential Conversations Private
Keeping Confidential Conversations Private
All wireless communication between the microphones and remote antenna receiver units are AES-256 encrypted, with encryption keys automatically updated every few minutes. Wired communication between the Executive Elite remote antenna receiver and base DSP unit is also AES-256 encrypted with automatic key updates.
High definition audio
The Executive Elite microphones introduce new and improved audio capabilities enabling significantly enhanced audio pickup, improved signal-to-noise ratio, and expanded digital signal communication over the wireless link. Combined with Revolabs “Designed for Speech” technology, the Executive Elite microphones provide the highest quality audio for any communication application.
