Sennheiser has expanded its portfolio of solutions for enterprise and public sector organisations with the introduction of ADN-W, the wireless extension of its ADN conference system. Mig Cardamone, Director of Sales and Marketing at Sennheiser Middle East said: We have identified the demand in the local market for high performance conferencing solutions and have been […]
Sennheiser has expanded its portfolio of solutions for enterprise and public sector organisations with the introduction of ADN-W, the wireless extension of its ADN conference system.
Mig Cardamone, Director of Sales and Marketing at Sennheiser Middle East said: We have identified the demand in the local market for high performance conferencing solutions and have been quick to establish ourselves as a technology leader in the field. With the ADN-W system, Sennheiser has brought its long established industry expertise in wireless audio systems into the business solutions arena. ADN-W expands the success of our popular ADN conferencing system by adding the freedom and flexibility of wireless connectivity. We expect healthy uptake of this solution by hotels, banks, government organisations and our corporate customers.
Organisations can connect up to 150 wireless discussion units simultaneously while additional units can be added quickly and easily during the conference itself. The system’s flexible Ethernet interface allows the conference system to be controlled intuitively from a PC or media control system. The replaceable rechargeable batteries guarantee an operating period of at least 20 hours for the ADN-W discussion units.
In order to exclude unwanted listeners, audio transmission via the Sennheiser ADN-W conference system is encrypted: AES 128-bit encryption protects the system securely against eavesdropping.
ADN-Ws operating system permits wired components to be seamlessly combined with wireless ones. This allows customers using Sennheiser’s existing ADN system to easily expand their solution by adding ADN-W components, and control all discussion units directly through the same central unit.