Sennheiser Communications is proud to introduce the BW 900, a revolutionary wireless headset which will modernize your communication. For the first time ever, a Bluetooth® office headset actually uses “adaptive intelligence” to automatically react to your environment and adjust to your preferred sound settings. With adaptive intelligence the future of communications starts today. Compliant with Bluetooth version 1.2, this amazing headset provides up to 100 meters of operation range. The BW 900 headset also lets you connect and communicate effortlessly with other Bluetooth-enabled devices. The result? You are guaranteed excellent quality and high clarity of sound–whatever the tool, wherever you go and regardless of what is going on around you! So you can roam around the office and communicate– regardless of the type of location, surrounding noise levels or activities performed. You will enjoy a significant and consistent improvement in sound quality and comfort, conveniently and automatically set for you.
A headset that adapts to its environment. The BW 900 features a highly innovative technology unique to Sennheiser Communications, called adaptive intelligence, which automatically optimizes sound comfort and speech intelligibility. The volume in the speaker automatically adjusts to surrounding noise levels, so that the voice-over-noise ratio is always optimized. Both you and your conversation partner can focus completely on communicating, while adaptive intelligence ensures the quality of the acoustic signal to each of you. A headset that memorizes individual preference. Everyone has different sound requirements and your individual preferences can be set on the BW 900. The system will memorize and actually “learn” these settings, then automatically adjust to preserve this level as your environment alters. Should your requirements change for whatever reason, you are free to manually override the automatic function to a different setting. The system will again learn your new preference and automatically adjust according to ambient noise.