JBL On Stage III Portable iPod Room Speakers

The JBL On Stage III portable loudspeaker dock is the ideal travel partner. Imagine the convenience of taking the JBL On Stage III speaker dock on teh road and enjoying the sound right on your desktop.

The JBL on Stage III system is compatible with all docking version of the iPod, including the iPod Touch, iPod Classic, and iPOd Nano G3. A stereo mini jack connection also allows you to enjoy high-quality audio from a variety of other devices, such as MP3 and CD players, desktop computers (all platforms), satellite radio and laptops.

Remote Control Included - The JBL On Stage III IR remote has several modes of operation. The music mode allows you to control the volume, change tracks, fast forward and fast reverse. The navigation mode allows you to access menus on your iPod just as if you were controlling the unit itself. You can search your music, watch your slideshows, and find and play your videos.

Battery or A/C Powered - The system uses six AA batteries and allows up to 12 hours of continuous play at normal listeing levels. An amber LED flashes when the battery protection circuit senses that the batteries are low. The system also operates of a standard wall outlet using the included power supply and cord.

Advanced Technology - The JBL On Stage III loudspeaker dock combines many proprietary technologies to provide the highest quality sound, astonishing bass and clear accurate sound from any direction. Odyssey transducers - The Odyssey drivers deliver accurate high frequencies while capable of low-frequency extension of four-octaves, unlike more commonly used powered tweeters. Slipstream port design - The port minimizes boundary layer separation, producing high-output bass with low-distortion. COE (Computer-Optimized Equalization) The system equalization is computer-optimized to provide a rich, complete soundstage over a wide range of listening positions. OCT (Optimized Compression Technology) - The proprietary compession technology ensures clear, accurate sound at high output levels.