The Reference Premiere RP-8060FA Dolby Atmos® enabled floorstanding speaker includes a built-in elevation channel speaker integrated into the top of the speaker to reflect sound off the ceiling to deliver the overhead Dolby Atmos® experience in addition to stereo sound towards the listener.
Features:
Height Channel
Main Channel
DOLBY ATMOSTo put it simply, Dolby Atmos® is the greatest advancement in home and cinema audio since surround sound. The addition of elevation speakers reflects sound from the ceiling to put sound anywhere in your room - making you feel like you’re truly in the middle of the action. |
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HYBRID TRACTRIX® HORN TECHNOLOGYKlipsch proprietary Tractrix® horn loading technology ensures high-frequency energy of the RP-8060FA is aimed directly at the listener and reduces unwanted, artificial reverb - meaning you experience the most clear, detailed, lifelike sound possible. |
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HORN ANATOMYKlipsch Reference Premiere series speakers feature a compressed molded silicon face thats matted to the 90x90 Tractrix horn to reduces horn resonance for a smoother frequency response. Klipsch computer modeled phase plugs acts as a mechanical filter to further ensure a smooth, flat frequency response while protecting the tweeter from damage. |
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ALL-NEW VENTED TWEETERA vented tweeter design reduces standing waves behind the tweeter diaphragm for a smoother high frequency reproduction. The titanium tweeter diaphragm's light weight yet rigid composition exceeds the performance of aluminum, polymer or silk tweeters. Klipsch award-winning Linear Travel Suspension technology leverages a piston motion of the titanium diaphragm that lowers distortion and delivers real-to-life sound. A ceramic magnet housing provides premium performance, Klipsch Reference Premiere tweeters set the standard in acoustic reproduction. |
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CERAMETALLIC™ WOOFERSKlipsch Proprietary Cerametallic™ woofers are the RP-8060FA signature statement for both sound and aesthetics. This extremely light, rigid materials holds its shape while being able to deliver lower frequencies with maximum efficiency. |