Cambridge Aero 5 Walnut

Price 399.00 USD

EAN/UPC/ISBN Code 5055300408303


Manufacture Audio Partnership Plc

Cambridge Audio Aero 5 Center-Channel Speaker Hear Film and TV Dialog as it"s Meant to Be Experienced in Your Surround System: Aero 5 Delivers Word-Perfect Voices and Pure Tonalities The most vital part of cinematic sound? The dialog, of course. Without the drama of human interaction, there"s little point of even turning on a favorite television show or engrossing film. Yet, all too often, traditional center-channel speakers introduce distortion in the most important (and sometimes hard-to-hear) element of the surround-sound experience. Aero 5 corrects these issues and does even more. "The BMR drivers help deliver a big, cohesive 5.1 soundstage that fills a room better than most packages at this price, while its considerable muscle will leave you invigorated and entertained." - Home Cinema Choice, Best Buy pick Using a BMR driver instead of a traditional tweeter gives Aero 5 several key advantages, ultimately adding up to a radical difference in audio quality compared to its rivals. With traditional tweeters, the crossover between the tweeter and driver happens at about 3kHz, right at the point where our ears are most sensitive to any distortions or differences between the two sources, and near to the key frequencies of human speech, music, and song. With a BMR driver, the crossover happens at 250Hz, far outside the most sensitive hearing frequencies. The result: fantastically clear, natural, and coherent voices, the exact traits a center-channel speaker needs to address with bang-on success. In addition, the BMR"s driver construction allows for a more room-filling sound. This makes Aero 5 ideal for modern homes and room layouts where speakers might not end up optimally placed. Go ahead and try it: Put Aero 5 where you want and you"ll still get pin-sharp speech and song. Using BMR drivers also means Aero"s woofers get to really bark. By concentrating the matching Aero 9 subwoofer below 250Hz and ensuring the non-BMR