Current AudioAMP870 4 Zone 8 Channel 70 Watts Per Channel Amplifier plus 4 pairs BCS65FL 6.5″ In-ceiling Contractor Series Speaker Bundle Current Audio

Note: This product has been discontinued.

AMP870 4 Zone 8 Channel 70 Watts Per Channel Amplifier plus 4 pairs BCS65FL 6.5″ In-ceiling Contractor Series Speaker w/FastLoc Grille

6.5” 2-Way, In-Ceiling, Coaxial, Infinite Baffle Loudspeaker

The BCS65 is a competitively priced full-range Ceiling Loudspeaker that introduces the customer to the possibilities of whole house audio for every room.

It incorporates a Talc Filled Polypropylene woofer with a butyl rubber surround and fixed polycarbonate dome Ferrofluid cooled tweeter.

Even in this competitive package our speaker provides exceptional natural sound for both foreground and background applications.

The Infinite Baffle design makes it the ideal choice for typical application in open beam attic or enclosed ceilings.

The FastLoc™ grill patent no. 8,422,722, is a feature found only at Current Audio. Our design has allowed for the smallest exposed plastic bezel in the industry, truly making it disappear into the mounting surface. The FastLoc™ grille’s unique patent pending mechanism allows for a quick installation and removal of the grill while securely fastening it in place to all types of mounting surfaces. Due to the unique design the grill will conform to uneven surfaces including popcorn, heavy textured and uneven ceilings. While our competitors have chosen to utilize magnets in their designs thus requiring the use of a steel grill that will rust our design allows us to use corrosion and rust resistant aluminum.

4 Zone, 8 Channel Amplifier

D-Force describes the latest digital technology in amplifiers by Current Audio. The D-Force amplifiers generate the equivalent analog output for speakers by using a modulated audio signal rather than the traditional digital to analog conversion. The amp is a Class D configuration (D does not stand for ‘digital’ but merely refers to the next letter after Class C). It does exhibit a digital-like output because the outputs are generated by turning the signal completely ON and OFF.