Simple and to the point, this may be the perfect starter product for the budding audiophile.
Company Technical Director Andy McHarg shows off the dCS Debussy DAC with the new 24bit/192kHz asynchronous USB upgrade card, available in April. Current owners who'd like to upgrade can do so for $250 and folks who purchase the DAC from now until April will get the upgrade for the cost of shipping. The fully upgraded product will be available March or April for $11,499.
John Atkinson has handed out the assignments:
John Atkinson: expensive speakers
Robert Deutsch: low-mid-priced speakers
Erick Lichte: amplification of all kinds
Jason Serinus: cables, accessories, and headphones
Stephen Mejias: budget gear of all kinds
Jon Iverson: digital products of all kinds
We'll gather tonight at JA's favorite Indian restaurant for dinner, and then coverage will start up in earnest Thursday.
Cyrus is the name given to the higher-priced line of loudspeakers made by England's Mission Electronics. The entire Mission loudspeaker line includes six products under the Mission label and three under Cyrus. Mission also manufactures a wide range of electronics and CD players. The company has a long history of audio innovations, both in loudspeaker and electronic design. Among Mission's claimed "firsts" are the first polypropylene-cone drive-unit used in a product (1978), first widespread use of MDF loudspeaker enclosures (1981), and first CD player from a specialist manufacturer. Interestingly, Mission also makes IBM-compatible personal computers.The $900/pair Cyrus 782 is a two-way design employing dual 7" (175mm) polypropylene-cone woofers and a single ¾" (19mm) fabric-dome tweeter. The drivers are arranged in a D'Appolito configuration to simulate point-source radiation characteristics. Both woofer and tweeter were designed from scratch by Mission. The polypropylene woofer cones include a "mineral loading" that reportedly increases cone rigidity, thus decreasing cone breakup. Additional woofer design features include a shaped pole piece to increase linearity during high cone excursions, rigid steel chassis to reduce driver resonances, and a tight tolerance between the voice-coil and magnet to increase sensitivity.