Four-way twin-tower loudspeaker
Constant Phase crossover for perfect phase at all frequencies at all times
System response 6 – 40,000 Hz, + 3 dB (depending on Q setting and room size)
Separate active crossover network for each channel isolated in bass tower
Remote control for Q setting, Bass Level and Low Cut
Time-aligned front baffle curvature for identical arrival time from all drivers at the listening position
34 customized, extensively modified Danish drive units
Special cone surround termination to eliminate edge reflections
Symmetrical vertical driver array for ideal point source presentation
Eight 8” bass drivers for extreme speed and precision with massive air displacement
Custom designed Gryphon bass tower amplifiers capable of delivering 1000 Watts continuously (4 ohms)
Integrated Linkwitz-Greiner Q Controller with preset and custom Q settings for ideal low frequency integration in any room
Hand-adjusted passive mid/high crossover network pre-biased from the bass module
Triple-magnet bass/midrange driver motor system for maximum force and precise focus
Scan Speak Revelator ring radiator high frequency driver in specially developed 1 kg. Gryphon aluminum housing
Four sealed enclosures with extensive internal bracing
Combination of pure wool and synthetic interior damping materials
Stylish string grille for driver protection
Virtually unlimited custom finish options
Designed and built in Denmark

• http://www.gryphon-audio.dk/content/product.asp?ProductID=27

Again, it is very cool and I enjoyed checking it out. Thanks for posting.

Greg

It is a very expensive--likely a placeholder for their high end business. Likely, you not see any of these systems in the USA.

Jim

Tom R.

A focused array has all drivers creating overlapping radiation patterns so you are not extending the aperture (height in this case) as you do with a near field array. Essentially, you are generating a spherical radiation source with a focused array which is unlike the cylindrical wavefront created by a near field array.

Jim