A
virtual wall of Soundwall of Sound
A virtual wall of Sound
SonaWall engineering proudly
introduces an amazing audio experience with the Sonapod
dual reflecting 2.2 system. Without installing anything
on the video/listening wall, a tight, focused center image
is produced for the key centered listener.
All other listeners experience a wall of sound. Projection
is the secret to this performance. SonaWall research has
determined that it is possible to simulate a wall of sound
with dual reflecting point sources.
Although this
at first appears to be too simple to be true - experience
proves otherwise. To a stunning degree this goal has been
achieved. A relatively unbroken wall expanse is the primary
requirement besides having corners close enough to allow
a reasonable stereo triangulation. This system will be compatible
with many if not most rooms. The projection process constructs
a sound-based virtual audio image in a manner highly compatible
with a video display. Only a special pair of sculptured
compound-angled, point-source sound projectors linked to
a low-frequency corner mounted woofer is required. In-wall
at the corner or external in-corner woofer cabinets may
be selected. A one-wavelength crossover frequency links
the projectors to the bass enclosures and the corner-mount
links the bass to the room as a whole.
Elementary but Exemplary
A superb full-range mini speaker is the simplest and arguably
the best way to provide the key projection function. This
audio source can then be enlarged by acoustic reflection
and distributed on the wall without losing focus. One caveat
- good coherent recordings are displayed marvelously whereas
ping-pong and other less well-recorded media are audibly
less refined. A sculptured corner-adapted enclosure module
houses the super two-inch full-range driver. A one-inch
voice coil divides the radiating area into two zones. The
central hard-dome is driven directly as is the outer curved
portion. Dispersion by this one-inch dome is fully competitive
with dome tweeters and response is beyond twenty kilohertz.
Proprietary treatment of both vibrating surfaces optimizes
the response over the entire two hundred to twenty thousand
hertz range. Internal protection insures safe playback and
loudly so in most rooms. |