Yamaha Soava Natural Sound Speaker System, Brochure & Specs

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Innovative Cabinet Design
One of the keys to Soavo’s ability to
deliver Natural Sound music reproduction
is the cabinet design. While maximizing
sound clarity and imaging, the designers
strived to drastically reduce internal
standing waves and produce an expansive
sound with an exceptional feeling of
depth. Their solution was to create a
cabinet with non-parallel sides, divide the
woofer and midrange sections by a slanted
partition, and strengthen the interior with
large, vertical ladder-type bracing.
Three-Way Mitered-Joint Construction
for a Rigid Body
Yamaha’s excellence in woodworking is used
to good advantage in the three-way mitered
construction of the cabinet joints. This
technique ensures extremely tight joints so
the entire cabinet behaves as a single unit,
providing tight bass reproduction.
Diecast Aluminium Stands
The Soavo-1 is equipped with diecast
aluminium stands that provide the
necessary solid floor contact for tighter
bass and increased stability.
Yamaha developed the Soavo speakers to provide extraordinarily realistic music reproduction.
We accomplished this through a combination of advanced speaker engineering, use of the absolute
best parts and materials available, and an innovative cabinet design.
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14
Large hollow centre coils
Solen metalized polypropylene capacitors.
C A B I N E T
N E T W O R K S
Independent Direct Crossover Connections
Yamaha’s total commitment to achieving rich and
vivid sound is seen in the design of the Soavo
networks. They use the highest quality parts, including
Solen metalized polypropylene capacitors of France
and large hollow centre coils with carefully selected
wire. Furthermore, rather than using printed circuit
boards, each connection is individually soldered on a
thick wooden board, providing larger, shorter signal
paths for maximum sound quality.
Woofer crossover
network
Slanted
partition
Vertical ladder
bracing
Three-way
mitered-joint
construction
Diecast aluminium
tweeter plate
Midrange
driver
Woofer
Woofer
Tweeter
Sound Pressure Distribution Inside
the Midrange Driver
Left: Ordinary enclosure; Right: Non-
parallel surfaces. The image on the
left shows that there are standing
waves. The non-parallel surfaces
restrict standing waves, preventing
degradation of midrange sound.
Effect of vertical ladder bracing
Left: Without vertical ladder bracing;
Right: With vertical ladder bracing.
Speaker with bracing shows greatly
reduced vibration.
Three-Way
Mitered-Joint
Construction Conventional
Mortised
Construction
45º
Conventional
Mortising
Diecast
aluminium
stands
Carved
wooden
port
Thick
(1-1/2”; 37mm)
baffle board