Stasys Prime takes the point source
concept to new levels with its
extended low frequency performance,
ground breaking efficiency, and
unprecedented output power. Most
traditional point source enclosures
can only be used above 100Hz and
require the addition of LF enclosures
that have enough speed and agility to
cope with the demanding upper bass
band. Stasys Prime negates the need
of such LF enclosures, as its extended
LF response allows it to be used with
true dedicated subwoofers. This has
the added benefit of not producing an
awkward aural transition from the
flown ar ray to the typically
ground-stacked subs.
Stasys Prime has been designed so
that lossless summation between
adjacent enclosures takes place
effortlessly. This seamless transition
from enclosure to enclosure within the
array greatly improves intelligibility
and phase coherency. Array efficiency
is radically increased as well, as
Stasys Prime enclosures provide true
acoustic addition instead of
destructive interference.
The maximum continuous output level
per enclosure is extremely important
with any point source array, as each
section of the venue is predominantly
covered by a single array element.
Each Stasys Prime is capable of a
continuous output of 142dB, allowing
the total array to be surprisingly small
for a given application. The tightly
controlled dispersion pattern means
that more energy can be directed
where it's needed, at the listener,
instead of needlessly exciting the
reverberant field. Because of this,
Stasys systems are especially
effective in difficult acoustical
environments such as sports facilities,
houses of worship, and other highly
reverberant spaces.
Super high efficiency levels and
two-way active operation have
produced an environmentally friendly
system. This means fewer amplifiers
with lower output power are required,
which is good news when it comes to
purchasing, deploying, and transporting the system.
Applications
Medium to large sized live venues of all types, large scale touring, arena and stadium sound, dance events
