Genesis Advanced Technologies 1.1 User Manual
Ver 2.0
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Another advantage of the 7.5-foot line source is that the vertical
spectral content of music is virtually the same throughout the length of
the line source. Hence, the seating height does not matter with this
speaker; unlike point source speakers where it is important for the
ears to be aligned with the tweeter.
spectral content of music is virtually the same throughout the length of
the line source. Hence, the seating height does not matter with this
speaker; unlike point source speakers where it is important for the
ears to be aligned with the tweeter.
The Genesis 1.1 is also a dipole radiator. The midrange and tweeter
drivers are mounted on a rigid Corian™ baffle with no enclosure. This
has two advantages: firstly, it eliminates any enclosure or boxy
colorations caused by cabinet vibrations or resonance.
drivers are mounted on a rigid Corian™ baffle with no enclosure. This
has two advantages: firstly, it eliminates any enclosure or boxy
colorations caused by cabinet vibrations or resonance.
Secondly, the dipole creates a cardioid pattern (like a figure-eight),
which has its maximum output at the listening position and behind the
speaker itself, and minimum output to the sides in the plane of the
loudspeakers. This very effectively eliminates the bounce from the
sidewalls. Hence, in conjunction with the line source, the Genesis 1.1
has no first reflection from the floor, ceiling or sidewalls. The net result
is that there are far fewer detail-robbing room reflections from the
room than other types of loudspeakers. With fewer spurious
reflections to confuse your hearing, the program source emerges
more clearly. Imaging is deeper, yet more focused.
which has its maximum output at the listening position and behind the
speaker itself, and minimum output to the sides in the plane of the
loudspeakers. This very effectively eliminates the bounce from the
sidewalls. Hence, in conjunction with the line source, the Genesis 1.1
has no first reflection from the floor, ceiling or sidewalls. The net result
is that there are far fewer detail-robbing room reflections from the
room than other types of loudspeakers. With fewer spurious
reflections to confuse your hearing, the program source emerges
more clearly. Imaging is deeper, yet more focused.
This results in a loudspeaker system that is virtually room-
independent. Also, because there are no phase and frequency
distorting reflections created, one can be transported into the
audience of the actual concert hall where the music was recorded.
independent. Also, because there are no phase and frequency
distorting reflections created, one can be transported into the
audience of the actual concert hall where the music was recorded.
4.2 The Genesis Ribbon Tweeter
Reviewers in the Audiophile press have often remarked that the
Genesis circular ribbon tweeter is the world’s best. It is a one inch
circular planar ring-ribbon design crafted from an extremely thin
membrane of Kapton with a photo-etched aluminum “voice coil” that is
a mere 0.0005 inch thick. The entire radiating structure has less mass
than the air in front of it! That is why it will accurately reproduce
frequencies beyond 36k Hz.
Genesis circular ribbon tweeter is the world’s best. It is a one inch
circular planar ring-ribbon design crafted from an extremely thin
membrane of Kapton with a photo-etched aluminum “voice coil” that is
a mere 0.0005 inch thick. The entire radiating structure has less mass
than the air in front of it! That is why it will accurately reproduce
frequencies beyond 36k Hz.
The result of this design is a driver that has a rapid and uniform
response to high frequencies, and has the speed of the best
electrostatic designs without the high distortion and poor dispersion
that is typically associated with them.
response to high frequencies, and has the speed of the best
electrostatic designs without the high distortion and poor dispersion
that is typically associated with them.
The Genesis 1.1 uses twenty-six of these tweeters configured as a
vertical line source (twenty front-firing, and six to the rear). In addition
to creating the dipole line source, the output is distributed over many
vertical line source (twenty front-firing, and six to the rear). In addition
to creating the dipole line source, the output is distributed over many