MIT Vero Series Operation Manual

MIT Multipole Technology Explained
™
The Vero HCA • 29 and HCA • 50ex Headphone Amplifiers are the
world's first high current, battery powered Class A/B headphone
amps housed with MIT's Multipole ™ Technology.
Until now, MIT's Multipole
Technology has only been
Competitor's Cables
housed within the little
"boxes" found on all of MIT
60
Cables' award-winning prod-
Over-Articulating
50
ucts. For the first time ever, 50 50 IDEAL
MIT is integrating this tech-
40
nology inside an amplifier.
Ideal Articulation
30
MIT Cables' core audio cable
Area of Better Bass
20
technology is our exclusive
Under-Articulating
Poles of Articulation (Multipole),
10
named after the fact that every
0
audio cable has a single point
BASS
where it is most efficient at
-10
storing and transporting energy.
At this point in the audio fre-
MIT 6-Pole Interface
quency spectrum, the cable
will articulate best, and rep-
60
resents the cables' particular
Over-Articulating
Articulation Pole.
50 IDEAL
50 50
About the Graphs: The
40
graphs at right are conceptual
Ideal Articulation
30
illustrations representing the
Area of Better Bass
bandwidth of the audible range
20
of the human ear. We use
Under-Articulating
10
these graphs to illustrate how
well a cable articulates across
0
this bandwidth. The 50% line BASS
-10
serves as our baseline for
ideal articulation response.
If a cable is over-articulating
MIT–Competitor's Cables Comparison
(above the 50% line), it's
sound might be described as
60
"harsh", or "brittle." If a cable
Over-Articulating
is under-articulating, it will be
50 50 50 IDEAL
perceived as lacking "detail",
40
or "garbled".
Ideal Articulation
30
Graph A: shows the band-
Area of Better Bass
width of two Competitor's
20
audio cables as tested in the
Under-Articulating
10
MIT laboratory. Cable 1 has
its Articulation Pole tuned to
0
BASS
a lower frequency, and would
-10
be described by audiophiles
as "muddy" or "veiled." Cable
MIT
by MIT
Music Interface Technologies
Music Interface Technologies
4130 Citrus Avenue, Suite 9, Rocklin, C A 9567 7
©2017 CVTL, Inc. All rights reserved; Doc: Vero HA instruction bro; 12/2017
2 has its Articulation Pole tuned to a high frequency, and would be
described by audiophiles as "bright" or "fast." Additionally, both cables
have areas of "over-articulation" as shown in their respective shaded
areas.
Graph B: This graph illus-
trates one of MIT's popular
A
interfaces with 6 Poles of
Articulation. MIT's interfaces
Area of Over Articulation Area of Over Articulation
50 IDEAL
are engineered to have multiple
Articulation Poles optimized for
Competitor's Competitor's
Cable 1 Cable 2
the lows, mids, and highs. Our
Poles of Articulation synergisti-
Area of Better Midrange Area of Better Highs
cally work together to transport
the audio signal with a more
even response than just a sin-
gle cable, as if multiple cables
MIDRANGE TREBLE are being used together. Poles
A & B provide an area of better
Audible Range of the Human Ear
bass, Poles C & D provide an
area of better midrange, and
Poles E & F provide an area of
B
better highs.
Graph C: This plot directly
50 IDEAL
compares MIT's 6-pole
interface (yellow line) to the
Competitor's Cables from
Area of Better Midrange Area of Better Midrange Area of Better Highs
Graph A. MIT's interface
provides a linear articulation
response, resulting in a more
controlled bass, and smoother,
A B C D E F
more extended highs along
MIDRANGE TREBLE
with a lower noise floor –"like
Audible Range of the Human Ear
multiple cables in one!"
When choosing an inter-
face, look for the Multipole
C Technology logo with the per-
formance rating indicating the
Area of Over Articulation Area of Over Articulation number of Poles of Articulation
50 IDEAL
in each product. This simple
Competitor's Competitor's
Cable 1 Cable 2 feature will help you select the
correct performance level for
Area of Better Midrange Area of Better Highs
any system, with complete con-
fidence and accuracy.
MIDRANGE TREBLE
Audible Range of the Human Ear
®
®
™
™
More than Just Cable!
®
916/ 625-0129 Fax: 916/ 625-0149 www.mitcables.com
High Current, Class A/B Headphone Amplifiers with Multipole
ON
STANDBY
H/L
GAIN
Vero 50ex Operation Manual
Proudly Engineered
and Made in the USA
Proudly Engineered Proudly Engineered
and Made and Made in the USA and Made in the USA
Proudly Engineered Proudly Engineered
in the USA in the USA
Proudly Proudly Proudly
Engineered Engineered Engineered
and and
Technology
™
by