3.0-Type VGA |
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The ACX561AKA is a 3.0-type 640 ×
RGB × 480 dot wide viewing angle panel
designed for high-end applications that
features transflective mode operation,
which provides the advantages of both
transmissive and reflective displays. This
product is based on Sony’s unique low-temperature
polycrystalline silicon TFT
technology. It is capable of a high 5.3%
transmittance at a reflectivity of 1.8% and
achieves high-performance specifications.
(See table 1.) |
Digital Interface |
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The ACX561AKA features a single-chip
driver IC built into the panel using COG
mounting technology and can display
16.77 million colors. In addition to this
digital 24-bit RGB interface, it also supports
a wide variety of other interface formats
as well. (See table 2.) |
High Contrast and Wide
Viewing Angle
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This panel adopts Sony’s unique VSPEC
IITM wide viewing angle technology,
which improves the viewing angle provided
by VSPECTM even further. This
panel achieves a viewing angle of 160° at
high contrast (CR ≥ 10) and with no color
reversals in the up/down and/or left/right
directions, and thus can be viewed easily
from any direction. (See table 3.) |
Wide Color Gamut |
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The transmissive mode’s color gamut has
been significantly improved from the current
NTSC ratio of 45% to an NTSC ratio
of 70%. This allows the ACX561AKA to
provide colors that are even closer to those
in nature. (See figure 1.) |
Fast Response |
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While a wide viewing angle was achieved
by adopting VSPEC IITM, the response
time was also improved in the
ACX561AKA. Process technology and a
drive method that support high-speed response
were adopted and the response time
was improved by approximately 30% even
at low temperatures. (See figure 2.) |
Narrow Frame System
Display |
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Despite the high resolution VGA display
capability, the ACX561AKA holds the
frame dimensions to an absolute minimum
by the adoption of an RGB selector circuit
(see figure 3) and improvements to
the COG/FOG*1 mounting technologies.
It thus achieves specifications appropriate
for narrow frame designs such as digital
still cameras. (See figure 4.)
*1 COG: Chip On Glass
FOG: FPC On Glass |