Miro TD490, Manual

Page: 11 / 54

T
IMING
G
UIDE
Timing Table
Resolution Frequency
Preset Horizontal Vertical Horizontal Vertical signal input
M1 640 480 31.5kHz 60Hz analog / digital
VGA M2 640 480 35.0kHz 67Hz analog / digital
M3 640 480 37.5kHz 75Hz analog / digital
M4 640 480 37.9kHz 73Hz analog / digital
M5 800 600 37.9kHz 60Hz analog / digital
M6 800 600 46.9kHz 75Hz analog / digital
SVGA M7 800 600 35.2kHz 56Hz analog / digital
M8 800 600 48.0kHz 72Hz analog / digital
M9 832 624 49.7kHz 75Hz analog / digital
M10 1024 768 48.4kHz 60Hz analog / digital
XGA M11 1024 768 56.5kHz 70Hz analog / digital
M12 1024 768 60.0kHz 75Hz analog / digital
M13 1280 1024 64.0kHz 60Hz analog / digital
SXGA M14 1280 1024 80.0kHz 75Hz analog / digital
M15 1280 1024 91.2kHz 85Hz analog
M16 1152 864 80.0kHz 75Hz analog / digital
M17 1280 960 60.0kHz 60Hz analog / digital
M18 1280 960 85.9kHz 85Hz analog
M19 640 400 31.5kHz 70Hz analog / digital
DOS M20 640 350 31.5kHz 70Hz analog / digital
M21 720 400 31.5kHz 70Hz analog / digital
T
IMING
G
UIDE
The LCD is a multi-frequency display. On analog input it operates at
horizontal frequencies between 24KHz - 93KHz and vertical frequencies
between 55Hz - 85Hz; on digital input it operates at horizontal frequencies
between 24KHz - 83KHz and vertical frequencies between 55Hz - 85Hz
Because of its microprocessor-based design, it offers auto-
synchronization and auto-sizing capabilities. This monitor offers 21 pre-
programmed settings that are listed in the timing table on page 13.
These preset modes cover most of the common video modes supported
by popular graphics adapters. However, each adapter’s implementation of
these video modes may vary slightly. If you find it necessary to make
minor display adjustments (for example, horizontal and vertical position).
Please refer to the On Screen Display section of this manual for
instructions.
If you would like to use one of the preset timing modes, please refer to
your video card manufacturer’s installation guide for instructions on how
to make these changes. The video card controls the refresh rate. Most
video cards provide a software utility or hardware DIP switches that allows
you to change the frequency used for each resolution.
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