Ikegami HQLM-3120W Operation Manual page 12

31-inch 4k/hd multi format lcd monitor
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HQLM-3120W
(9) Rotary encoder and MENU/UP/DOWN/LEFT
/RIGHT SW
When the rotary encoder, MENU SW, and
UP/DOWN/LEFT/RIGHT SW are used, calling of
the menu and operation of various settings has
been improved. In particular, when the rotary
encoder is used for controlling the white balance,
the setting becomes smoother.
(10) Remote control functions
The monitor can be remote-controlled with the
use of three remote control functions. Depending
on the location of the installation and the type of
operation, parallel or serial modes can be used.
Remote control with conventional parallel in-
put interface is equipped as a standard.
The optional SRC-400 (option) serial remote
controller allows you to remote control up to 96
monitors individually or simultaneously by con-
necting the monitors with loop-through. In addi-
tion, since an Ethernet connection between the
SRC-400 and a PC is possible, you can individu-
ally control the monitors that are connected to the
SRC-400 via an application on the PC. The op-
tional RCT-30A infrared wireless remote control-
ler is also available.
(11) Built-in markers and user marker function
The monitor can display markers according to
various aspect. The monitor also comes standard
with five-part split and ten-part split crosshatch
markers useful for safty marker and location
alignment.
Up to 10 scene files of user markers can be
plotted. Also up to 12 types of lines or BOX
markers per 1 scene can be plotted to any given
position and size on a pixel basis.
The line and box drawing settings can be eas-
ily made with not just the rotary encoder switch
but also by using a USB mouse. The resulting
data may also be saved on a USB memory so that
the data can be copied to another monitor or
stored in a PC.
This function is optimum for positioning in ed-
iting the layout and its display for various types
of information such as teleshopping.
* It is patented.
(12) Shadow function
The shadow function is to shade the area other
than a 4:3, 13:9, 14:9, 15:9 or 16:9 marker area on
images. The shadow contrast can be set at 0%,
20%, 40% or 60% in the MENU. The use of this
function allows you to instantly visualize the im-
age area when converting images with an aspect
ratio of 16:9 to those with an aspect ratio of 4:3.
(13) Various built-in test signals
A color bar signal, pluge signal, grayscale sig-
nal with pluge, window signal, 20% gray signal,
-6.8% to 0% & 100% to 109% signals are built in
as a standard test signals for the monitor, various
adjustment tasks can be performed by the moni-
tor itself.
(14) Time code display function
It is possible to display the time code
(VITC/LTC) multiplexed into the 3G/HD SDI
signal on the screen.
The display comes in two sizes, large and small,
and its brightness can be set in three levels.
(15) Waveform monitor display functions
In the case of HD/3G/12G SDI signal, the indi-
cation of the vector scope is possible. As the dis-
play type, Y, Cb, Cr or R, G, B component display
is available in addition to single channel display of
Y, Cb, Cr, R, G, and B.
Two display sizes, there display intensity levels,
and three display positions are available to select
from.
In addition, for the display color of the wave-
form, either WHITE or GREEN for Y&G, BLUE
for Cb&B, or RED for Cr&R as a match compo-
nent can be selected.
(16) Vector scope display functions
In the case of HD/3G/12G SDI signal, the indi-
cation of a simple vector scope is possible. As
with the waveform monitor, the display size
comes in two sizes, NORMAL and SMALL, and
its brightness in four levels. The waveform can
also be displayed in any of three selectable posi-
tions and in one of two colors: GREEN and
WHITE.
(17) External memory function
Various data (including the MENU settings
and, the PRESET data, and user markers data)
can be stored on a USB memory for data man-
agement on a PC. All data can be copied onto
another monitor.
* In case the data is to be copied onto another mon-
itor, care should be taken as the PRESET data on
individual monitors are different in their data
types.
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