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5 NGP1 Computing Platform features
5.1 Display
Your NGP1 Computing Platform has a sturdy 12.1" XGA TFT LCD display with the
following features:
following features:
• highly readable LCD (liquid crystal display) panel with a wide viewing angle
( typical +/-50°on both horizontal and vertical directions).
• resolution of 1024 x 768 pixels
• Minimum output brightness ( with control set at 100%) of 400 cd/m2
• Long life LED backlight
5.2 Touch screen
Above the LCD display , a resistive touch screen panel allows both finger and passive
stylus pen input. High resolution and fast refresh rate are allowing precise and fast on
screen selection, dragging, scrolling.
screen selection, dragging, scrolling.
Depending on the OS support or application, also right click features may be available.
The touch screen panel has a 4H hardness and it comes already fully calibrated. Due to
the specific 8 wire technology, long lasting precision is guaranteed and no user calibration
is required.
The touch screen has an effective anti-glare and anti-reflection treatment acrylic screen,
with minimum impact on screen sharpness and light output.
The touch screen panel has a 4H hardness and it comes already fully calibrated. Due to
the specific 8 wire technology, long lasting precision is guaranteed and no user calibration
is required.
The touch screen has an effective anti-glare and anti-reflection treatment acrylic screen,
with minimum impact on screen sharpness and light output.
5.3 Using your stylus pen
5.3.1 Pen characteristics
To be added
5.4 Using the RF-ID reader
The NGP1 Computing Platform has an integrated 13.56 MHz RF-ID (Radio Frequency
Identification) reader that you can use to retrieve information from RF-ID tags.
RF-ID technology makes use radio frequency (RF) transmissions to identify products or
persons. RF-ID does not require direct contact or line-of-sight scanning, and can be
Identification) reader that you can use to retrieve information from RF-ID tags.
RF-ID technology makes use radio frequency (RF) transmissions to identify products or
persons. RF-ID does not require direct contact or line-of-sight scanning, and can be
scanned through many materials, including plastics, clothes, carton boxes etc., with the
exception of metal.
An RF-ID tag can store much more data than a typical bar code, and some RF-ID tags can
both transmit and record data. RF-ID can be used for asset tracking, identification,
process control, health care, and pharmaceutical applications.
An RF-ID tag can store much more data than a typical bar code, and some RF-ID tags can
both transmit and record data. RF-ID can be used for asset tracking, identification,
process control, health care, and pharmaceutical applications.
The RF-ID reader supports the following formats (proximity and vicinity ranges = 0 to 6
cm):
cm):
• ISO/IEC 15693
• ISO/IEC 18000-3
If supported by specific applications, the NGP1 Computing Platform allows you also to
write tags, provided that they are supporting the above standards. Using your RF-ID
reader is rather simple.