Main Specifications
Product Description |
iiyama ProLite TW1023ASC-B1P - touch panel PC RK3288 1.8 GHz - 2 GB - SSD 16 GB - LED 10.1" |
Type |
Android PC - touch panel PC |
Processor |
1 x Rockchip RK3288 / 1.8 GHz (Quad-Core) |
RAM |
2 GB DDR3 SDRAM |
Hard Drive |
SSD 16 GB - eMMC |
Optical Storage |
No optical drive |
Monitor |
10.1" - LED - 1280 x 800 (WXGA) - 16:10 - touchscreen |
Graphics Controller |
ARM Cortex-A17 |
Camera |
Yes |
Audio Output |
Stereo |
Networking |
1GbE, 802.11b/g/n, Bluetooth 4.0 |
OS Provided |
Android 8.1 (Oreo) |
Dimensions (WxDxH) |
25.5 cm x 3.05 cm x 17.2 cm |
Weight |
800 g |
Manufacturer Warranty |
Limited warranty - pick-up and return - 1 year |
The ProLite TW1023ASC-B1P touch panel PC is a perfect choice for high-use environments such as retail, interactive POS, information desks or hospitality applications.
The Power over Ethernet technology (POE) allows to provide both data connection and power by a single cable, simplifying all installations. This monitor can operate in landscape, portrait or face-up orientation. Together with the built-in camera and speakers it offers limitless, interactive installation possibilities.
Product Features
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Connectivity
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The RJ45 (LAN) connector supporting Power over Ethernet technology (POE) allows to provide both data connection and power by a single cable, which simplifies installation in areas where many cables would interfere with the environment.
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Built-in webcam and speakers
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Making the screen a perfect solution for semi or fully automated reception solutions allowing businesses to track and manage visitor traffic at the front desk lobby without compromising on the safety and security of your staff, visitors and company assets.
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Anti-fingerprint coating
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This special Nano coating ensures a smoother touch and less resistance in the swipe. It makes the screen less static and susceptible to dirt, dust, fingerprints and it improves the clarity of the content displayed on the screen.
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Touch technology - capacitive
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This technology uses a sensor-grid of micro-fine wires integrated into the glass that covers the screen. Touch is detected because electrical characteristics of the sensor grid change when human finger is placed on the glass. Thanks to the glass overlay this technology is highly durable, and the touch function remains unaffected even if the glass is scratched. It offers perfect picture performance and will work with human finger (also latex gloved) and stylus-pen.