32 tommer touch-display til industrielle og POS/PID applikationer
Recab introducerer nu et 32" full HD IPS touch-display fra Garz & Fricke, der er optimeret til brug inden for industri samt i POS/PID applikationer (in english).Recab presentes SANTOKA 32.0 SG IPS, a 32 inch touch display with full HD resolution, from Garz & Fricke. It designed for industrial applications, as an information board in public buildings or a POS- POS/PID (Point of Sale/Public Information Display).
The 32’’ touch display is implemented as a flush mount HMI and is equipped with a 4 mm thick hardened cover glass with AntiGlare coating. With a brightness of 400 cd/m² and a LED backlight life of at least 50.000 hours, the display is perfectly suited for continuous operation. This solution works with the proven SANTOKA board from Garz & Fricke and is LINUX-based.
It provides many interfaces such as:
- 2x Ethernet
- SD card
The SANTOKA 32.0 SG is even equipped with mPCIe expansion slots for WIFI/BT/LTE. For excellent graphic performance and continuous operation in an industrial environment, the fanless single board computer uses the i.MX6 Quad or Dual ARM processor from NXP.
This flush-mount unit can be seamlessly integrated into any device’s surface and offers great flexibility due to its wide viewing angle. Whether in portrait or landscape mode, this POS/PID device offers the ability to display information as well as interact with the user.
The SANTOKA 32.0 SG is designed for a wide range of applications. It can serve in public buildings, such as airports, train stations, shopping centers. The advantages are shown where users are supposed to make their own entries in order to obtain specific information.
Also the use at production sites (Industry 4.0), where users receive specific information within the automation process in addition to the basic overview, is conceivable. Furthermore, POS applications in connection with product selection and vending machine control are feasible. An example for this are coffee machines that also offer advertising space.