RISC - Based Touch Panel PC Series for Android

By CIOReview | Tuesday, February 23, 2016

TAIPEI, TAIWAN: Here is some good news for the digital geeks. In a recent addition to the technological innovation going on in the industry, a the new 12”, 15” and 17” IOVU all-in-one terminal series to gratify the increasing demand for Android panel PC is launched in the market.  The global industrial computing provider for IoT solution, IEI Integration Corp. (IEI), has announced their latest release of all-in-one terminal series to satisfy the increasing demand for Android panel PC. This new series promises to be a powerful solution for maximizing efficiencies in smart retail, industrial automation and warehouse.

The series has in store a lot of new features as well. It is encompassed with the latest technology that safely transfers electrical power through data transmission in an Ethernet network and simplifies deployment by using the common Ethernet cabling infrastructure. Equipped with RISC CPU and Windows CE embedded OS, the IOVU Series panel PCs are made with high-performance computing power, low power consumption, fanless design, wide operating temperature, and wide-input-voltage range. Besides, the IOVU is designed for highly durable in harsh environments, due to its rugged, compact, low power consumption, and embedded system hardware design without failure-prone hard disk and fan. The IP 65 compliant aluminum front panel makes the IOVU 12F/15F/17F panel PC ideal for applications in harsh environment. 

The new IOVU Series is equipped with Power over Ethernet (PoE) technology. The series is powered by Freescale i.MX6 Cortex™-A9 quad-core 1.0 GHz processor, and supports a wide range of operating temperature from -20℃ to 60℃. In addition with the help of the Wi-Fi and Bluetooth connection, it is able to provide real-time data access. Moreover, IOVU Series is designed with plenty of I/O interfaces, such as one CAN 2.0, two USB2.0 and four GPIO to meet any demand. All these features are aimed at creating brilliant and user-friendly experiences.