The rugged 5 inch terminal IoT-500 is designed for a high efficiency and high productive service in challenging environments. This new HMI (Human-Machine Interface) is certified to withstand water, dust and vibration in marine, internet of vehicles, healthcare, retail or other industries.
The IoT-500 is a world-class HMI panel engineered to provide the highest level of flexibility and reliability to support your automation and system optimization requirements. Our HMI solutions are based on the Dual Core MTK MT2601 industrial chipset from MediaTek, and feature support for the Android™ v5.1 operating system. The combination of robust processing power, open operating system and a flexible hardware configuration establishes the AMobile IoT product as a leader in the internet of things market.
The IoT-500 features a 5” high-resolution display and durable capacitive touch interface. The IP-65 ingress protection rating, a MIL810 certification for shock and absorption, and a wide operating temperature range of -10°C ~ 50°C (14°F ~122°F )ensures the IoT-500 is perfectly suited for a variety of tasks in the most challenging environments.
The IoT-500 features a lightweight and is sealed in a waterproof chassis designed to perform in environments with high levels of vibration, shock and temperature extremes. The rugged construction is matched by an extensive set of integrated connectivity options including; Wi-Fi 802.11a/b/g/n/ac, GPRS/WCDMA and Bluetooth 4.1 Regardless of the environment or application, the IoT-500 is the perfect solution for your HMI requirements.
The IoT-500 connectivity features include a LAN port, 2 x USB2.0 ports, 1 RS232 COM port, 1 GSM/GPRS SIM slot, 2-megapixel camera and speaker with built-in MIC. The IoT-500 supports DC power input range from 12V~24V and provides 4 GPIO ports and a CANbus for motor vehicle interface. No matter what system you need to control or monitor, the AMobile IoT-500 provides unmatched flexibility and compatibility with commercial equipment, industrial machinery, motor vehicles and complex systems requiring virtualization, remote monitoring, data acquisition and control.