Improving the efficiency of IIoT data processing...
Artila Electronics, which specializes in the development and manufacture of Linux-ready Arm embedded industrial computers, launches the brand new IoT Gateway Matrix-752 which is based on ARM Cortex-A7 with wide-range Temperature operating. IoT gateways accommodate protocols for networking, manage repository and edge analytics on the data, and help data flow securely between devices and the cloud. Increase in internet connectivity, uninterrupted increase in requirement of smartphones and other related devices, and increase in the use of wireless sensors and its networks are some of the major factors propelling the growth of global IoT gateway market.
As of today, the information technologies and network infrastructure are getting well-developed in the world. More and more enterprises not only face the requirement of enhancing their existing automation systems for greater overall equipment effectiveness (OEE), but also need up-to-date information integration, plant management and business systems.
Highly Integrated IoT Gateway Matrix-752 with rich I/Os to fulfill versatile applications, especially for those need extreme temperatures, wide power supply tolerances or electromagnetic disturbance protection. Artila’s Matrix-752 offers device-to-cloud service with longer range, better signal coverage, improved data transmission, and rapid deployment for optimal performance and ease of use at reduced cost. It can also be used for monitoring equipment status in applications involving smart grid or solar field.
Highly Integrated IoT Gateway Matrix-752 was specifically designed to meet the needs of smaller networks required for remote applications, the smaller size and DIN Rail mount capability means the Matrix-752 is ideal for the limited cabinet space requirements of most remote operations. Built-in layered security functionality ensures that the network stays protected at all times. Additional devices can be added quickly and easily without the need to configure the communication paths.