ADLINK announced its support for the Universal Internet-of-Things Connector (UIC) proposed by the Embedded Technology Standards Organization (SGeT), and announced the support for embedded XRCE middleware. To enhance real-time data transmission of the universal IoT connector. The combination of two open source software specifications strengthens ADLINK's embedded product portfolio, enabling even device-to-device and device-to-cloud data connections, enabling embedded computing to move toward the Internet of Things. Chen Yi-nan, general manager of ADLINK's Embedded Platforms and Modules Division, said: "We are very pleased to be able to work with embedded computing standards organizations such as SGeT. The development of data connectivity and transmission in UIC and XRCE gives us the opportunity Be able to provide leading IoT solutions for customers with embedded computing. For ADLINK, edge computing is interconnected embedded computing, so groundbreaking connectivity solutions are extremely important to us. Development strategy." The Universal IoT Connector Specification (UIC) is the first software standard for the Embedded Technology Standards Organization (SGeT) to fully support IoT applications by standardizing embedded hardware connections that support edge and cloud computing. Prior to the introduction of UIC, all hardware I/O communications had to be manually connected to all edge and cloud nodes. This limitation brought embedded hardware deployment, support and upgrades in distributed computing systems such as the Internet of Things. A major challenge. Through UIC, the integration of distributed devices can be easily achieved by three levels of separation or partitioning. In the first level, the UIC can distinguish the configuration of the device, including hardware identification, device mapping, and numerical information matching; then distinguish between sensor and actuator communication, such as hardware drivers; the final level is device communication data transmission and deal with. With more than 450 cloud services and uncountable hardware specifications, UIC is open, practical, and versatile when building, deploying, maintaining, and developing IoT systems such as device consolidation, edge computing, and cloud computing. An efficient method. In addition to the standards set by the SGeT organization, UIC also integrates the Embedded API (EAPI) standard established by the PICMG Association to support communication between more devices. ADLINK is also an active member of the SGeT and PICMG associations, which means that all embedded systems and board products developed by ADLINK can make full use of UIC. In order to integrate edge computing, ADLINK products not only support UIC, but also support XRCE data transmission protocol. XRCE, eXtremely Resource-Constrained Environments, is a derivative of the Open Data Distribution Service (DDS) standard developed by the Object Management Group (OMG). XRCE uses UIC standards for high-performance point-to-point data transmission between devices, enhancing IT and OT data protocols (such as MQTT and OPC/UA), and performance-oriented distributed systems for distributed robots, autonomous vehicles, and defense systems. The field provides more advanced real-time data transmission. In addition, UIC and XRCE can meet the dual-source (interoperability and interchangeability) requirements of the embedded computing industry, that is, all modules and subsystems can be seamlessly interoperable, without being limited to specific developers, reducing the number of Vendor-bound risks and increased portability of application code to meet OEM OEM requirements for cost reduction, time-to-market, and risk reduction. ADLINK is committed to edge computing, and through the acquisition of PrismTech, a UK software company with extensive experience in distributed computing in 2015, expands the business-to-device-to-device-to-cloud data connection and enhances embedded computing in the Internet of Things. The application in SGeT or other embedded computing related organizations is outstanding. Guangzhou Chengwen Photoelectric Technology co.,ltd , https://www.cwledpanel.com