The pain points of industrial communications are prominent, and traditional solutions are difficult to cope with the needs of digital transformation
As the digital transformation of the manufacturing industry accelerates, industrial communications are facing unprecedented challenges. In a certain automobile welding workshop, robots at different workstations use protocols such as EtherCAT, Modbus, and CANopen, resulting in data intercommunication requiring transfer through 8 gateways, with communication delays of up to 50ms, affecting the welding accuracy of the car body; the old DCS system of a certain oil refining enterprise is incompatible with the newly added intelligent sensors due to protocol incompatibility, and key process parameters cannot be uploaded in real time, forcing it to retain 20% of manual inspections, resulting in high safety risks and operation and maintenance costs.
Three core technological breakthroughs redefine industrial communication standards
Multi-protocol fusion architecture: a communication hub that breaks the "language barrier"Energy Internet: "Translator" of new and old equipment
In the transformation of a smart substation of the State Grid, Q80BD-J71BR11 seamlessly connects the RTU equipment (using the CDT protocol) put into operation in the 1990s with the newly built IEC 61850 system. The module not only completes the protocol conversion, but also filters the noise of the telemetry data of the old equipment through edge computing, so that the measurement error of the voltage transformer is increased from level 0.5 to level 0.2, providing reliable data support for the status maintenance of the substation. This solution has been included in the State Grid's "Technical Guidelines for Intelligent Transformation of Substations" and has become an industry standard case.
Industrial Ecological Reconstruction: From Hardware Supply to Industrial Communication Service Upgrade
The launch of Q80BD-J71BR11 marks the transformation of industrial communications from "hardware sales" to "capability services". The "Communication Module as a Service (CMaaS)" model built by Mitsubishi Electric provides customers with subscription services such as regular updates of protocol libraries, customized development of edge applications, and security vulnerability warnings. An aircraft engine repair shop obtains the latest ARINC 664 protocol support through CMaaS, which increases the transmission efficiency of engine health data by 40% and shortens the maintenance cycle from 72 hours to 48 hours.Email us
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