As systems evolve and expand and protocols change, legacy communications connecting new and old systems are essential for ensuring optimal uptime. The top-end SCADA uses protocol conversion to send or receive a common stream of data. Only a properly created router functioning as a leader can communicate with a wide range of industrial protocols that
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As systems evolve and expand and protocols change, legacy communications connecting new and old systems are essential for ensuring optimal uptime. The top-end SCADA uses protocol conversion to send or receive a common stream of data. Only a properly created router functioning as a leader can communicate with a wide range of industrial protocols that
CONTINUE READING

As systems evolve and expand and protocols change, legacy communications connecting new and old systems are essential for ensuring optimal uptime. The top-end SCADA uses protocol conversion to send or receive a common stream of data. Only a properly created router functioning as a leader can communicate with a wide range of industrial protocols that
CONTINUE READING

As systems evolve and expand and protocols change, legacy communications connecting new and old systems are essential for ensuring optimal uptime. The top-end SCADA uses protocol conversion to send or receive a common stream of data. Only a properly created router functioning as a leader can communicate with a wide range of industrial protocols that
CONTINUE READING