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Belden Extends Reach and Reliability of Genius Bus and Modbus Plus Networks

New Rugged, Robust Fiber Optic Repeaters Protect Network Integrity in Harsh, Automated or Decentralized Industrial Environments

St. Louis, Missouri – October 5, 2017 – Belden Inc., a global leader in signal transmission solutions for mission-critical applications, has released two new fiber optic repeaters – the OZD Genius G12 and OZD Modbus Plus G12. These robust devices help industrial applications leverage fiber optic cables to achieve the reliable, high-performing connectivity required by the Industrial Internet of Things (IIoT).

“As systems become more automated and decentralized, fiber optic cables can offer significant advantages over traditional copper cabling. Whether it’s lower installation costs or reliable data transmission over long distances, these benefits are compelling reasons to migrate quickly to fiber,” said Rolf-Dieter Sommer, product manager at Belden. “Our new fiber optic repeaters are ruggedized and robust, giving customers an immediate path to get more value from their investment in fiber optic technology.”

The OZD Genius G12 and OZD Modbus Plus G12 repeaters are designed for mission-critical and harsh industrial environments, such as manufacturing, transportation and traffic control systems, water and wastewater treatment plants and power generation facilities.

For Modbus Plus and Genius Bus networks, these devices can:

  • Offer increased value by expanding the range of data transmission (up to 22,000m)
  • Be used with all kinds of fiber optic cables (vendor agnostic)
  • Support data transmission rates of up to 1 Mbit/s with seamless redundancy against fiber breaks
  • Lower the risk of damage and downtime in harsh conditions, including corrosive gases and electromagnetic interference (EMI).

“As the IIoT expands, the ability to extend the reach of the network becomes increasingly important and these devices give engineers and integrators an efficient and elegant way to achieve that objective,” adds Sommer.

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