These new ADI Chronous offerings support the 10BASE-T1L physical layer Ethernet standard allowing new data streams from edge nodes in remote and hazardous locations across process and building facilities. This previously unavailable data can now be accessed across the network and used to assess factors such as asset health, raw material usage, and process parameters enabling cleaner manufacturing.
“Many process plants and buildings are struggling with constant manual local intervention required by service personnel and limited ability to optimise assets at an enterprise level,” said Mark Barry, General Manager of Automation and Energy at Analog Devices. “By providing long-reach Industrial Ethernet solutions that adhere to the 10BASE-T1L Ethernet standard, we’re making it possible for our customers to achieve reliable communications over much longer distances, covering the last mile in connectivity. This truly enables the benefits of digitalisation through seamless access to edge data and improved control of remote assets.”
The Chronous offerings have been developed to enable customers to reduce energy consumption in buildings as well as their overall carbon footprint through improved control of building parameters.
The ADIN1100 and ADIN1110 Industrial Ethernet solutions can transfer data over 1.7 kilometres or more than a mile (a significant increase from previous Ethernet standards) through a single twisted pair of Ethernet cables, which helps reduce space, weight, and cost. These cables are lighter and more malleable than traditional Ethernet cables, and can support reuse of existing cabling infrastructure, reducing commissioning cost and complexity.
These solutions come in two flexible options: MAC PHY and PHY. The MAC PHY (ADIN1110) enables very low power systems, which simplifies retrofitting for Ethernet in field sensors or actuators and preserves existing investment in software and processor technology. The PHY (ADIN1100) provides standard Ethernet interfaces and supports use in more complex designs such as field switch developments or building controllers.
