This graphic-based story provides an image-driven overview of 10BASE-T1L Single-Pair Ethernet (SPE), which helps facilitate the use of predictive maintenance in Industrial IoT (IIoT) and building automation systems.
This presentation, from the Fall 2022 BICSI Conference, discusses why SPE technology is important to Building Automation Systems, provides an overview of standards and applications, and an update on SPE development.
Steve Cowles and special guests Bob Voss, and Arvind Patel discuss Single Pair Ethernet benefits and use cases.They also give an update on the recently released TIA-568.5
Balanced Single Twisted-Pair Telecommunications Cabling and Components Standard.
Experts consider Single Pair Ethernet to be the next generation of communication architecture in automation. The concept behind it is essentially an extension of the Ethernet to the sensor, that is wherever “tracks” (in the literal sense) rather than data highways are needed in every inch of space within the plant – it is compact, flexible and offers extensive reach. Download Weidmueller’s White Paper.
As application areas transition to Ethernet protocols and field devices continue to require increased transmission capacities, single pair Ethernet (SPE) is becoming an attractive option. It delivers fast and gigabit Ethernet combined with power over a simple two-wire interface. In addition, SPE can be used with standard industrial grade housings designed for the harshest environments.
Check out this infographic from the Ethernet Alliance that shows how Single Pair Ethernet cabling offers a cost effective way to implement OT over 10Mb/s. Read the full article at: pages.panduit.com
The new Ethernet standard for 10-Mb/s operation and associated power delivery over a single balanced pair of conductors could be cost-saving boon and ease installation in building automation apps.
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Single-pair Ethernet (SPE) is a case where less is more: an Ethernet connection with one pair of streamlined wires rather than two or four pairs. This means power and data can digitally […]
20 meters. That is the maximum distance between an IO-Link master port and an IO-Link device using a standard prox cable. By using SPE, we gain the Ethernet cable length advantage. So, instead of being limited to 20 meters, your IO-Link cabling could stretch to 100 meters! Imagine the opportunities that opens in industrial applications. It is possible that even longer runs will be achievable.
