Download the app note to learn about the advantages of using Single Pair Ethernet, the perfect solution for low bandwidth, long-distance, secure, powered bidirectional communications.
Key topics that are covered in the app note include: Use Cases Status of Standards Connectors Testing Requirements and much more
The latest generation of SPE offers Ethernet data transport rates of 10 Mbps, full duplex. This may not seem like much considering CAT6A can run at speeds up to 10 Gbps full duplex. Yet, in many situations, a 10 Mbps max is more than enough throughput required. Additionally, the 802.3cg Ethernet specification uses the 802.3bu standard for power transport. This is also known as power over data line — or PoDL. The PoDL standard can power compatible devices belonging to 1 of 10 different power classes that range from 0.5 to 50 W of power to the end device. In many cases, 50 W of power is more than any single device would need.
SPE also has a second benefit that will be crucial for some enterprise deployment situations. Instead of a 100-meter distance limitation for both data and power over Ethernet (PoE) that’s common in 4-pair Ethernet standards, SPE supports cable lengths for data and PoDL up to 1 KM in length.
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
With the Internet of Things (IoT), Ethernet is now making inroads into the sensor layer of smart buildings and factories. Single Pair Ethernet offers a “lean” solution for building cabling, with smaller, lighter cables, high density connections. transition rates up to one kilometer, transmission rates to Gbit/s and remote power supply over cables.
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