Describe how TE Connectivity and other automation providers are bringing a new and exciting version of Ethernet to the market
Give definitions for the seven layers of the OSI Model
Describe the communication structure of Single-Pair Ethernet from the physical layer to the Network Layer
Name the various standards that apply to Single-Pair Ethernet
List the advantages that Single-Pair Ethernet can give over current and legacy protocols used in automation
Differentiate between the types and functions of cables and connectors used for Single-Pair Ethernet
Describe how power and data are transmitted in a Single-Pair Ethernet architecture through the presentation of practical use cases
Welcome to the Single-Pair Ethernet Fundamentals Course! 👋
1.1. Single-Pair Ethernet Fundamentals - Introduction
2.0. A Brief History of Ethernet
2.1. Single Pair Ethernet
2.2. IEEE 802.3cg and IEEE 802.3bp
2.3. End of Section Quiz
3.0. OSI Model
3.1. OSI Stack Explained | Part 1
3.2. OSI Stack Explained | Part 2
3.3. Ethernet Messaging
3.4. Ethernet Topology
3.5. Network Switching
3.6 Ethernet Physical Connection
3.7 Ethernet Signaling - Part 1
3.8. Ethernet Signaling - Part 2
3.9 Quiz
4.1. Speed Advantage
4.2. Bandwidth
4.3. Reduced Complexity
4.4. Building an SPE Network
4.5 Quiz
5.1 Reduction of Network Hardware with SPE
5.2 Cost-Cutting: Reduce Installation Labor with SPE
5.3 Bridging OT and IT with Ethernet: Part 1
5.4 Bridging OT and IT with Ethernet: Part 2
5.5 Quiz
6.1 SPE for Hazardous Environments: Part 1
6.2 SPE for Hazardous Environments: Part 2
6.3 SPE vs. Other Fieldbuses A Comprehensive Comparison Part 1
6.4 SPE vs. Other Fieldbuses: A Comprehensive Comparison Part 2
6.5 SPE vs. Other Fieldbuses: A Comprehensive Comparison Part 3
6.7 Quiz
You are an engineer or technician involved in networking multiple PCs, PLCs, and other ethernet-connected devices over a common network
You need to keep current on emerging protocol trends and how they can improve the performance of your operations
You are interested in how ethernet-connected devices can share data in a secure and reliable way
You are involved with the maintenance and upgrade of existing automation networks
You'll get access to this course and ultimate access to the rest of the courses in the library.
Yes, this course is certified by TE Corporation. Upon completion, TE will issue you a certificate stating that you have completed the course and are competent in the basics of Single-Pair Ethernet.
No, this course is designed for those who are new to both Ethernet communications and automation networks. Everything is explained in the course, so no prior knowledge is required to follow or understand the material presented in this course.
No, the course is informational and covers a new way of communicating within the process control system. While case studies and examples are given, there is no required hands-on component to this course.
This course does cover the packet nature of Ethernet communications. The free Network Packet Analyzer, WireShark, will be used to demonstrate how Ethernet is structured but is not required to understand these concepts. Wireshark can be downloaded at: https://www.wireshark.org
Yes. Most people enroll individually, and then submit their receipt to their employer for reimbursement. However, if your employer has a tuition budget and wants to train 5 people or more, you can send us an email at [email protected] and we will help you with bulk signup.
Of course. All of our course content is pre-recorded, so you can work and study on your own time.
Nope! All our courses are offered online, so you can take them from anywhere in the world. All you need is a high-speed internet connection and the applicable software for your course.
