Thank you so much! 😊 We're really glad you find the real-world examples helpful. It's great to know they're making the technology easier to understand! ❤️
Hi @automationcontrol850! Thank you so much for your support over the years. We appreciate your suggestion for a video on Siemens PLC programming. We'll definitely consider it for future content. Stay tuned!
Thank you for your question! It's a very good question, but here is your answer. Single Pair Ethernet (SPE) is generally faster and more capable than CAN bus Ethernet, but CAN bus was designed for real-time control systems. CAN bus is limited to a maximum data-transmission rate of 8 to 10 Mb/s, making it difficult to keep up with the demands of modern vehicles. SPE is designed to deliver the high performance required in automotive applications. Happy learning!
Love the way you provide real-world examples to explain technologies, thanks.❤
Thank you so much! 😊 We're really glad you find the real-world examples helpful. It's great to know they're making the technology easier to understand! ❤️
perfect 😍😍 thanks Realpars team
We are glad to help! :)
Thanks!
Thank you so much for your support and kind words!
Please make video on PLC programming of Siemens
Hi @automationcontrol850! Thank you so much for your support over the years. We appreciate your suggestion for a video on Siemens PLC programming. We'll definitely consider it for future content. Stay tuned!
Weldone
Is this canbus?
Thank you for your question! It's a very good question, but here is your answer.
Single Pair Ethernet (SPE) is generally faster and more capable than CAN bus Ethernet, but CAN bus was designed for real-time control systems. CAN bus is limited to a maximum data-transmission rate of 8 to 10 Mb/s, making it difficult to keep up with the demands of modern vehicles. SPE is designed to deliver the high performance required in automotive applications.
Happy learning!
@@realpars First time I heard this, awesome, new technology. Thanks