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Are We Overengineering CAN Bus? CANopen, J1939, CAN FD, CAN XL, and Ethernet
A Personal Perspective After Three Decades of CAN Bus Development
Sep 20
•
Wilfried Voss
What They Didn’t Tell You About CAN FD
Higher Speed and Larger Payloads Come With a Few Important Tradeoffs
Sep 20
•
Wilfried Voss
What You Didn’t Know About CAN
Understanding the Limitations Behind CAN’s Reliability
Sep 19
•
Wilfried Voss
Controller Area Network (CAN): Why It Remains Essential for Embedded Systems
Why CAN bus remains a practical choice for embedded development—and how its reliability, low hardware requirements, simple software, and efficient…
Sep 18
•
Wilfried Voss
Classical CAN: Designed for Maximum Reliability
How built-in error detection, rapid recovery, and fault confinement made CAN a trusted network for automotive, industrial, medical, and aerospace…
Sep 17
•
Wilfried Voss
CAN Bus Embedded Development: A Practical Approach
From CAN fundamentals to real-world hardware and software development, based on years of hands-on experience.
Sep 16
•
Wilfried Voss
JCOM1939.com — A Practical Resource for SAE J1939 Development
SAE J1939 Knowledge, Development Tools, Software, and Hardware in One Place
Sep 16
•
Wilfried Voss
CAN Bus Embedded Development
From Hardware to Software - Build, Test, and Deploy Reilable CAN Applications
Sep 16
•
Wilfried Voss
Why the Raspberry Pi 5 Needs a Different Power Strategy for NMEA 2000
The Raspberry Pi 5 works well with NMEA 2000, but its higher power requirements make direct network power impractical.
Sep 15
•
Wilfried Voss
1
When the CAN Bus Keeps Blowing the Protection Diode
What a Failed CAN Protection Diode Is Telling You
Sep 15
•
Wilfried Voss
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