Ah, the CAN bus. It’s become a communication standard in the automotive world, found in a huge swathe of cars built from the mid-1990s onwards. You’ll also find it in aircraft, ships, and the vast ...

First off, let's establish the basics of how a CAN-Bus network operates. What CAN-Bus does is turn analog, switched voltage signals and sweeps into digital code. Let's take the speedometer, for ...

Since its emergence in the late 1980s as a burgeoning serial-data protocol for the automotive market, the controller area network (CAN) bus has been the go-to networking standard for vehicles ...

Today's passenger vehicles can utilize about 70 onboard computers (ECUs, actuators, and so forth). So let's consider this group an extended family, and just like any family, communication means a lot.

Why the CAN bus technology has lasted nearly 40 years. Why evolving requirements of automotive electronics are outstripping CAN’s capabilities. How automotive Ethernet was developed to support the ...

What is CAN SIC? Why is signal ringing such a critical factor in networking? Besides automotive, what other applications can take advantage of CAN SIC? What's the relationship between CAN FD and CAN ...