You’ll have to pay a bit more to get the transceivers that work with the low and/or high speed CAN busses. The Vector options these days are limited and pricey, and you will end up spending about $1000 to get a Vector CANCase, which supports up to 2 CAN busses. To get started, you need a CAN interface that you can hook up to your development/testing workstation. In this post, I will be presenting some alternatives to the Vector suite that likely provide all of the necessary capabilities your teams require, but at a fraction of the price. ![]() This leads to organizations fighting over these tools, because they cannot justify the cost involved to allow all developers and testers to have the setup they require to get their work done. ![]() Vector Informatik GmbH has long dominated the space of CAN bus development/analysis tools, but the hardware and software offerings they provide are extremely pricey. The CAN bus is a simplistic, cheap, and robust interface that’s widely used for communications between microcontrollers but is a viable and cost-effective communications network for systems that are physically wired together.
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