Simulating embedded software is often more cost-effective than running tests on physical hardware, especially during the early stages of development. It eliminates the need for expensive hardware prototypes and reduces the risk of damaging hardware during testing. Some of the advantages include.

Faster Development Cycles: With reduced dependencies on physical hardware, development cycles can be accelerated, leading to faster time-to-market for embedded systems.

Prototype Validation: Before investing in the development of physical prototypes, simulation can be used to validate the software’s functionality and performance, reducing the risk of costly design errors.

Rapid Development: Simulated environments allow for rapid software development and testing iterations. Developers can quickly make changes and test different scenarios without the delays associated with hardware modifications.

In this webinar, you will get to learn the advanced simulation features of the Keil 𝝻vision IDE