C vs Rust in Embedded Systems: Which is Better?

What are the main differences between C and Rust for embedded systems?

C is a low-level language with direct hardware access, while Rust offers memory safety and concurrency features.

Which language is more efficient in terms of performance?

C generally has better performance due to its low-level nature, but Rust's optimizations can make it competitive.

How does memory management differ in C and Rust?

C uses manual memory management, while Rust employs a borrow checker to ensure memory safety without a garbage collector.

Are there any specific use cases where Rust is preferred over C?

Yes, Rust is preferred in applications requiring high safety and concurrency, like IoT devices and safety-critical systems.

What are the learning curves for both languages?

C has a gentler learning curve, while Rust's strict rules can be challenging but lead to safer code.