- Code Reuse
-Drivers portable across architectures
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- Video Carosel demonstrating production uses of Rust
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Why Rust for embedded development?
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+ Powerful static analysis
++ Rust type system lets you enforce pin and peripheral configuration at compile time. Its ownership system guarantees that resources won't be used by unintended parts of the application. + Learn more +
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+ Flexible memory management
++ Dynamic memory (heap) allocation is optional. Use a global allocator and dynamic data structures from the Rust standard library. Or leave out heap allocation altogether and statically allocate everything. + Learn more +
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+ Safe concurrency
++ Rust memory safety holds regardless of the concurrency framework. Be it threads with explicit shared memory or tasks with message passing. + Learn more +
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+ Interoperability
++ Integrate Rust into your existing C codebase or leverage an existing SDK to write a Rust application. + Learn more +
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+ Portability
++ Write a library / driver once and use it with a variety of systems ranging from very small microcontrollers to powerful SBCs. + Learn more +
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+ $RESERVED
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