SKU/Artículo: AMZ-B0F89SC844

Rust: Embedded Systems for Beginners: From Blinky LEDs to IoT Sensors in Rust

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Paperback

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Paperback

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En stock
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0.39 kg
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Producto de:
Amazon
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USA

Sobre este producto
  • Unlock the power of memory-safe, high-performance firmware development with Rust: Embedded Systems for Beginners. This concise guide takes you from your first “blinky” LED to real-world IoT applications—without sacrificing safety or speed.Why Rust for Embedded? Rust’s ownership model, zero-cost abstractions, and fearless concurrency eliminate common C/C++ pitfalls like buffer overflows and data races. With compile-time checks and no garbage collector, you get predictable, efficient code that runs directly on microcontrollers.What You’ll LearnToolchain & Setup: Install Rust, configure cross-compilation for ARM Cortex-M, RISC-V, AVR, and flash your first firmware using cargo-flash.no_std Development: Build bare-metal projects without the standard library, define custom panic handlers, and debug via RTT and semihosting.Memory & Safety: Understand microcontroller memory layouts, volatile register access, and leverage Rust’s borrow checker to prevent data races.Peripheral Access & HAL: Use svd2rust-generated PACs and embedded-hal traits to drive GPIO, I²C, SPI, UART, and more—writing portable, trait-based drivers.Interrupts & Concurrency: Implement safe interrupt handlers with #[interrupt], manage critical sections, and explore the RTIC framework for structured real-time tasks.Low-Power & IoT: Master MCU sleep modes, deep-sleep cycles, and integrate MQTT or CoAP clients to send sensor data securely to the cloud.Debugging & Testing: Employ probe-rs, defmt logging, on-device unit tests, and CI pipelines to ensure rock-solid firmware quality.Ideal for embedded engineers moving from C/C++, IoT hobbyists prototyping on popular boards, and students seeking modern, industry-grade firmware practices. Join the Rust Embedded Working Group ecosystem and deploy robust, efficient, and safe embedded applications—start building with Rust today! Related: embedded Rust, Rust microcontroller programming, Rust IoT development, bare-metal Rust, Rust no_std tutorial, Rust embedded systems, Rust for ARM Cortex-M, Rust RISC-V guide, Rust embedded-hal examples, svd2rust PACs, cross-compile Rust, Rust firmware development, Rust real-time systems, RTIC Rust framework, Rust async embedded, defmt logging Rust, probe-rs debugging, Rust hardware abstraction, Rust low-power design, MQTT Rust IoT, CoAP Rust client, Rust DMA buffers, Rust memory safety, Rust ownership model, Rust interrupt handlers, Rust critical sections, embedded Rust projects, Raspberry Pi Pico Rust, STM32 Rust tutorial, ESP32 Rust examples, Rust inline assembly, Typestate Rust patterns, Rust FFI embedded, Rust alloc crate, Rust linker scripts, Rust bootloader design, Rust OTA updates, Rust CI embedded, Rust unit testing, defmt-test Rust, Rust embedded ecosystems, awesome-embedded-rust, Rust HIL testing, Rust GDB embedded, Rust cargo-flash, Rust cargo-embed, Rust LTO optimization, Rust cargo-bloat, Rust ADC PWM, Rust I2C SPI UART, Rust GPIO HAL, Rust power management, Rust deep sleep
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AR$57.237
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