Devendra Srivastava’s Post

Certificate Advanced node 7nm from Cadence.

Just wrapped up the Cadence Training Course Semiconductor 101 v1.0 (Online)! Deep dive into the semiconductor market dynamics and fundamentals. #SemiconductorTraining #MarketInsights #ContinuousLearning 🎓

Upgrade your semiconductor knowledge

🎓 Excited to share my latest achievement! I successfully completed Semiconductor 101 v1.0, an online course offered by Cadence. This course provided in-depth knowledge of the semiconductor industry, including fundamental concepts, design methodologies, and the latest advancements in semiconductor technology. It has enhanced my understanding of the core principles that drive innovations in the electronic and IC design space. Looking forward to applying these insights to future projects and continuing my journey in the semiconductor field!

Upgrade your semiconductor knowledge

Don’t miss tomorrow’s webinar on transforming embedded development for RISC-V. Join us for a practical session about the collaboration between IAR and Renesas Electronics, which is setting new benchmarks in embedded development with the launch of Renesas's first general-purpose RISC-V MCUs. The combination of IAR's powerful solutions, the Renesas Smart Configurator toolkit, and the Renesas Fast Prototyping Board (Renesas FBP-R9A02G021) will lead to highly improved productivity and innovation in RISC-V applications. Learn about our streamlined development process enhanced with compiler optimizations, advanced debugging, and in-built code analysis. These advancements not only ensure functional safety from the beginning but also fit seamlessly into modern development workflows, including CI/CD. Secure your spot now! April 18, 2024 - 10am CEST (Asia and Europe): https://lnkd.in/dKyhakAE April 18, 2024 - 2pm EDT (Americas): https://lnkd.in/d_FJ9gdx #IAR #RISCV #EmbeddedDevelopment #AgileDevelopment #DevOps #FunctionalSafety #semiconductor #embeddeddeveloper

🚀 Reflecting on my first project as an Embedded Software Engineer: I developed a Embedded software for handheld device featuring 16 keys and 13 LEDs, communicating with a main device via UART protocol with checksum verification. Here's what I learned: 1. Mastering clock frequency setup for precise timing. 2. Navigating GPIO pins to control hardware components effectively. 3. Configuring UART baud rates for reliable serial communication. 4. Utilizing interrupts to handle asynchronous events efficiently. 5. Understanding key debouncing techniques and distinguishing between short and long key presses. Excited to leverage these learnings in future projects! #EmbeddedSystems #FirmwareDevelopment #LearningJourney 🎓🔧

That ASML makes 'a chip machine' for chip production seems to be common knowledge nowadays. Did you know however that there are many more machines and steps needed to produce a single chip? This video beautifully explains how 'modern gold' is produced! 💿

Learn about our streamlined development process enhanced with compiler optimizations, advanced debugging, and in-built code analysis. These advancements not only ensure functional safety from the beginning but also fit seamlessly into modern development workflows, including CI/CD.