Ram Pranav’s Post

Learn About the Role of Embedded Linux in IoT Systems Explore how Embedded Linux supports the growing IoT landscape by enabling scalability, flexibility, and real-time processing in smart devices and industrial applications. To learn more about click the below link: https://lnkd.in/gjfaw7tw SunStream Global Technologies #EmbeddedSoftwareDevelopment #linux #iotsystems #embedded #embeddedsystems #sensors #iotsensors #IoT #technologies #electronicsengineering #sensortypes #electronicsengineer #sunstreamglobal #SmartDevices #IoTDevelopment

We’ve got something special! ByteTracer Goes Multi-Platform! ByteTracer is now available on MacOS, Windows, and Linux! Unleash the power of real-time serial visualization for your microcontroller projects. Whether you're building robots, IoT devices, or embedded systems, ByteTracer transforms complex data streams into crystal-clear insights. Dive in and check it out! orbbyt.com #EmbeddedDevelopment #DataVisualization #Microcontrollers #IoT #Orbbyt #ByteTracer

RTOS is becoming the go-to choice for applications requiring precision and speed, like IoT devices. 📱 ⠀ With hardware manufacturers like Espressif and NXP producing RTOS-specific chips, the ecosystem is expanding fast. ⠀ However, ROTS isn't a silver bullet -- there are trade-offs between RTOS and Linux. ⠀ Explore what developers should consider when making the switch in Carsten's article for BetaNews, Inc. 👉🏼 https://lnkd.in/gDbt2tgm ⠀ #RTOS #Linux #IoT #SmartDevices #EmbeddedSystems

In the rapidly evolving landscape of IoT, the need for robust, real-time operating systems (RTOS) has never been more critical. This insightful article from Embedded.com dives deep into how Linux is emerging as a powerful player in the RTOS space, closing the gap and driving innovation. Whether you're an embedded systems engineer, IoT enthusiast, or tech leader, this piece is a must-read for understanding the future of RTOS in IoT. https://lnkd.in/gmH35xrz #IoT #RTOS #EmbeddedSystems #Linux #Innovation #TechTrends

Square wave generator with ESP32: an economical solution for circuit testing https://lnkd.in/dMApsuNu #digital,#digitalelectronics,#Dupontcables,#esp32,#internetofthings,#iot,#library,#linux,#NodeMCU,#platformio,#PWM,#tutorial

As part of our project financed by Zadarska županija. This work will be presented at the JavaCro 2024 conference.

Here's my custom made Zigbee hub deployed at the test site. It's a Raspberry Pi Zero 2W with a an extension case and a Zigbee adapter plugged into the USB A port. The case adds an ethernet port and power over usb c. It's shielded by a plastic box used for electrical components. The hub is running Zigbee2MQTT and publishing sensor data to a local instance of mosquitto. It will be ingested by Prometheus and displayed in Grafana. #iot #smartgarden #zigbee #raspberrypi #raspberrypizero #mqtt #mosquitto #promeheus #grafana #linux #oss

Ubuntu Core 24 - IoT (Internet of things) and embedded development. This will benefit from long term support in the same Canonical style. Lets build some robots and take over the world #linux #opensource #ubuntu #canonical #embedded #IoT https://lnkd.in/d5UMAdcS

Efficient System Design for Embedded Linux Designing systems for Embedded Linux requires careful attention to hardware constraints, power efficiency, and security. Focus on creating lightweight, modular architectures tailored to the specific hardware, using tools like Yocto to optimize the OS. For real-time applications, consider using real-time patches like PREEMPT-RT to ensure deterministic performance. Don't forget to implement robust power management strategies and security protocols to ensure your device runs efficiently and securely. #EmbeddedLinux #SystemDesign #IoT #RealTimeSystems

🚀 Exciting developments are reshaping the embedded development landscape, and our company is at the forefront of this transformation! Transitioning from bare metal to RTOS to Linux opens up new avenues for developers to enhance productivity, scalability, and flexibility in their projects. With Linux, developers can tap into a rich ecosystem of open-source tools and libraries, speeding up development cycles and reducing time to market. The scalability of Linux means it can adapt to a wide range of embedded applications, from IoT devices to automotive systems, without compromising performance. Moreover, the flexibility of Linux allows developers to customize the operating system to suit their specific project requirements. Whether it's tweaking kernel configurations or selecting only the necessary components, developers have unparalleled control over their embedded solutions.