ARS Embedded Systems LLC

📍 If you're visiting the embedded world Exhibition&Conference, make sure to stop by booth 2605-G. Our CEO and CTO look forward to discussing how ARS Embedded Systems can support your product development and bring your ideas to life. Don’t miss the chance to connect!

Join us in Texas from October 8-10 at booth #2605-G at embedded world Exhibition&Conference 🚀 📅 Interested in discovering how we can collaborate? Schedule a meeting with our CEO here: https://lnkd.in/d9qEtc9p 

This week, our team had the opportunity to showcase our expertise in embedded systems development at the Microchip Masters 2024 event. It was a great experience, and we were thrilled to present our latest projects and share our solutions with all the visitors at our booth. A big thank you to everyone who stopped by! 🙌

We celebrated our 11th birthday in our style - a blend of Scrum and socializing 🤓🍻 🎈 Happy birthday to us, and a big thank you to our colleagues for the mini Scrum lecture and shared knowledge. This is our favorite task! 📝✅

✨ We’re thrilled to share that we’ve been invited by our partner, Microchip Technology Inc., to showcase our solutions at Microchip European Masters 2024 in Berlin! We look forward to sharing knowledge, connecting with industry leaders, and exploring the latest innovations shaping the future of technology. See you in Berlin! #MicrochipMasters2024 #EmbeddedSystems

What is Hardware in the Loop testing? Hardware in the Loop (HIL) testing is a method used to develop and test complex real-time embedded systems. It connects a controller to a test system that mimics the real-world conditions of a finished product while enabling the automation of the testing process. At ARS, we developed an HIL board for one of our clients with capabilities of: 🔹 Automatic hardware testing during the CI/CD cycle 🔹 Manual system integration testing 🔹 Simulation of: - External power supply - Battery power supply (variable voltage, battery drain simulation) - Pulse generation for flow sensor simulation - Resistive sensor simulation - Button presses 🔹 Monitoring and recording of: - Precise current consumption (ranging from 20 µA to 1.5 A) - Actuator outputs  - System log  🔹 Access to the programming interface How does it help in development? Using this board in our tests helps us reduce development time and cost, minimizes the need for expensive physical prototypes, and ensures that the final product meets all specifications and performance criteria. If you're interested in learning more or have a project that could benefit from our expertise, reach out to us. Let's explore how we can turn your ideas into reality! 🚀

Excited for #EmbeddedWorldNorthAmerica2024? So are we! Join us in Texas from October 8-10 at booth 2605. 🚀

🔍 Curious about the advantages and disadvantages of different wireless technologies? 🔍 Interested in how to make the right technology selection? Find the answers in our new blog post! #HomeSecurity #WirelessTechnology #AlarmSystems #ElectronicsDevelopment

We extend our sincere thanks to the Department of Electronics for hosting the Electronics Info Day. It was a pleasure mingling with our future colleagues and exploring the exciting developments in the field. A special shoutout to Prof. Dr. Mirjana Damnjanovic and Dragomir Nikolic for their valuable contributions and warm hospitality. Looking forward to more opportunities to connect and collaborate in the future! 🚀 #Electronics #InfoDay

At ARS, we are developing innovative products that help people in faster injury recovery and provide remote healthcare to patients. What is BFR training? Blood Flow Restriction exercise modifies blood flow to working muscles and reduces blood flow leaving from the muscle to create a state of reduced oxygen, replicating high-intensity exercise. 🏋️♂️ Discover how we contributed to the development of this unique device!