Texas Instruments

👋 Meet Max, a digital integrated circuit (IC) design engineer on our DLP® technology team who enjoys breaking down complex problems to help customers integrate our chips into their end products. “I really enjoy the mix of problems I get to work on in my role. As a team of engineers, each of us can own a part of the larger solution that pushes our technology forward.” Swipe for a glimpse into Max’s role as an engineer and see how his work is shaping the future of technology. ⬇

Whether it's cooling a home, charging a car or powering AI, electricity now defines progress. Generating more power is necessary, but using every watt wisely across the energy ecosystem is critical. Our latest edition dives into how we can tackle the challenge of effectively managing one of our most vital resources to power tomorrow more sustainably.🔌 Read more to discover: 🤖 How we can sustainably feed power-hungry AI ❄️ How semiconductor innovation can reduce power waste and keep us all cooler ☀️ Why solar coupled with battery energy storage systems can be the answer to grid reliability

📣Last week, we opened our second assembly and test factory in Melaka, Malaysia – marking a new chapter of semiconductor manufacturing and innovation to support our customers’ growth. This new factory connects to our existing site and will have 6x the capacity to transform processed wafers to finished chips. From there, these chips will form the foundation for electronics – from data centers to personal electronics to the latest vehicles. Click the link in our comments to learn more about our assembly and test factories.

What do you know about the technology behind data center power? Pradeep Shenoy, compute power technologist, spoke at #PowerUp25 about why data centers must transform to meet AI's growing energy demands. 🔌 Data centers will require 10x more power by 2028. With an increase in compute capability comes an increase in power consumption – and advanced semiconductors are at the heart of this challenge. See the link in the comments to learn more about the semiconductors addressing the challenges of next-generation power distribution architectures. ⬇️

Edge AI technology is reshaping the potential of systems and devices across industries. What this looks like: 🫀 Taking health into your own hands ⚡ Improving grid safety and efficiency 🏢 Enhancing building comfort and safety To hear from our experts on the impact of edge AI technology, check out our latest blog in the comments.

Michael’s journey from military service to an engineering career demonstrates the valuable perspective veterans bring to innovation. The discipline and precision that guided him in uniform now drive his contributions to cutting-edge technology as a product marketing engineer at our company. 💡 "My experiences in the Marine Corps instilled values of determination, attention to detail and the importance of teamwork that directly translate to developing semiconductor solutions at TI. In both environments, success requires adaptability to solve complex problems under pressure. I'm proud to continue making a lasting impact by creating technology that supports critical systems, applying the same principles I learned while serving my country." Today we thank Michael and all veterans for their lasting impact. #VeteransDay ⭐

Happy #NationalSTEMDay! We're proud to partner with organizations like United Way of Metropolitan Dallas to provide hands-on learning opportunities to ignite young minds. 💡 Recently, TI volunteers shared their passion for science, technology, engineering and math with more than 500 students at STEM Fest, transforming complex concepts into exciting discoveries. From coding challenges to engineering design activities, we're committed to making STEM accessible and engaging for students in our communities. 🔭 Today and every day, we're proud to support the future of STEM! 🤖

From GaN evolution to quantum technologies, discover how semiconductors are quietly revolutionizing our world. 🌎 Join our CTO Dr. Ahmad Bahai for an insider's perspective on what's next on the Wine Down Friday podcast with Maurizio. He shares insights into our approach to fostering innovation, the evolution of AI-driven applications, and the growing intersection between semiconductors and science. 💡 Click the link in our comments to hear about his journey of continuous learning, and how curiosity and balance fuel his creativity and leadership in advancing technology. 🎧

Did you know October was Cybersecurity Awareness Month? 🔒 As devices become more connected, keeping them secure presents cybersecurity challenges beyond individual users' control. The CRA is changing the rules globally, making manufacturers take more responsibility for keeping their analog and embedded products safe throughout their entire lifespan. To emphasize the importance of security in semiconductors, our Director of Cybersecurity & Functional Safety Marketing, Heinz-Peter Beckemeyer, recently spoke on TI's approach to navigating the EU Cyber Resilience Act at Munich Embedded. Key insights from our session include: 🔹 Process-level compliance vs. product-by-product approach 🔹 Risk assessment strategies for both new and legacy products 🔹 How to meet extended monitoring requirements Check out the comments to learn more about our commitment to a secure, connected ecosystem. ⬇️

Step inside our newest 300mm analog fab in Sherman, TX, where semiconductor innovation is coming to life. 📍 This behind-the-scenes footage showcases our manufacturing process, where advanced manufacturing tools transform bare silicon wafers through hundreds of precise steps. Once complete, these wafers move to our assembly and test sites, continuing their journey toward becoming the chips inside electronics everywhere.