Nuvation

High-speed designs introduce risks that are often caught too late. In our latest article, we break down how to avoid the most common SI and EMC pitfalls through proper stack-up design, simulation, and layout practices.

Key takeaways
👉 SI and EMC issues are best solved early
👉 Simulation and PCB expertise drive reliable performance
👉 Strong pre-layout design reduces cost and rework
👉 Nuvation’s engineering approach helps teams avoid delays and compliance risks

Read the full article here: https://nuvation.com/news/addressing-si-emc-challenges-in-high-speed-pcb-design/

Addressing SI & EMC Challenges in High-Speed PCB Design | Nuvation Engineering Explore why early calibration planning is essential for reliable, high-performance data acquisition systems in electronic product design.

Selecting the right BMS starts with understanding your requirements. Our team at Nuvation Energy recently published a detailed guide that breaks down the process of specifying a BMS for custom energy storage or battery-powered applications.

If you're developing a BESS or battery-powered product, this article will help you set a clear technical foundation!

Defining Your Custom Battery Management System Requirements | Nuvation Energy Define your battery management system (BMS) requirements with confidence. Explore key factors in cells, modules, safety, compliance, and cost to design a reliable optimized system.

At Nuvation Engineering, we have worked with fiber interfaces from low-speed 250 Mbps transceivers to multi-gigabit Ethernet systems. Our experience with both softcore and hardcore FPGAs enables us to design reliable, cost-effective solutions for demanding industrial environments.

In our latest article, we explore how FPGAs and fiber networks can overcome the challenges of high voltages, electromagnetic fields, and mid-range bandwidth needs.

🔗 Learn more in our latest article: https://nuvation.com/news/fpgas-for-fiber-networks-in-industrial-applications/

FPGAs for Fiber Networks in Industrial Applications | Nuvaton Engineering Explore wired vs. fiber networks in industrial applications, and how FPGAs enable flexible, cost-effective communication solutions.

This pacemaker dissolves in the body within sixty days and receives power wirelessly from an external source👀 At Nuvation we are increasingly seeing requests for low-power devices that do not require batteries or wired power to operate. Instead they can get power from heat, kinetic energy, or in other innovative ways!⚡️

Pacemaker harmlessly dissolves in body Wireless, fully implantable device gives temporary pacing without requiring removal.

Can your next-gen IoT solution improve performance by doing more processing at the edge, and still deliver multi-year battery life?🤔 Nuvation’s Director of Engineering shares his secrets to doing more with less (power)! Watch now👇

IoT Edge Computing and Battery Life In this 15-minute Tech Talk Tim Hiller, Nuvation’s Director of Engineering, explores newer generation components that enable more processing within the edge device while retaining multi-year battery life.

Register to hear Nuvation’s Director of Engineering Tim Hiller present at Sensors Innovation Week at 11:30 PT / 2:30 ET on June 23🤩 Tim will share his secrets on maximizing processing capabilities in low-power IoT devices. Tim developed an acoustic water leak detector with a 5+ year battery life, a cow-portable wireless network to monitor heard health, and a wearable security device that captures images/audio and calls for help with 2-way voice! You don't want to miss this! 👉 https://www.sensorsexpo.com/sensors-innovation-week-summer