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.

Big news!🎉 Nuvation Engineering has a whole new look.

Our brand and website have been completely reimagined to better represent who we are today, a company driven by innovation, precision, and a deep commitment to engineering excellence.

The new website makes it easier to explore our capabilities, see what we’ve built, and better understand our processes!

Feel free to take a look around and let us know what you think.
https://nuvation.com/

Hardware Bee Interviews Nuvation Engineering CEO Michael Worry about the Electronic Design Industry Hardware Bee recently interviewed Nuvation Engineering CEO Michael Worry about the electronic design industry. View the interview here.

Some years back before “IoT” was the big buzz word, “convergence” dominated the electronic design industry. This farm robot uses carbon dioxide lasers, autonomous driving, machine learning, computer vision, and GPS…to kill weeds!😱

This Badass Robot Uses Lasers to Slay 100,000 Weeds Per Hour Don't mess with this lean, mean, weed-killing machine.

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.

Arm approached Nuvation about creating some product development guidance for start-ups. This video applies to most types of new product introduction, not only those involving Arm’s IP processor cores. Feel free to share it!🤩

Getting Your Arm-Based System to the Market and in Production Tim Hiller, Director of Engineering at Nuvation took part in Arm's Startup Day to discuss the variety of considerations to make in order to get your arm-based system to the market and in production successfully.

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

Wireless sensors are enabling groundbreaking advancements in the healthcare industry🤩 If you are developing cutting edge sensor-based applications like this collaboration between two U.S. universities, Nuvation Engineering can help. We have completed hundreds of low-power, sensor-based hardware design and software development projects for healthcare applications👏

Soft sensors comprehensively monitor pregnant women without wires Three soft, flexible, wireless sensors allow movement, provide more precise data.

A client in the medical industry chose us to create an ultrasound fingerprint scanner🤩 Take a look at how we did it!

Biometrics Fingerprint Scanner A client chose Nuvation to design custom boards and a suite of embedded software for an ultrasound fingerprint scanner