Newsroom

eRex is an electric vehicle that Nuvation Engineering started building for the Progressive Insurance Automotive X PRIZE. When we could not find a suitable battery management system (BMS) to use in the vehicle, we decided to make one ourselves.

We are excited to announce that Nuvation’s Waterloo Design Center has moved to a new location in Waterloo, Ontario! Although we made many great memories at our old office, we are looking forward to starting our next chapter at 40 Bathurst Drive, Waterloo.

Wearables often communicate using radio protocols such as Bluetooth Low Energy (BLE), Zigbee, WiFi, Z-Wave, Cellular, or LoRa, among others. These protocols provide solutions that meet a spectrum of needs related to range, bandwidth, interoperability and power requirements.

In simple communications, software modules communicate directly with each other using structures and media that are understood by all parties. As the communications needs have become more complex or demanding, other communications architectures have evolved.

This year Nuvation employees hiked from Yosemite Valley to 'Histio Lookout' on the 17th anniversary of Hike for a Cure. Nuvation CEO Michael Worry has been personally involved with Hike for a Cure since it started in 2001.

You might have heard that FPGAs are well-suited to interface with HMC devices, but do you understand why? In this article we explain what an HMC is, what the advantages of using them are, and how FPGAs and HMC devices work together.

“IDM” stands for our Integrated Design to Manufacturing Service. It captures the deeply integrated and concurrent Manufacturing Engineering, Manufacturing New Product Introduction, Production Ramp, and Production Management Services that Nuvation provides.

FPGA design engineers compile a lot of images – fixing this, testing that. With multiple bitstreams loaded during system integration, it can be confusing which gateware (what we like to call “FPGA source code”) revision is the working image and which image is actually in the part.

Electronic devices rarely live in a vacuum. Usually electronic products interact with one or more devices, especially in IoT systems. During these interactions, devices pass information to each other, which can cause serious security threats.

Over the last 10 years the concept of “IT” has divided into two distinct fields: infrastructure support and DevOps. While the former remains a fundamental component, implementing DevOps is now required in order to keep pace with the speed of modern deployments.