Gary Hilson

The memory and data-storage capacities of automotive systems are rising rapidly, driven by myriad infotainment systems as the industry makes progress on the road to full autonomy.

Sensors are a key technology for the future of the car and come in many forms to not only guide the vehicle on its path but also enable features inside an increasingly digitized cockpit.

Electric vehicle (EV) charging infrastructure is moving beyond the initial challenges of range anxiety to solving additional problems and enhancing the driver experience.

Car dashboards have become digital cockpits full of buttons and displays for a whole of infotainment systems, but they’re on the road to be touchless thanks to gesture recognition technology.

Automotive applications are driving the development of more energy-efficient semiconductor technologies.

The smarter the vehicle, the greater the need for energy efficiency. An ongoing challenge for self-driving vehicles is the immense amount of power needed for autonomy — onboard sensors draw a significant amount of power while in-vehicle computing is

Today’s medical and fitness wearables must be able to handle everyday life–a drop of liquid or a fall to the floor should not keep it from fulfilling its purpose.

Modern healthcare is digital, which means an uninterruptable power supply (UPS ) is the lifeblood of any medical facility or healthcare campus.

Bricks and mortar retail can improve employee productivity and optimize supply chain with better connectivity

More computing is being done at the edge, and this is driving increased demand for on-board memory, storage, and processing capabilities to support more advanced artificial intelligence and machine learning done locally at the device level.

The evolution of electronic components and semiconductor technology is tightly tied to future advances in drone technology and unlocking more use cases.

Range anxiety is no longer the only power-related concern when it comes to electric vehicle (EV) design and adoption. Autonomous or not, cars are getting smarter.

Electrified or not, autonomous or not — today’s modern vehicle needs energy for more than just getting to its destination.

Flexible and environmentally friendly ways of getting around are the building blocks of a smart city. There’s a lot more to smart mobility than cars that can drive themselves.

More complex computer-vision tasks are pushing the memory and storage requirements in edge devices.

Terahertz (THz) optronic technologies aren’t new, but it’s only recently that they’ve been explored for more commercial applications, specifically those tied to enabling imaging and communications.

Space has always been the final frontier for communications technology. With all the activity in orbit, including ambitious, private-sector efforts from companies like SpaceX, there’s going to be increased pressure for 5G infrastructure to be

If Industry 4.0 is a digital transformation toward a smarter factory, artificial intelligence and machine learning must have a role. But as with any technology adoption, it needs to be done in a pragmatic fashion that’s manageable while also

Advances in electronics such as memory and the internet of things have played a role in enabling Industry 4.0, but the electronics industry itself is also benefiting from the digital transformation these technologies are supporting elsewhere.

Learn about the advantages and use cases for Panasonic Lithium Primary Cylindrical and Coin (CR) and (BR) series batteries.