No-touch sensor ICs that measure magnetic fields in the X, Y, and Z planes have been optimized for use in vehicular applications. Tyler Hendrigan, Fabian Winkler • Allegro MicroSystems Advanced driver-assistance systems (ADAS) have existed for well over 20 years. Many of their individual components have already become afterthoughts for drivers and are now considered […]
FAQ
Connectivity promotes theft prevention in connected vehicles
Thieves may soon learn it doesn’t pay to mess with a smart car. Mike Norris • Silicon Labs More than three million cars are sold in the U.S. annually, and over 700,000 are stolen. Unfortunately for car owners, anti-theft technologies have not kept pace with modern developments, creating a gaping hole in the automotive theft […]
Sensor-realistic simulation in real time
Advanced sensor simulation techniques can be used to validate functions for autonomous driving throughout the development process. Caius Seiger, Dr. Gregor Sievers • dSPACE GmbH Sensor-realistic simulation is a powerful way of validating sensor systems, which are an integral part of autonomous vehicles. Increasingly powerful computer systems make it possible to generate realistic sensor data […]
Memory and functional safety in autonomous vehicles
As software and its associated memory footprint continue to expand in vehicles, automotive system designers need a deeper understanding of DRAM and its impact. Robert Bielby • Micron Technology Today’s high-end vehicles are recognized as among the largest embedded software applications in the world, with a total memory footprint expected to grow from today’s staggering […]
Is Li-Fi “To Be” or “Not To Be”? Part 3 – Status
Optical wireless communications in the form of “Li-Fi” is a technical alternative to RF-based Wi-Fi with distinct strengths and weaknesses. Part 2 of this article looked at Li-Fi attributes and building blocks. This part looks at Li-Fi system-level issues and offers a perspective on Li-Fi’s present market acceptance. Q: Can I use Li-Fi today? A: […]
Is Li-Fi “To Be” or “Not To Be”? Part 2 – Attributes
Optical wireless communications in the form of “Li-Fi” is a technical alternative to RF-based Wi-Fi with distinct strengths and weaknesses. Part 1 established a context for Li-Fi. This part looks at basic Li-Fi characters as well as hardware and software structure. Q: What are some of the favorable attributes of Li-Fi? A: There are several, […]
Is Li-Fi “To Be” or “Not To Be”? Part 1: Context
Optical wireless communications in the form of “Li-Fi” is a technical alternative to RF-based Wi-Fi with distinct strengths and weaknesses. You are undoubtedly familiar with Wi-Fi – a contraction of “Wireless Fidelity”– which has become the de facto standard for wireless connectivity between the Internet or local area networks and PCs, smartphones, countless appliances, gadgets, […]
Delivering advanced face recognition capabilities at the edge
By Rick Bye, Senior Product Marketing Manager, NXP Using face recognition for access control The COVID-19 pandemic highlights concerns over how many different surfaces we often touch during a typical day. For example, everyone entering a secured building, such as a workplace or after-hours hotel entrance, touches access control keypads that present an ideal surface […]
What is Wi-Fi HaLow? Players and future
Part 1 focused on HaLow technology; this part will explore who the major players are and discuss the future of the technology. Who are the major HaLow players? A few silicon startups are taking the lead in Wi-Fi HaLow rather than the traditional major chipmakers. They include Morse Micro, Newracom, Methods2Business (an IP provider), and […]
What is Wi-Fi HaLow? Part 1
In the first part of this two-part series, we focus on Wi-Fi HaLow technology. Part two will explore who the major players are and discuss the future of the technology. What is HaLow? In 2017 the wireless networking standard IEEE 802.11ah, also called Wi-Fi HaLow (pronounced “HAY-Low”), was released. HaLow uses the 900 MHz industrial, […]