Edge computing has emerged in recent years as an important enabler of the increasingly powerful applications that are built upon embedded IoT devices. But what exactly is it and how is it enabling a more powerful IoT? Rob Oshana, Vice President Software Engineering, Research and Development, Edge Processing at NXP Semiconductors discusses.

The next 20 years will see homes changing more than over the hundred preceding them.

Charlotte Morgan interviews Robert Oshana, VP Software Engineer, R&D, Microcontroller Group at NXP about his work on an ebook on edge computing.

NXP’s Voice Intelligent Technology and new training tools reduces barriers to entry for fast, low-cost on-device voice control applications

NXP Premium Radar SDK introduces interference mitigation, MIMO waveform optimisation and radar sensor resolution enhancement.

One line only for News Brief online format: The collaboration combines NXP’s GD3160 isolated gate driver and Hitachi Energy’s RoadPak SiC power modules to bring efficient, reliable and functionally safe ePowertrains to market more quickly

Compal is leveraging NXP’s Layerscape multi-core processors and Layerscape Access baseband processors to create a 5G NR 4T4R Integrated Small Cell solution. Compal’s solution enables 5G network density enhancements and 5G use cases. The small cell solution delivers high performance for enhanced 5G coverage across public and private networks.

The advent of 4D imaging radar technology for automotive sensing and autonomous driving applications has reshaped the timetables and economics of our evolution from L0 to fully autonomous L5 vehicles.

The advent of 4D imaging radar technology for automotive sensing and autonomous driving applications has reshaped the timetables and economics of our evolution from L0 to fully autonomous L5 vehicles. Radar’s newly tapped ability to enable precise environmental mapping dramatically enhances vehicles’ overall sensing and awareness capabilities, and in so doing, redefines industry expectations for radar’s role going forward relati...

The advent of 4D imaging radar technology for automotive sensing and autonomous driving applications has reshaped the timetables and economics of our evolution from L0 to fully autonomous L5 vehicles.

NXP introduces most secure member of MIFAREUltralight family using Advanced Encryption Standard (AES) with Common Criteria EAL3+ security certification.

The next 20 years will see homes changing more than over the hundred preceding them. Homes will expand in the activities they enable and support. Most crucially, with real time integration into the wider environment and economy, homes will increasingly respond to the needs of individuals, societies, economies, and the planet.  This paper examines the potential for the Matter specification to bring in-home interoperability to smart hom...

NXP’s new single-chip NFC solutions provide security, dual-mode tamper status detection and battery-free sensing for IoT applications.

NXP Semiconductors has announced two updates to its automotive radar portfolio, now designed-in at 20 top global OEMs.

NXP front end modules deliver fast and reliable Wi-Fi 6 performance on Samsung flip 3 smartphones.

The General Assembly of the European Semiconductor Industry Association (ESIA) have confirmed Kurt Sievers of NXP Semiconductors, as the new ESIA President.

NXP Semiconductors has announced the i.MX 93 family of applications processors designed for automotive, smart home, smart building and smart factory applications, which leverage edge machine learning to anticipate and automate based on user needs.

NXP has announced a collaboration with Ford to deliver enhanced driver experiences, convenience and services across its global fleet of vehicles, including the 2021 Ford F-150 pickup, Mustang Mach-E and Bronco SUVs.

NXP’s i.MX 93 applications processor family powers a new era of secure edge intelligence.

NXP Semiconductors has announced the BTS6302U/6201U pre-drivers and BTS7203/5 dual-channel receive (RX) front end modules (FEM) for 5G massive multi-input multi-output (MIMO) infrastructure.