NXP Semiconductors N.V. enables secure connections for a smarter world, advancing solutions that make lives easier, better, and safer. As the world leader in secure connectivity solutions for embedded applications, NXP is driving innovation in the automotive, industrial & IoT, mobile, and communication infrastructure markets.
NXP's i.MX 95 features the eIQ Neutron NPU with up to six Cortex-A55s in the application domain, a M7, and an M33 in two separate lower-power safety domain islands that can be...
The sensor provides the full capability of NXP’s third-generation 28-nm RFCMOS, long-range detection—2 to 300 meters worth of detection range—plus elevation sensing.
Discrete GaN transistors, whether in die or packaged forms, offer high power density to boost pulsed signals in C-, L-, and S-band radars and communications applications.
In today’s rapidly evolving landscape, open-source and community-backed initiatives are playing a crucial role in realizing the potential and versatility of MCUs to meet the ever...
Transitioning from a hardware-centric to a software-defined vehicle approach stems from the inability of flat E/E architectures to scale to the processing and data bandwidth requirement...
Next-generation vehicles will be defined by software, not hardware, with cloud software concepts like containers delivering an agile approach to swapping out and updating software...
The traction inverter, a critical component at the heart of the EV powertrain, is responsible for controlling an e-motor, improving driving range, responsiveness, smoothness, ...
Over 950 exhibitors from 44 countries presented their product innovations and solutions at the embedded world Exhibition & Conference to nearly 27,000 visitors. Here's Part 1 ...
Quantum computers make intractable math problems look like first graders’ math exams. This means trouble for cryptographic practitioners as our current algorithms are essentially...
NXP's S32K39 serves next-gen EV traction-inverter control needs while supporting remote smart actuation applications using time-sensitive networking Ethernet for new zonal vehicle...
It’s anticipated that 6G will bring greater car safety and a host of new automotive services thanks to its potentially large bandwidth and high-data-rate connectivity to support...
Service-oriented data transmission operates on an “on-demand” basis—a sender only transmits data when at least one receiver in the network needs this data, avoiding unnecessary...
The hardware and software capabilities of embedded IoT devices have grown significantly in recent years, enabling the emergence of a new generation of powerful applications.
A new approach is needed in automotive interconnection architectures—a fundamental shift in the way hardware and software functions are partitioned across newly configurable platforms...
NXP said that it is moving the vast majority of its electronic design automation (EDA) workloads to Amazon's AWS cloud computing service, following in Arm's footsteps.
AI models have demonstrated impressive results in experiments, but deploying them in real-world applications requires combining neural networks with pre- and post-processing steps...
Electronic Design talks with Teun Hulman, Product Marketing Manager for CAN SIC products, In-Vehicle Networking, at NXP Semiconductors, about the company’s CAN SIC technology ...
Greater efficiency, reduced size and weight, and the marriage of multiple technologies lets NXP’s GaN MCMs help get 5G networks designed and deployed in less time.
Low-power radar MMICs at 24 and 77 GHz provide the electromagnetic-sensor data that combines with video cameras and LiDAR systems for reliable ADAS coverage.
The chip industry is in a precarious position. Any effort to shift production to auto makers could indirectly cause delays for consumer electronics giants that are also short ...
Development tools like the DeepView ML tool suite, Glow ML compiler, and PyTorch framework simplify the process of creating ML/deep-learning projects on embedded platforms and...
Closing the loop: The Fusion Project involving NXP, Airbiquity, Cloudera, Teraki, and Wind River eases machine-learning integration that leads to improved vehicle performance....
Development of advanced automotive systems is the intent behind NXP’s “BlueBox,” which includes ASIL-D and ISO 26262 certifiable hardware and a Coolidge neural-net processor.
NXP’s EdgeLock 2Go locks down chips at creation, securely linking them to a cloud platform which then takes over management of the device that the given chip resides in.
The battery management ICs in electric vehicles have become a big battleground for chip makers in recent years. In this gallery, we look at some of the latest products in the ...
The “fourth dimension” improves radar accuracy in driver-assistance and self-driving systems. Several companies are pushing it forward with recent introductions.
The prospect of a future where we don’t have to drive is very appealing for many. This collective eagerness to see autonomous vehicles on our streets presents an exciting opportunity...
Paul Hart, executive vice president of the radio frequency power business at NXP, called it the most advanced gallium-nitride (GaN) fab in the US rolling out RF chips for 5G networks...
Sponsored by Digi-Key and NXP Semiconductors: With wireless demands skyrocketing across all industries, designing in RF capability often becomes essential. One company’s expertise...
The retail experience is gearing up to get a whole lot smarter. Smart Retail initiatives centering on ultra-wideband technology could enhance the shopper experience, all while...
To give a boost to machine-learning functionality in its MCUs and DSPs, NXP incorporated the open-source Glow neural-network compiler to the technology mix.
Consumers anticipate an automotive future with increasingly autonomous electric vehicles that are brimming with new car experiences enabled by connectivity.
Advances in AI and, specifically, face recognition have led to a number of embedded-system benefits—and some debates on its use. What’s a myth and what’s real?
Kurt Sievers has been NXP's president since September 2018, overseeing all the company's business units. He has also served on the corporate management team for the last decade...
The chip is based on lock-step Cortex-M7 microcontrollers and lock-step clusters of Cortex-A53 microprocessors. It also includes dedicated network accelerators and encryption ...
MCUs and SoCs can handle machine-learning chores, but they can do the job faster and more efficiently with hardware like that found on NXP’s i.MX 8M Plus.
Sponsored by Digi-Key and NXP Semiconductors: Designs evolve over time, but instead of jumping to a new platform and ecosystem to meet new requirements, learn one at the start...
Freescale Semiconductor says it’s leveraging its experience in powertrain microcontrollers with two new 32-bit devices aimed at body, chassis and safety markets.