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Volkswagen and NXP in ‘world’s largest’ rollout of V2X technology

NXP Semiconductors, which claims to be the world’s largest provider of automotive semiconductors, has partnered with Volkswagen to roll out its RoadLINK V2X – vehicle to everything – communication system.

The solution is features in the new Volkswagen Golf, one of the best-selling models of car in the world.

The recently released Golf of the eighth generation is the first volume European car model equipped with V2X, offering a major boost to the deployment of the technology on European roads and beyond. [Read more…] about Volkswagen and NXP in ‘world’s largest’ rollout of V2X technology

NXP launches GHz microcontroller

NXP Semiconductors has launched the i.MX RT1170 range of crossover MCUs that that it says will open the GHz microcontroller era.

The chipmaker says the new chip “combines unprecedented performance, reliability, and high levels of integration to propel industrial, IoT and automotive applications”.

The NXP i.MX RT1170 family reinforces NXP’s commitment to advance edge computing with its EdgeVerse portfolio of solutions and marks a technology breakthrough with MCUs that run up to 1GHz while maintaining low-power efficiency. [Read more…] about NXP launches GHz microcontroller

NXP and Volkswagen explore ultra-wideband technologies

NXP Semiconductors and Volkswagen have shared early glimpses into Ultra-Wideband (UWB) technology and its future applications.

In a Volkswagen concept car, the companies showed the capabilities of Ultra-Wideband for advancing security, safety and convenience in vehicles.

Lars Reger, CTO of NXP Semiconductors, and Maik Rohde, head of body electronics and car access systems, Volkswagen, discussed the pioneering collaboration as part of a broader, cross-industry push to leverage the unique capabilities of UWB: accurate localization and fine ranging at maximum security levels. [Read more…] about NXP and Volkswagen explore ultra-wideband technologies

NXP and Microsoft demonstrate edge-to-cloud machine learning solution for predictive maintenance

NXP Semiconductors has agreed a collaboration with Microsoft to bring artificial intelligence and machine learning capabilities for anomaly detection to Azure internet of things users.

By combining complementary strengths – NXP’s offline machine learning capability and embedded processing with Microsoft’s cloud expertise – the two companies jointly demonstrates a new Anomaly Detection Solution for Azure IoT at Microsoft Build in Seattle recently.

The solution consists of a small form factor, low power system-on-module powered by NXP’s i.MX RT106C Crossover Processors, a full suite of sensors, and an associated Anomaly Detection Toolbox.

[Read more…]

NXP teams up with Hawkeye in Chinese automotive radar market

NXP Semiconductors N.V. has announced a new strategic collaboration and investment agreement with Hawkeye Technology Co., Ltd, a company at the forefront of the Chinese automotive radar sector.

Hawkeye will bring its 77GHz expertise, a team of engineers and a lab complex within Southeast University in Nanjing, China.

Together, the two companies will form a reference design collaboration that uses top engineering talent at Southeast University and NXP’s longstanding radar expertise, to create NXP-based reference designs for the Chinese automotive market.

[Read more…]

NXP and Kalray partner on autonomous driving computer platform

NXP Semiconductors N.V. has announced a new strategic partnership with Kalray, a pioneer in processors for new intelligent systems.

The partnership will combine NXP’s portfolio of functional safety products for ADAS and Central Compute with Kalray’s high-performance intelligent MPPA (Massively Parallel Processor Array) processors.

The new platform is significant because it addresses the performance, safety and near-term commercial needs of levels 2 and 3 driving with an eye to longer-term release in level 4 and 5 autonomous vehicles.

NXP and Kalray partner to develop platform for autonomous driving

NXP Semiconductors has agreed a new strategic partnership with Kalray, a designer of processors for new intelligent systems.

The partnership will combine NXP’s scalable portfolio of functional safety products for advanced driver assistance systems and central compute with Kalray’s high-performance intelligent “Massively Parallel Processor Array” processors.

NXP to support Open Neural Network Exchange format

NXP Semiconductors is to support the Open Neural Network Exchange (ONNX) format within its edge intelligence environment (eIQ).

NXP’s eIQ is a comprehensive machine learning (ML) toolkit that helps original equipment manufacturers (OEMs) balance performance needs and system cost when deploying neural networks and their associated inference engines at the edge.

ONNX is an open standard for representing deep learning models that enables trained models to be transferred between existing Artificial Intelligent (AI) frameworks.

NXP launches automotive radar solution

NXP Semiconductors N.V., leader in automotive radar 2, has expanded its radar portfolio with an automotive radar solution that combines its S32R processors, RF Transceiver and Antenna design on a new reference platform.

Created through a partnership with Colorado Engineering, the company says its solution is the only currently available automotive-grade radar development platform designed to meet the stringent functional, performance, and safety requirements of the industry.

This new radar solution is designed to accelerate the development and deployment of radar into production vehicles and includes a full portfolio of tools that aim to lower development costs and spur radar application adoption worldwide.

NXP and Hitachi team up on V2X for autonomous driving

NXP Semiconductors N.V., the world’s largest supplier of automotive semiconductors, and Hitachi Solutions, Ltd., a V2X software platforms specialist, have announced a partnership to develop a new V2X solution targeted at the Japanese market.

V2X technology allows vehicles to “see” around corners and communicate with other cars and infrastructure. It is instrumental in safety critical applications such as platooning and emergency braking and delivers low latency for real-time communication.

The technology also operates in a range that exceeds one mile, even in areas where cellular network connections are not available.