Search results for "stmicroelectronics"
IoT sensor line up primed for Nuremberg outing
A comprehensive portfolio of sensors for applications within the Internet of Things will be showcased by Rutronik at Sensor+Test (May 10-12) in Nuremberg under the brand RUTRONIK SMART. This will comprise MEMS sensors, pressure sensors as well as magnetic and optical sensors from the leading manufacturers Bosch Sensortec, Diodes, Honeywell, Infineon, Melexis, Micronas, NJRC, Omron, Panasonic, Sensirion, STMicroelectronics and Vishay.
Assisting custom design and IP productivity
The recently released Custom Compiler solution from Synopsys has been deployed at STMicroelectronics for custom design, initially starting with 28nm FD-SOI IP development.After an extensive evaluation and qualification for custom design and layout, Custom Compiler is being used for production work from schematic entry through custom layout at ST sites in France and India.
Playing it safe
Steve Rogerson looks at the effects of automotive functional safety standard ISO26262 at component level.The arrival of the ISO26262 functional safety standard for automotive is causing headaches not just for the car manufacturers and their tier one suppliers, but right the way down the supply chain.
Low power MCUs deliver 100 DMIPs
The STMicroelectronics STM32 L4 series of ultra-low-power microcontrollers (MCUs), which offer high memory size with ultra-low-power and CPU performance for a variety of applications are available from RS Components. The highly flexible architecture developed by ST for the series provides an ultra-low-power solution for MCUs, enabling the STM32 L4 MCUs to score a world-record 176.7 in the standardised EEMBC ULPBench tests, which compare the effic...
Automotive 77GHz radar chip suits emerging long-range applications
STMicroelectronics is now supplying its latest long-range, 77GHz, radar chips to leading automotive customers. 24GHz systems have spearheaded the introduction of on-board automotive radar by enabling affordable, short- and mid-range smart-driving features such as blind-spot detection, collision avoidance and lane-departure warning.
Joint solution enables secure NFC transactions
ams and STMicroelectronics have revealed that ARM is using the companies’ NFC solution to provide the secure, high-performance NFC and MCU functionality in its wearable reference design. The NFC solution developed jointly by ST and ams is comprised of the ST54E from ST, a System-in-Package featuring an NFC Controller (NFCC) and a secure element compliant with the Global Platform standard v2.2 and ams’s AS39230 NFC analogue front end w...
Automotive MCUs enhance safety of smarter vehicles
STMicroelectronics has introduced the first microprocessors in the SPC57 family that break new ground in automotive applications by offering the 'industry's best' combination of safety assurance and cost/performance. Building on the successful 32-bit Power Architecture SPC5 microprocessor platform, the product family targets cost-sensitive automotive systems that must meet the most stringent safety requirements, up to the highest ISO26262 ASIL-D ...
Secure MCUs bring advanced cyber safety to connected cars
The 150-250m connected cars expected on our roads by 2020 will be kept safe by chips like the latest secure MCUs from STMicroelectronics. Internet connectivity will bring a multitude of services to vehicles and their owners, such as software updates, service packs, location-based information, social media, streaming entertainment content and emergency support.
STM32 ODE was showcased at Embedded World
Just over a year after its launch, the STM32 Open Development Environment from STMicroelectronics has grown into a complete integrated ecosystem for developers of embedded systems, including applications for the Internet of Things (IoT).The STM32 Open Development Environment (STM32 ODE) is an ideal way to start development of innovative devices and applications with state-of-the-art ST components.
MWC 2016: Fingerprint authentication delivered for wearables
The first end-to-end security architecture for biometric fingerprint authentication has been presented at Mobile World Congress 2016 in Barcelona. It offers OEMs the opportunity to easily deploy this consumer-friendly feature in the latest generation of wearable and consumer electronics devices.