R-Car SoC has been tailored for ASIL D automated driving

Renesas Electronics offers the R-Car V3U, an ASIL D SoC for advanced driver assistance systems (ADAS) and automated driving (AD) systems. It delivers 60 Terra operations per second (TOPS) with low power consumption for deep learning processing. It also offers up to 96,000 DMIPS. The R-Car V3U is built for the performance, safety, and scalability of ADAS and AD architectures driving next-generation autonomous vehicles, says Renesas.

The R-Car V3U uses the R-Car Gen 4 architecture and can scale from entry-level NCAP applications up to highly automated driving systems, says the company.

Automated driving systems require functional safety up to ASIL D which is the highest and most stringent automotive safety integrity level specified under the ISO 26262 standard for road vehicles. The R-Car V3U SoC integrates safety mechanisms that provide high coverage with fast detection and response for random hardware faults.

It delivers deep neural network (DNN) and artificial intelligence / machine learning (AI/ML) functions. The architecture is capable of handling neural networks for automotive obstacle detection and classification tasks while maintaining 60 TOPS with low power consumption and an air cooling system, adds Renesas.

The R-Car V3U also offers a range of programmable engines, including DSP for radar processing, multi-threading computer vision engine for traditional computer vision algorithms, image signal processing to enhance image quality, and additional hardware accelerators for key algorithms such as dense optical flow, stereo disparity, and object classification.

Renesas has developed an open and integrated development environment (IDE) that enables customers to take advantage of the R-Car built-in hardware, as well as low power consumption and deterministic real-time software to enable fast time to market for computer vision and deep learning-based designs.

Debugging and tuning tools for heterogeneous multi-core hardware and a comprehensive set of example applications and online education resources allows engineers at all levels to jumpstart the design process. There are also qualified compilers and code generators for compliance with functional safety and cyber security requirements.

The R-Car V3U can be combined with Renesas’ low power RH850 microcontroller, integrated power management ICs and power transistor devices for ADAS and AD engine control units (ECUs).

Samples of the R-Car V3U SoC are available now. Mass production is planned for Q2 2023.

http://www.renesas.com 

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TenAsys and Real-Time Systems partner for virtualisation OS

RTOS provider, TenAsys has teamed up with Intel co-development partner and hypervisor technology specialist, Real-Time Systems to develop PC-based software for a secure, consolidated system of disparate workloads for deterministic applications.

The RTS Hypervisor for x86 architecture enables TenAsys’ INtime RTOS applications to run alongside different operating systems and varying workloads in hard real-time at minimum jitter, avoiding any overhead from virtualisation. Designers can make use of the latest protocols and CPU technologies like time-sensitive networking (TSN) or Intel Time Coordinated Computing (TCC). According to RealTime Systems, the consolidated system enhances system performance, reduces system power consumption, increases flexibility in communication and enables shared use of USB, NVMe, and advanced host controller interface (AHCI) devices.

INtime distributed RTOS has been para-virtualised to operate within the RTS Hypervisor. The hardware-assisted virtualisation technology securely shields real-time applications from other operating systems. This improves security, says TenAsys and also allows a reboot of the general purpose OS while real-time applications on INtime keep running during the process.

“INtime for Windows has been one of the most popular Windows real-time environments for many years. With INtime Distributed RTOS support in our solution, even more designers around the globe can now benefit from the RTS Hypervisor, which is developing more and more into the de facto standard for industrial automation and medical applications,” said Gerd Lammers, founder of Real-Time Systems.

For qualified applicants, Real-Time Systems and TenAsys provide a pre-integrated evaluation version free of charge.

TenAsys was founded in 2000 and provides real-time software and services based on the Intel x86 architecture and Microsoft Windows for mission-critical systems.

Real-Time Systems provides hypervisor technology specialising in real-time virtualisation. The Intel co-development partner was founded in 2006 and is headquartered in Ravensburg, Germany.

Since 2018, Real-Time Systems is a company of congatec AG with partners in Europe, USA, and Asia.

http://www.real-time-systems.com

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Industrial ATX computer board sparkles for industry 4.0

Expanding its range of industrial ATX motherboards, Portwell has introduced the RUBY-D811-Q370, which features Intel 8th/9th generation Core processors and the Intel Q370 chipset, formerly known as Coffee Lake S.

According to Brian Lai, Portwell’s product manager, RUBY-D811-Q370 provides a stable balance of energy efficiency and optimised performance of computing power, accelerated graphic processing and overall power consumption. “The new industrial ATX computer board supports control of factory automation, multiple peripherals, and network connectivity,” he added. The industrial ATX motherboard can be used for industry 4.0, semiconductor test equipment, factory process robot control, automated guide vehicles, GPU computing engines, medical imaging, smart retail, casino gaming machines, smart transportation and military applications.

The RUBY-D811-Q370 industrial ATX form factor motherboard uses Intel 8th/9th Generation Core i3/i5/i7/i9 processors (formerly Coffee Lake S platform) with as many as eight cores in the LGA 1151 socket as well as the latest Intel Gen 9 graphic engine. The motherboard also offers support for Dual Channel DDR4 Non-ECC Long-DIMM 2400/2666 MHz up to 128Gbyte, six USB 3.1 ports (four on the rear I/O), six USB 2.0 ports and six SATA III, three configurable PCIe 3.0 slots (configured as one PCIe x16 or two PCIe x8 signal or one PCIe x8 and two PCIe x4 slots). There are also three PCIe 3.0 x4, two PCIe 3.0 x1 and a mini-PCIe slot with one M.2 key E 2230 for wireless and one M.2 key M 2242/2260/2280 for SSD. Other features are dual Gigabit Ethernet, 10 COM ports, triple independent displays – dual DP (4K resolution), one HDMI (4k resolution) and one VGA (resolution up to 1920×1200) are available in both clone and extended modes. There is also an ATX power input.

In addition to the flexibility and functionality of multiple I/Os and PCIe expansion slots, the RUBY-D811-Q370 is covered by Portwell’s 10+ years long product life span support.

http://www.portwell.eu

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Arrow offers IoT security starter kit for secure connectivity

Security starter kits enable IoT device companies to build and deliver secure connected devices, says Arrow Electronics.

The Security Starter Kit suite integrates wireless and single board computers (SBCs) with Infineon Technologies’ Optiga TPM2.0 and Optiga Trust M security devices.

According to Arrow, the kits enable customers to understand, navigate, and implement emerging security standards with developer kits that provide open source reference solutions from edge to cloud.

Companies which want to add security to their end product can use the kit for a straightforward security implementation path with root of trust capabilities. In addition, connecting to cloud services is simplified with AWS IoT Greengrass and AWS IoT Core integrations, says Arrow.

“Over the past five years, we’ve seen an exponential growth in connected devices that sense, monitor and control things from smart home/building solutions to manufacturing equipment and everything in between, yet it is conservatively estimated that 70 per cent of these devices have little or no security implemented in them,” said Arrow Electronics’ vice president of IoT global solutions Aiden Mitchell.

The Security Starter Kit includes ready-to-use examples designed to help developers implement vital security features in end node and gateway products, he added.

Arrow has worked closely with technology suppliers to create kits that build on existing evaluation kits and SBCs, to implement features that directly map to current security standards, including ETSI TS 103 645, NISTIR 8259A and ISO 27001.

The Security Starter Kit series is a set of low power, wireless evaluation kits based on Silicon Labs’ Giant Gecko11 and LTE Cat M and the STMicroelectronics STM32WB55 Bluetooth Low Energy Nucleo Pack evaluation kits.

There are also two 96board-compliant SBCs, based on the ST STM32MP157 and NXP i.MX 8X processors, to perform more robust gateway functions. The end node and gateway solutions are designed to support the rapid evaluation and implementation of the built-in security features supported by the Optiga TPM2.0 and Optiga Trust M.

The kits were created using FreeRTOS or Yocto Linux and work with AWS IoT Core and/or AWS IoT Greengrass. Customers can connect to the cloud and begin software evaluation immediately. Users can also develop their own implementations if they prefer to use other cloud options.

“End-to-end security is key. Partnering with Arrow allowed Infineon to offer customers this simplicity in the form of an easy-to-use reference solution based on our Optiga security chip family,” said Juergen Rebel, senior vice president and general manager Embedded Security at Infineon Technologies. “

“With the boom in connected devices and associated hacking/cloning threats, security is a real concern and a de-facto feature that customers are looking for when it comes to selecting a technology platform,” said Hakim Jaafar, STM32 wireless marketing director, STMicroelectronics. “To speed up product development, all STM32 wireless products come with a secure HW IP and offer services like anti-hacking and anti-cloning, which frees customers to focus on their core application development.”

http://www.arrow.com

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