Quick-start software to develop embedded ADAS

Software has been developed specifically to use the hardware accelerators in Renesas Electronics’ R-Car V3H SoC for advanced driver assistance systems (ADAS) in automotive design.

To accelerate the development of ADAS, the Perception Quick Start software,  based on the R-Car V3H SoC delivers reference software for camera obstacle detection (COD), lidar obstacle detection (LOD), and road feature detection (RFD), deemed as three key recognition areas for sensor-based Level 2+ autonomous vehicle systems.

The COD reference software uses convolutional neural network (CNN) IP, a computer vision engine (CV-E), and image rendering (IMR) technology to detect 2D objects such as cars, trucks, buses, and pedestrians. It achieves approximately 30 frames per second.

The LOD software uses CNN-IP and CV-E to detect 3D objects, including cars and trucks. The LOD achieves approximately 15 frames per second with 3D bounding boxes at 50m.

The RFD reference software uses CNN-IP, CV-E, IMR, and a versatile pipeline engine (IMP) to identify drivable free space, lanes (crossable and uncrossable), road boundaries, and distances to lanes and nearest objects to support NCAP 2020. The RFD achieves approximately 30 frames per second.

The R-Car V3H SoCs deliver a combination of high computer vision performance and artificial intelligence (AI) processing at low power levels, for automotive front cameras in Level 2+ autonomous vehicles. To advance recognition technology, Renesas designed the SoCs with dedicated hardware accelerators for key algorithms including convolutional neural networks, dense optical flow, stereo disparity, and object classification. The Perception software provides an end-to-end pipeline reference for developers working with these complex accelerators which are both cost-effective and power-efficient, thereby allowing customers to advance an application design even if they have limited experience at using the accelerators. The reference software covers input from sensor or recorded data, all stages of processing and display output on a screen.

“Specialised hardware accelerators play an essential role in achieving the computer vision performance and accuracy required in embedded ADAS and autonomy applications while still meeting stringent in-vehicle power consumption limits,” said Tim Grai, director or automotive advanced systems innovation department, Renesas. “However, the complexity of these accelerators can present a steep learning curve. With the Perception Quick Start software, we are able to offer a set of application software along with the underlying primitives to simplify the use of these complex accelerators needed to achieve embedded ADAS.”

Renesas will demonstrate the Perception software at TU-Automotive Detroit (Booth C190, 5-6 June, Novi, Michigan, USA).

http://www.renesas.com

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Handheld analyser combines 5G and electronic warfare testing

Believed to be the first handheld combination spectrum and vector network analyser with 100MHz real time bandwidth for 5G and electronic warfare testing, the FieldFox B-series is available from Keysight Technologies.

Accurate microwave measurements are  necessary in harsh and hard-to-reach environments. Conditions can vary, day or night, rain or shine, hot or cold, aboard a ship, in an aircraft, or in a vehicle. In these situations, a handheld instrument must be capable of making the required measurements with performance and accuracy, says Keysight, introducing the FieldFox B-series analysers.

The analysers offer wide-band, gap-free, real-time measurement capabilities that enable 5G network testing in the field. In addition, these new capabilities enable customers to locate and identify the shortest interfering threats to a satellite communication networks. Designed to withstand the toughest working conditions, the rugged, durable and portable FieldFox B handheld analysers provide the following 100MHz bandwidth in real-time for accurate cellular base station testing, PRF 28800F-compliance to withstand explosive impact and wet weather conditions, 10dB improvement in displayed average noise level (DANL) for measuring low noise signals and detecting weak interferers, the ability to collect, play back and analyse raw I/Q data for electronic warfare test, while saving time and space in the field kit with a task-driven user interface for each operation mode.

The FieldFox B-series analysers also handle routine maintenance and in-depth troubleshooting with multiple measurement applications to meet specific measurement needs.

Measurements can be transported from the field to the lab for further analysis with the 89600 VSA software

Keysight Technologies offer products for design simulation, prototype validation, manufacturing test, and optimisation in networks and cloud environments. Its customers are part of the worldwide communications ecosystem, aerospace and defence, automotive, energy, semiconductor and general electronics end markets.

http://www.keysight.com

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Infineon to acquire Cypress, strengthening and accelerating its path of profitable growth

Infineon Technologies AG and Cypress Semiconductor Corporation today announced that the companies have signed a definitive agreement under which Infineon will acquire Cypress for US$23.85 per share in cash, corresponding to an enterprise value of €9.0 billion.

Reinhard Ploss, CEO of Infineon, said: “The planned acquisition of Cypress is a landmark step in Infineon’s strategic development. We will strengthen and accelerate our profitable growth and put our business on a broader basis. With this transaction, we will be able to offer our customers the most comprehensive portfolio for linking the real with the digital world. This will open up additional growth potential in the automotive, industrial and Internet of Things sectors. This transaction also makes our business model even more resilient. We look forward to welcoming our new colleagues from Cypress to Infineon. Together, we will continue our shared commitments to innovation and focused R&D investments to accelerate technology advancements.”

Hassane El-Khoury, President and CEO of Cypress, said: “The Cypress team is excited to join forces with Infineon to capitalize on the multi-billion dollar opportunities from the massive rise in connectivity and computing requirements of the next technology waves. This announcement is not only a testament to the strength of our team in delivering industry-leading solutions worldwide, but also to what can be realized from uniting our two great companies. Jointly, we will enable more secure, seamless connections, and provide more complete hardware and software sets to strengthen our customers’ products and technologies in their end markets. In addition, the strong fit of our two companies will bring enhanced opportunities for our customers and employees.”

Steve Albrecht, Chairman of the Board of Directors of Cypress, said: “For the past three years, our Cypress 3.0 strategy has delivered tremendous results and restructured the entire organization to focus on markets that matter. After receiving interest from several companies, we entered into a transaction that is a testament to our team’s strategy and hard work. For Cypress shareholders, the combination of continued dividends through closing plus the US$23.85 cash price represents significant value creation. This transaction will create product opportunities that are increasingly important in the competitive automotive, industrial, and consumer markets. As Board members, we are grateful for Cypress’s outstanding management team, led by Hassane El-Khoury.”

More robust positioning in high-growth markets

With the addition of Cypress, Infineon will consequently strengthen its focus on structural growth drivers and serve a broader range of applications. This will accelerate the company’s path of profitable growth of recent years. Cypress has a differentiated portfolio of microcontrollers as well as software and connectivity components that are highly complementary to Infineon’s leading power semiconductors, sensors and security solutions. Combining these technology assets will enable comprehensive advanced solutions for high-growth applications such as electric drives, battery-powered devices and power supplies. The combination of Infineon’s security expertise and Cypress’s connectivity know-how will accelerate entry into new IoT applications in the industrial and consumer segments. In automotive semiconductors, the expanded portfolio of microcontrollers and NOR flash memories will offer great potential, especially in light of their growing importance for advanced driver assistance systems and new electronic architectures in vehicles.

With the addition of Cypress’s strong R&D and geographical presence in the U.S, Infineon not only strengthens its capabilities for its major customers in North America, but also in other important geographical regions. The company adds to its R&D presence in Silicon Valley and gains presence, as well as market share, in the strategically important Japanese market. At the same time, Infineon aims to achieve significant economies of scale, making Infineon’s business model even more resilient. Based on pro forma revenues of €10 billion in FY 2018, the transaction will make Infineon the number eight chip manufacturer in the world. In addition to its already leading position in power semiconductors and security controllers, Infineon will now also become the number one supplier of chips to the automotive market.

Improved financial strength following full integration

The acquisition will also improve Infineon’s financial strength and Infineon shareholders are expected to benefit from earnings accretion beginning in the first full fiscal year after closing. The capital intensity will decrease, resulting in an increasing free cash flow margin. Infineon has validated sales and cost synergies assumptions as part of due diligence. Expected economies of scale will create cost synergies of €180 million per annum by 2022. The complementary portfolios will enable the offering of further chip solutions with a revenue synergies potential of more than €1.5 billion per annum in the long term.

Upon successful integration, Infineon will adapt its target operating model accordingly. Then, the company targets through-cycle revenue growth of 9+ percent and a segment result margin of 19 percent. The investment-to-sales ratio is targeted to decrease to 13 percent.

Transaction details

Under the terms of the agreement, Infineon will offer US$23.85 in cash for all outstanding shares of Cypress. This corresponds to a fully diluted enterprise value for Cypress of €9.0 billion. The offer price represents a 46 percent premium to Cypress’s unaffected 30-day volume-weighted average price during the period from 15 April to 28 May 2019, the last trading day prior to media reports regarding a potential sale of Cypress.

Cypress expects to continue its quarterly cash dividend payments until the transaction closes. This includes Cypress’s previously announced quarterly cash dividend of US$0.11 per share, payable on July 18, 2019 to holders of record of Cypress’s common stock at the close of business on June 27, 2019.

The funding of the acquisition is fully underwritten by a consortium of banks. Infineon is committed to retaining a solid investment grade rating and, consequently, Infineon intends to ultimately finance approximately 30 percent of the total transaction value with equity and the remainder with debt as well as cash on hand. The financial policy to preserve a strategic cash reserve remains in place.

The acquisition is subject to approval by Cypress’s shareholders and the relevant regulatory bodies as well as other customary conditions. The closing is expected by the end of calendar year 2019 or early 2020.

Credit Suisse and J.P. Morgan acted as lead financial advisors to Infineon. Bank of America Merrill Lynch also acted as financial advisor. All three banks acted as structuring banks in addition to providing committed financing for the transaction, Bank of America Merrill Lynch in the lead. Kirkland & Ellis LLP and Freshfields Bruckhaus Deringer LLP are acting as legal advisors to Infineon.

Morgan Stanley is acting as exclusive financial advisor to Cypress, and Simpson Thacher & Bartlett LLP is serving as legal counsel.

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Harting-Hirose agreement brings Single Pair Ethernet closer

Hirose and Harting Technology Group have entered into an agreement to jointly develop, standardise products and market a connection technology system for Single Pair Ethernet (SPE).

The agreement will mean that Harting and Hirose will monitor standards for single pair cabling and the components required on the device side, as well as the necessary transmission standards such as IEEE802.3 BASE-T1. A complete infrastructure for industrial IoT (IIoT) based on Ethernet can be created with the help of this solid base.

The pair have already collaborating, jointly launching the ix Industrial interface in 2016.

For Single Pair Ethernet, the technology partnership is systematically expanding SPE for an end-to-end infrastructure of connectors, sockets, cables and cable sets. Both companies are also working to position the uniform mating technology in user groups.

The goal of the alliance is a consistent and reliable Single Pair Ethernet infrastructure for the IIoT, encompassing transportation, robotics, energy or industrial automation.

Pictured here (from left to right) are Hiroshi Satoh, division general manager, international business division, Hirose, Philip Harting, CEO Harting Technology Group, Kazunori Ishii, president Hirose and Ralf Klein, managing director, Harting Electronics.

The Harting  Technology Group provides industrial connection technology for data, signal and power. It has 14 production plants and 44 sales companies. It also produces retail checkout systems, electromagnetic actuators for automotive and industrial series use, charging equipment for electric vehicles, as well as hardware and software for customers and applications in automation technology, mechanical and plant engineering, robotics and transportation engineering.

http://www.harting.com

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