Rightware announced today that the company and the premier Advanced Semiconductor Solutions Suppliers Ruisa Electronics Corporation (TSE: 6723) joined to present the function of Rasa Electronic R-Car H3-Slic Systems (SOC) and Rightware Kanzi®. This demonstration presents high-fidelity configurable digital clusters with an information entertainment and advanced driving assistance system (Advanced Driver Assistance Systems) and showing powerful graphics processing of the PowerVRTM GX6650 graphics processor for R-Car H3 on-chip systems and IMAGINATION TECHNOLOGIES. ability.
Renesa Electronics and Rightware has successfully obtained multiple automotive design bulk production orders, Rightware's Kanzi® software will be used to develop human-machine interfaces running Risa Electronic R-CAR platforms.
Renesa Electronics have been added to the starting member of the Kanzi Partner Program (Kanzi Partner Project). The project is a combined global company to develop and define the digital manual interface with Kanzi.
Rightware CEO Jonas Geust said: "We are very happy to work with Renesas Electronic. R-Car product lines match our Kanzi software, so that our customers can design and develop human-machine interface with excellent performance and high quality graphics. We look forward to working in and win a mass production order. "
Masahiro Suzuki, Vice President of Renesa and Vice President of Automotive Information System, said: "We are very happy to cooperate with Rightware. They use our R-Car H3 system Kanzi human-machine interface to demonstrate the powerful graphics function of the R-CAR platform We will continue to join hands with Rightware to develop future graphics technology and look forward to working and win the car design order. "
The main features of the new R-Car H3:
(1) New generation car processing platform to meet a variety of application processing requirements
The newly launched R-Car H3 has more powerful car computational performance than the previous generation of R-Car H2, which can fully meet the requirements of system manufacturers on the automotive processing platform. In order to provide accurate, real-time information processing power, R-Car H3 is based on ARM® Cortex®-A57 / A53 core, using ARM's latest 64-bit CPU nuclear architecture, implemented 40000 DMIPS (DHRYSTONE Million Million Directive / Note 1) The processing performance. In addition, the R-Car H3 uses PowerVRTM GX6650 as a 3D graphics engine that provides the driver to provide timely and reliable information display. Based on the latest architecture provided by Imagination Technologies, the coloring calculation of R-Car H3 (Note 2) performance is about three times the R-Car H2 of R-CAR H2, based on IMAGINATION TECHNOLOGIES.
In addition to the CPU and GPU, the on-chip parallel programmable engine IMP-X5 also provides advanced image identification technology. IMP-X5 is a unique identification engine with Renesas electronics, which is optimized for cooperation with CPU. Its recognition performance is four times that of the second generation R-CAR series built-in IMP-X4.
R-Car H3 is the industry's first car SOC with 16 nano-processes. It has excellent processing capabilities that meet ISO26262 (ASIL-B) automotive function safety standards, is an excellent car for advanced safe driving assistance systems and in-vehicle information entertainment systems. Calculate the platform.
(2) Based on the rich system application experience, system performance is greatly improved based on the leadload record.
As a leading enterprise in the SOC market of the Global Car Information Entertainment System (Note 3), Based on the product shipments of the past generation, Rissisa Electronics has mature and reliable system experience and excellent product performance. By optimizing the internal bus architecture of the SOC, improve the DDR memory bandwidth, and the storage bandwidth of R-Car H3 reaches four times that of R-Car H2, and the system manufacturer operates in parallel to run multiple applications.
For multi-screen display and high-resolution video, R-Car H3 uses Rissisa's unique video coding engine to support new video compression formats, and video processing performance is twice as much as R-Car H2.
In addition, R-Car H3 also has a stronger start protection mechanism and external network attack protection mechanism.
R-Car H3 greatly enhances features and system performance to meet the needs of future markets.
(3) Provide package in the form of SIP module, which can greatly reduce user design workload
The SIP (System In Package, System-level Package) module supports integration of R-Car H3 and external high-speed DDR memory. As the transmission speed between the SOC and DDR memory, the increase in the number of signal lines increases, the PCB design has become more cumbersome and complex, which has become an important issue that system manufacturers need to solve. The SIP provided by Renesas is connected to DDR memory and SOC, which reduces the complexity of design and reduces PCB costs. In addition to SOC and DDR memory, the SIP module also contains serial flash memory required to start. This can be omitted by the DDR memory. So using R-Car H3, system manufacturers can reduce design workload and accompanying risk.
The new generation of R-Car H3 has a highly software compatibility with other SoC products (R-Car H2, R-Car M2 and R-Car E2) in the existing R-CAR family. The third generation of the R-Car will further maintain the compatibility and scalability of the software, which is convenient for system manufacturers' software multiplexing.
"R-Car H3 SOC has the key vehicle all-round detection, efficient power control and support function safety," James McNiven, general manager of ARM processor business, "This product integrates ARM Cortex-A57 And Cortex-A53 processors, support ARM BIG.LITTLETM technology configuration, integrated high-performance ARM® Cortex®-R7 real-time processor. With these powerful features, Renesas Electronics can achieve high-definition visual inspection function, Efficient power consumption control and meet the requirements of car safety. "
"The newly developed R-Car H3 uses Imagination's high-performance PowerVR GX6650 graphics engine," Imagination Technologies is responsible for the Executive Vice President of the Market Section, "said GX6650 has powerful graphics processing performance, you can bring users over Modern cockpit experience and comprehensive GPU general-purpose computing power (GPGPU, General-Purpose Computing On Graphics Processing Units). "
"We are very happy to cooperate with Renesis, providing QNX® software support for the new generation of R-Car H3 So," Senior Vice President of BlackBerry, said John Wall, QNX Software Systems, said, "We can accelerate through this cooperation Introducing the next generation of car entertainment information and the steps of the ADAS system, the performance of Renesa's R-Car H3 SOC is perfectly combined with the reliability and scalability of QNX OS technology. "
"The top of the next generation of automotive electronic design is safety and protection," said Tim Reed, Vice President of Green Hills Software Corporation, "Reed," Real-time operating system through Integrity, Multivisor Security Virtualization Solutions and R-Car Security The perfect combination of reliable technology, automakers and first-level suppliers can be confident on this important design goal. " , Reading the full text, the technology area
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