Rightware today announced that it is working with Renesas Electronics Corpora TIon (TSE: 6723), a leading provider of advanced semiconductor solutions, to demonstrate the capabilities of Renesas Electronics' R-Car H3 System-on-Chip (SoC) and Rightware Kanzi®. The demonstration presented a high-fidelity configurable digital cluster with infotainment and Advanced Driver Assistance Systems, and demonstrated the powerful graphics processing of the R-Car H3 system-on-chip and ImaginaTIon Technologies' PowerVRTM GX6650 graphics processor. ability.
Renesas Electronics and Rightware have successfully acquired a number of automotive design volume production orders, and Rightware's Kanzi® software will be used to develop a human-machine interface running the Renesas Electronics R-Car platform.
Renesas Electronics has joined Rightware's Kanzi Partner Program as a founding member. The project is a joint global enterprise to develop and define a digital human-machine interface that utilizes Kanzi.
Rightware CEO Jonas Geust said: "We are very pleased to work with Renesas Electronics. The R-Car product line is very compatible with our Kanzi software, enabling our customers to design and develop human-machine interfaces with outstanding performance and high-quality graphics. We look forward to working together to win volume production orders."
Masahiro Suzuki, vice president and head of automotive information systems at Renesas Electronics, said: "We are pleased to work with Rightware. They use the Kanzi HMI demonstration of our R-Car H3 system-on-a-chip to perfectly represent the powerful graphics capabilities of the R-Car platform. We will continue to work with Rightware to develop future graphics technologies and look forward to working together to win automotive design orders."
The main features of the new R-Car H3:
(1) A new generation of automotive processing platform to meet a variety of application processing requirements
The new R-Car H3 has more powerful automotive computing performance than the previous generation R-Car H2, meeting the system manufacturer's requirements for automotive processing platforms. To provide accurate, real-time information processing capabilities, the R-Car H3 is built on the ARM® Cortex®-A57/A53 core and uses ARM's latest 64-bit CPU core architecture to achieve 40,000 DMIPS (Dhrystone Millions of instructions per second). 1)) Processing performance. In addition, the R-Car H3 uses the PowerVRTM GX6650 as a 3D graphics engine to provide drivers with timely and reliable information display. Based on the latest architecture provided by ImaginaTIon Technologies, R-Car H3's coloring calculation (Note 2) is about three times better than R-Car H2.
In addition to the CPU and GPU, the on-chip parallel programmable engine IMP-X5 also provides advanced image recognition technology. The IMP-X5 is a unique recognition engine from Renesas Electronics that is optimized for processing with the CPU. Its recognition performance is four times that of the IMP-X4 built into the second-generation R-Car series.
The R-Car H3 is the industry's first automotive SoC with 16nm process technology. It has excellent processing capability, meets ISO26262 (ASIL-B) automotive functional safety standards, and is an excellent car for advanced safety driving assistance systems and in-vehicle infotainment systems. Computing platform.
(2) System performance is greatly improved based on rich system application experience accumulated by leading shipping records
As a global leader in the SoC market for in-vehicle infotainment systems (Note 3), Renesas Electronics has proven system experience and superior product performance based on past product shipments. By optimizing the SoC's internal bus architecture and increasing DDR memory bandwidth, the R-Car H3's storage bandwidth is four times that of the R-Car H2, enabling system manufacturers to run multiple applications in parallel.
For multi-screen display and high-resolution video, R-Car H3 uses Renesas Electronics' unique video encoding and decoding engine to support the new video compression format, which has twice the video processing performance of R-Car H2.
In addition, R-Car H3 also has a more robust boot protection mechanism and external network attack protection mechanism.
The R-Car H3 dramatically improves functionality and system performance to meet future market demands.
(3) Provides a package in the form of a SiP module, which greatly reduces the user's design workload
The SiP (System In Package) module supports the integration of R-Car H3 and external high-speed DDR memory. As the transmission speed between SoC and DDR memory increases and the number of signal lines increases, PCB design becomes more cumbersome and complicated, which has become an important issue for system manufacturers. Renesas's SiP internally connects DDR memory and SoC, reducing design complexity and PCB cost. In addition to SoC and DDR memory, the SiP module also contains the serial flash required for booting. This eliminates the need to initiate a design via DDR memory. So with R-Car H3, system builders can reduce design effort and associated risks.
The new generation of R-Car H3 is highly software compatible with other SoC products in the existing R-Car family (R-Car H2, R-Car M2 and R-Car E2). R-Car's third-generation products will further maintain software compatibility and scalability, facilitating software reuse by system manufacturers.
“The R-Car H3 SoC features key vehicle omni-directional detection, high-efficiency power control, and functional safety features in automotive interconnect technology,†said James McNiven, general manager of ARM processor business. “This product integrates the ARM Cortex-A57. And the Cortex-A53 processor, supporting ARM big.LITTLETM technology configuration, integrated high-performance ARM® Cortex®-R7 real-time processor. With these powerful combinations of functions, Renesas Electronics can provide high-definition visual inspection while providing Efficient power control and meeting automotive safety requirements."
“The newly developed R-Car H3 uses ImaginaTIon's high-performance PowerVR GX6650 graphics engine,†said Tony King-Smith, executive vice president of marketing for Imagination Technologies. “The GX6650 has powerful graphics processing performance that can bring users super Modern cockpit experience and GPGPU (General-Purpose Computing on Graphics Processing units).
“We are pleased to work with Renesas Electronics to provide QNX® software support for the next-generation R-Car H3 SoC,†said John Wall, senior vice president and subsidiary of BlackBerry QNX Software Systems, “By this collaboration, we are able to accelerate The next generation of in-vehicle entertainment information and ADAS systems are being introduced to combine the performance of Renesas Electronics' R-Car H3 SoC with the reliability and scalability of QNX OS technology."
"The next generation of automotive electronics design is at the forefront of safety and protection," said Tim Reed, vice president of cutting-edge products at Green Hills Software. "With INTEGRITY real-time operating system, Multivisor secure virtualization solution and R-Car security The perfect combination of reliable technology, car manufacturers and Tier 1 suppliers can be confident in the realization of this important design goal."
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