Graphics display controller complies with computer vision API

6th March 2017
Source: Socionext
Posted By : Alice Matthews
Graphics display controller complies with computer vision API

Provider of system-on-chip technology solutions, Socionext, has developed the SC1810 series, the fourth generation version of its high-performance graphics display controllers. In addition to further strengthening the graphics functions for in-vehicle display system, which the company has proven achievements, Socionext incorporated what it claims to be the world's first hardware accelerator that conforms with KhronosTM Group's computer vision API OpenVXTM to the SC1810.

Socionext aims to provide high-performance, low power image recognition solutions for various embedded systems for home and industrial use, as well as automotive systems. Samples and the software development kit will be available from April 2017.

The SC1810 features further evolved functions and performance for in-vehicle graphics display controllers, which the company has proven track record. In addition to its high resolution graphics capability with improved 3D image processing performance which is five times more than that of the company’s previous products, the SoC is also capable of handling six channels Full HD video inputs and three channels of Full HD display outputs, enabling variety of input and output controls. The SoC realises 'Integrated HMI (Human Machine Interface) system' which manages various information from inside and outside the car and controls multiple displays, with higher definition and image quality.

Furthermore, the SC1810 is equipped with a proprietary Vision Processor Unit (VPU), which is compliant with the computer vision API OpenVX, developed by the standardisation organisation Khronos Group. The company claims that the SC1810 VPU includes the world's first OpenVX compliant hardware accelerator, as well as programmable data parallel accelerator, enabling advanced image recognition and other advanced functions at high speed and low power consumption. Socionext has been providing solutions based on its graphics display controllers, such as OMNIVIEW, a 360-degree wrap-around view system, which generates a three dimensional view around the vehicle from any perspective, and the approaching object detection function, which analyses in-vehicle camera images and alerts the driver of objects such as pedestrians or bicycles. The SC1810, with its dedicated Vision Processor, is able to expand the image recognition capability while improving the conventional display controller functionalities. In addition, it has an H.264 CODEC that can process multiple channels of camera images simultaneously, supporting 360-degree recording by drive recorders which are rapidly gaining popularity.

OpenVX is an open standard API that has been developed to be implemented by hardware vendors. Conformance tests are available, making it a suitable platform for commercial use. Extended specifications to neural networks have already been released. It is thought to be an API that will lead various applications that require computer vision in the future. With the SC1810, compliant with OpenVX, Socionext can now offer a wide range of solutions in the computer vision field, including image recognition for a variety of embedded devices for home and industrial use, as well as for automotive. Socionext will continue expanding the libraries and aim to evolve and grow in the ever-developing field of computer vision technology.

“Socionext is furthering OpenVX adoption momentum with their OpenVX-compliant implementation,” said Frank Brill, Chairman of the Khronos OpenVX Working Group and Design Engineering Director at Cadence Design Systems. “Their SC1810 leverages one of the primary strengths of OpenVX, which is the ability to use a public, IP-free, standard API to access highly optimised, unique hardware blocks. OpenVX enables application developers to get to market quickly with high-performance, low-power embedded vision functionality. I congratulate Socionext on their achievement and look forward to the proliferation of vision-powered products based on the OpenVX standard.”


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