A new generation of H.265 (HEVC) image compression chip is ready to go. As the Internet Camera (IP Camera) begins to move towards full high quality (Full HD, FHD) and ultra-high resolution (ULTRA HD, UHD) image specifications, the more compressed efficiency is better than the H.265 video code technology market demand is gradually The emergence, attracting various image processing chip operators have actively developed related solutions, taking this to attack high-quality safety monitoring market business opportunities.
Be
Ruixi Technology System Application Ministry of Appointment, said that it is optimistic about the future high-quality monitoring market business opportunities, and all chippers have actively launched H.265 solution development.
Zhang Haojie, the application department of Ruiji Technology System, said that because users are more severely demanding requirements for security monitoring images, and hope that high-quality images can further reduce the storage capacity of high-quality images in the back-end data center, leading to today's H.264 images The codec standard has become increasingly satisfied, so the market is urgently needed to high image compression efficiency, saving new standards for network bandwidth and storage capacity.
In order to solve this technology challenge, the International Telecommunications Union (ITU-T) has released the H.265 standard specification in April 2013, and the image processing chip developers have also accelerated, and the new generation of this standard is fully developed. Solutions, estimated 2014 to see H.265 standard specifications apply to million phenomenon and thousands of pixel network cameras.
Zhang Haojie further pointed out that traditional H.264 image compression standards needed to be transmitted by 60 blocks of 1,080p per second, which is easy to effectively reduce the frequency of ultra-high image quality data, and appear. Image delays and distortion problems, and the storage burden on the data center is quite large, so the industry is expecting H.265 standard to solve this problem to meet the future 4k2k and 8K super high quality monitoring imaging needs.
Currently, Texas Instruments (TI), Altera, Xilinx, STMicroelectronics (ST) and Rui Technology, etc. have begun to accelerate H.265 image compression chip development time course to grab high quality monitoring Business. Zhang Yujie believes that due to the conservative market in the product design, the chip industry is quantified in the early stage of the H.265 chip, and it is likely to be prior to specific application of active circuit (ASIC) or on-site programmable gate. Array (FPGA) Tested the market water temperature, and then launched a system single-chip (SOC) program after the market is more mature.
Zhang Yujie added, most of the image processing chip applied to the security industry today uses 65 nm (nm), but the future chip merchant wants to import H.265 compression technology, SOC silicon (IP), central processor (CPU ) The surrounding must definitely, more complicated, so chip production is necessary to advance to higher order processes, which will also test the research and development capabilities of each IC designer solution.
For advance card market business opportunities, Rui Technology has been expected to publish a support for H.265 standards in 2014, and the committee will be produced by GloBalfoundries. Technology area
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