23 December, 2017, “High integration DVB-S2 HD SoC---GX6605S” from NationalChip was awarded “The Best Marketing Performance of ChinaChip Prize” on “The 2017 China IC Industry Promotion Conference” held by National Public Service Platform for Industry (CSIP).
GX6605S is a high integration DVB-S2 HD SoC embedded with China made CPU. This IC product is based on the innovative achievements of the national "Nuclear High Foundation" major project, and realizes the safety, autonomy and controllability of the satellite digital TV chip technology. On the basis of meeting the market demand of DVB-S2 HD satellite set-top box, the chip provides low cost, higher integration and simpler solution for the whole machine manufacturer.
Introduction of “The 2017 China IC Industry Promotion Conference”:
Since 2006, CSIP has implemented the "China core" project under the guidance of the electronic information division of the Ministry of industry and information technology, and successfully held eleven China IC Industry Promotion Conferences. On 23, December, 2017, “The 2017 China IC Industry Promotion Conference” was held by National Public Service Platform for Industry (CSIP) in Kunshan. The "China core-New energy" theme focuses on cultivating new industry development, and on how to seize the chip research and development to new heights. The results of the twelfth China core awards were also announced.
Founded in 2001, NationalChip is specialized in IC design, system solution development, marketing and sales for digital TV, family media center, and artificial intelligence markets. Nowadays, NationalChip has commercialized the results with solutions covering all the digital television receiving terminal fields of DVB global standards and Chinese standards. At the same time, NationalChip deeply roots in the field of artificial intelligence, pioneer oriented artificial intelligence chip for the Internet of things, and hold neural network processor, instruction set and compiler and other core technologies with independent research and development.