Angora runs close to 700000, and exynos 1080 may lead the 5nm flagship chip

As we enter the last quarter of 2020, the field of mobile phone semiconductor chip has entered a new era, namely 5nm technology era. This month, apple A14 bionics and Huawei Kirin 9000 series, two processors based on 5nm process, have met with you one after another, and have launched their new flagship models together. < / P > < p > combined with recent industry news, I believe you have heard more or less. Samsung’s 5nm technology SOC – exynos1080 has also been put on the agenda, and will be officially launched within this year. You can look forward to a wave! < p > < p > Samsung exynos1080 can be called a black horse among the known 5nm process chips. First of all, the exynos1080 is based on the 5nm advanced technology and uses the latest generation of arm’s A78 architecture CPU. < / P > < p > according to the official data released by arm, under the premise of the same main frequency and power consumption, the single core performance of A78 architecture is improved by 20% compared with that of a77 architecture. On the premise of the same performance, the power consumption of A78 is 50% lower than that of a77. < / P > < p > at the same time, exynos1080 also adopts arm’s latest mali-g78 graphics and image processing architecture, which means that the GPU performance of exynos1080 has been greatly improved compared with the previous generation. < / P > < p > according to the running score data of Antu rabbit recently, the comprehensive performance score of exynos1080 on this platform is 693600, which is about 90000 points higher than the snapdragon 865 mobile platform commonly carried by mainstream Android flagship. There is no doubt that exynos 1080 will become the next generation of Android performance monster once it is launched. The powerful performance of exynos1080 is closely related to Samsung’s rich accumulation in 5g and AI technology, as well as its strength in chip design and manufacturing. It is reported that since 2000, Samsung has been developing new processes to achieve high performance and low energy consumption through the development of dual core, four core and eight core chip technology. < p > < p > in 2016, Samsung started to research and develop NPU, and began to cooperate with major companies and institutions around the world to attract talents and accumulate relevant experience. The exynos9820 SOC released in 2018 adopted the first NPU developed by Samsung. Since then, Samsung Electronics has begun to focus on the field of artificial intelligence. Last year, Samsung Advanced Technology Research Institute launched AI lightweight technology of on device, making AI computing more efficient and power-saving. < / P > < p > in the 5g commercial field, Samsung took the lead in launching the industry’s first 5g dual-mode chip exynos modem 5100 in August 2018. In April 2019, Samsung exynos began to mass produce 5g comprehensive solutions, and won the leading technology right in 5g mobile communication market. In the same year, Samsung and vivo jointly developed the exynos 980, the first dual-mode 5g AI chip in the industry, which not only brought richer 5g experience, but also accelerated the popularization and industrialization process of 5g. < / P > < p > according to the official news from Samsung, the exynos1080 chip will be officially released and put into commercial use within the year. It can be seen that both the 5nm process and the core architecture of A78 + g78 will help exynos1080 become a veritable high-end flagship chip. It can be predicted that exynos1080 will become the performance responsibility of mainstream SOC chips in the industry in 2021, and the terminal products that will carry the chip in the future are also expected. Counterpoint announced top 5 best selling models: domestic iPhone 11 tops the list