let’s take a look at their respective advantages

OPPO Ace2 EVA limited edition new theme is coming to the official preheating

Samsung Exynos 1080: Vivo debuts to expand market share The latest player in the 5nm camp, Samsung Exynos 1080 was released today, and the legendary “Running Score King” has finally arrived. The density of Exynos 1080 transistors using 5nm EUV FinFET technology is increased by 80%, and performance can be improved while lower power consumption can be obtained. According to official information, compared with the 7nm DVU process, its performance is improved by 7% and power consumption is reduced by 18%. Samsung’s flagship chip Exynos 1080 officially released Samsung’s flagship chip Exynos 1080 officially released

In the design of the processor, Exynos 1080 uses this year’s latest Cortex-A78 core, the performance is 20% higher than the A77 under the same power consumption, and the energy consumption is 50% lower than the A77 under the same performance. The 8 cores of Exynos 1080 have built-in 1 highest performance Cortex-A78 core (maximum frequency is 2.8 GHz), 3 high-performance Cortex-A78 cores, and 4 efficient Cortex-A55 cores. Compared with the previous Samsung’s main product Exynos 980, its multi-tasking capabilities have been directly doubled.

The GPU uses a 10-core Mali-G78 GPU, which can provide 130 frames per second and a high refresh rate of 144Hz for mobile devices. In terms of hardware support, Samsung Exynos 1080 can provide up to 5.1Gbps download speed, SA/NSA dual-mode 5G, NPU and DSP AI solutions, 10bit true color video, 30 frames per second 12 million pixels continuous shooting, RAW noise reduction HDR Integrated night scene, up to 6 cameras synchronized recording, dynamic frame rate-adaptive, Wi-Fi 6, Bluetooth 5.2, LPDDR5 memory. If Qualcomm Snapdragon is currently the most important chip vendor in the Android mobile phone camp, then Samsung Exynos will undoubtedly be the market disruptor next year. At present, only TSMC and Samsung have a mass production capacity of 5nm FinFET process globally. As a foundry that does not design chips, TSMC needs to manufacture Qualcomm Snapdragon series, Huawei Kirin, Apple A14 series, and even desktop platform AMD processors.

On the other hand, Samsung, in addition to providing chips for its own mobile phones and providing foundry for Qualcomm, Samsung is fully capable of expanding the production capacity and scope of supply of processors, changing the market structure of mobile phone processors in one fell swoop, so Samsung does the same. Samsung announces the first launch of Vivo phones with Exynos 1080Samsung announces the first launch of Vivo phones with Exynos 1080 For Samsung, the use of good products to expand the market is an important strategy. Given that Samsung’s mobile phones have a market share of less than 1% in the country, the first release of Vivo may be better news. According to the global mobile phone shipment data in 2019, Vivo occupies the fifth position in the world with 8%. It not only relied on the performance of the sinking market in China to win a considerable share but also performed well in the Southeast Asian market, holding 8% of the global market share cannot be underestimated. Samsung uses Exynos’s good product performance combined with Vivo’s 8% market share, and we think the future can be expected.

For Samsung, the pattern of the mobile phone chip market is expected to be completely subverted, and the former “edge man” Samsung Exynos is expected to come to the center stage of the market. With this flagship chip, Vivo mobile phones will be much more comfortable in product design, chip supply, and production scheduling. With the acceleration of product iteration and the sub-brand iQOO focusing on young people, Vivo will also be able to keep up with market trends. Benign development.

Huawei Kirin 9000: capacity planning, Ma TE 40 Pro always out of stock Huawei’s new Kirin 9000 products are launched simultaneously with Huawei’s latest Mate 40 series mobile phones. It uses a 5nm process technology and integrates as many as 15.3 billion transistors, an astonishing number. The built-in 8 cores are 1 Cortex-A77 super large core 3.13GHz, 3 Cortex-A77 large cores 2.54GHz, and 4 Cortex-A55 energy efficiency cores at 2.05GHz. The GPU is integrated with Mali0-G78 C24. Among them, the overall performance of the CPU is increased by 25% compared to the previous generation Kirin 990, and the performance of the GPU is increased by as much as 50% due to the built-in 24 cores. In terms of 5G, compared with Qualcomm’s X55 modem, the 5G chip integrated with Kirin 9000 officially claims to bring 5 times the upload speed and 2 times the download speed. Huawei Kirin 9000 chip Huawei Kirin 9000 chip. spark global limited.