Samsung introduced the Exynos 9820 chip: 7 times more AI computing power!
On November 14, Samsung introduced the Exynos 9820 chip. This is the new flagship chip of the Samsung Exynos9 series after the Exynos9810. According to reports, it has mainly improved the processor process, energy consumption ratio, AI computing performance and baseband.
Let's first look at the comparison of the parameters of Exynos 9820 and the previous generation Exynos 9810.
First of all, the CPU part, Exynos 9820 finally put down the ARM big.LITTLE architecture, and chose the same DynamlQ architecture as Qualcomm Xiaolong 670, 710 and Kirin 980. DynamlQ also supports CPU size and core differentiation. Manufacturers can freely use a combination of high-performance core and high-efficiency core to reduce power consumption. However, unlike big.LITTLE, DynamlQ no longer distinguishes the cluster concept. The size core can Free switching processing in the same cluster means that the CPU no longer needs to cache multiple clusters to allocate tasks, so the processor is naturally more efficient.
Secondly, in the processor part, Exynos 9820 adopts "2+2+4" three-cluster eight-core architecture, which are two independently developed M4 cores, two Cortex A75 cores and four Cortex A55 cores. Samsung claims that the new M4 architecture will increase performance by 20% compared to the Exynos 9810 core and increase energy efficiency by 40%. However, Samsung has not released the processor frequency data of Exynos 9820.
In terms of graphics processing, the Exynos 9820 integrates the Mali-G76 MP12, which has 40% higher graphics processing power than the previous generation Mali-G72 MP18, reduced power consumption by 35%, and screen display resolution of 3840x2400 and higher. 4096x2160.
On the process, Samsung Exynos 9820 is based on the Samsung 8nm LPP process.
In addition, the new Exynos 9820 processor also has built-in NPU (Neural Network Unit), which is mainly responsible for AI operations, and its AI computing power is 7 times higher than that of the previous generation Exynos 9810.
According to industry insiders, Exynos 9810 is not a very successful chip, because Samsung's self-developed cat 鼬 architecture Exynos M3 has some defects, resulting in its performance is not as good as the Snapdragon 845 at the same time, Exynos 9810 had to sacrifice performance to ensure battery efficiency .
Although Samsung has not announced the specific sampling time and terminal time to market for Exynos 9820, there is no doubt that next year's Galaxy S10 will definitely use this flagship SoC, but I don't know who is better than the Dragon 8150. Let us wait and see.
Let's first look at the comparison of the parameters of Exynos 9820 and the previous generation Exynos 9810.
First of all, the CPU part, Exynos 9820 finally put down the ARM big.LITTLE architecture, and chose the same DynamlQ architecture as Qualcomm Xiaolong 670, 710 and Kirin 980. DynamlQ also supports CPU size and core differentiation. Manufacturers can freely use a combination of high-performance core and high-efficiency core to reduce power consumption. However, unlike big.LITTLE, DynamlQ no longer distinguishes the cluster concept. The size core can Free switching processing in the same cluster means that the CPU no longer needs to cache multiple clusters to allocate tasks, so the processor is naturally more efficient.
Secondly, in the processor part, Exynos 9820 adopts "2+2+4" three-cluster eight-core architecture, which are two independently developed M4 cores, two Cortex A75 cores and four Cortex A55 cores. Samsung claims that the new M4 architecture will increase performance by 20% compared to the Exynos 9810 core and increase energy efficiency by 40%. However, Samsung has not released the processor frequency data of Exynos 9820.
In terms of graphics processing, the Exynos 9820 integrates the Mali-G76 MP12, which has 40% higher graphics processing power than the previous generation Mali-G72 MP18, reduced power consumption by 35%, and screen display resolution of 3840x2400 and higher. 4096x2160.
On the process, Samsung Exynos 9820 is based on the Samsung 8nm LPP process.
In addition, the new Exynos 9820 processor also has built-in NPU (Neural Network Unit), which is mainly responsible for AI operations, and its AI computing power is 7 times higher than that of the previous generation Exynos 9810.
According to industry insiders, Exynos 9810 is not a very successful chip, because Samsung's self-developed cat 鼬 architecture Exynos M3 has some defects, resulting in its performance is not as good as the Snapdragon 845 at the same time, Exynos 9810 had to sacrifice performance to ensure battery efficiency .
Although Samsung has not announced the specific sampling time and terminal time to market for Exynos 9820, there is no doubt that next year's Galaxy S10 will definitely use this flagship SoC, but I don't know who is better than the Dragon 8150. Let us wait and see.