iMobile mobile home, October 29 news Qualcomm and Kirin are now basically in the wrong state of competition, such as Kirin 980 is facing the second half of the Snapdragon 845 and the first half of the next generation of products, the previous news shows that under the dragon The first generation of products will be named 骁龙8150 (or 骁龙855), built using TSMC's 7nm process technology, and has now passed the certification of the Bluetooth Technology Alliance (codename SM8150).
Previously, it was reported that the 骁龙8150 would focus on enhancing AI's computing power and become Qualcomm's first SoC with independent NPU. This is similar to Huawei's unicorn, and another similarity is that today Roland Quandt broke the news on Twitter. A similar three-cluster core design (2+2+4) will be used, which is 2 high-frequency large cores + 2 low-frequency large cores + 4 small cores to balance performance and power consumption.
More interestingly, under Roland Quandt's tweets, it was also reminded that MediaTek was the first to use such a multi-cluster design for crab-eaters.
According to the running scores in the Geekbench database, the single-core score of the Xiaolong 8150 is 3400-3600, and the multi-core score is 1W, which is basically the same as the Kirin 980. The credibility of the message is still relatively high.
iMobile mobile home, October 29 news Qualcomm and Kirin are now basically in the wrong state of competition, such as Kirin 980 is facing the second half of the Snapdragon 845 and the first half of the next generation of products, the previous news shows that under the dragon The first generation of products will be named 骁龙8150 (or 骁龙855), built using TSMC's 7nm process technology, and has now passed the certification of the Bluetooth Technology Alliance (codename SM8150).
Previously, it was reported that the 骁龙8150 would focus on enhancing AI's computing power and become Qualcomm's first SoC with independent NPU. This is similar to Huawei's unicorn, and another similarity is that today Roland Quandt broke the news on Twitter. A similar three-cluster core design (2+2+4) will be used, which is 2 high-frequency large cores + 2 low-frequency large cores + 4 small cores to balance performance and power consumption.
More interestingly, under Roland Quandt's tweets, it was also reminded that MediaTek was the first to use such a multi-cluster design for crab-eaters.
According to the running scores in the Geekbench database, the single-core score of the Xiaolong 8150 is 3400-3600, and the multi-core score is 1W, which is basically the same as the Kirin 980. The credibility of the message is still relatively high.
