1, Kirin 985 processor is equivalent to Snapdragon 855 processor. The Kirin 985 is a product of HuaweiA high-end mobile processor using a 7nm process and equipped with powerful CPU and GPU performance, the corresponding Qualcomm processor is Snapdragon 855. In terms of performance, the Kirin 985 and Snapdragon 855 are flagship processors, which have good performance in multi-core performance and single-core performance.
2, Kirin 985 is equivalent to Snapdragon 855. Two chips, Kirin 980 and Snapdragon 855, are 7nm process. In the performance test, according to the running score data, even if Qualcomm's Snapdragon processor gives up 20%, it will be better than the Kirin 985. inOverall consideration, the Snapdragon 855 is still longer than the Kirin 985, and the standby will not appear too slow.
3, Huawei Kirin 985 chip is a high-performance 5G chip launched by Huawei, its performance is quite close to the Snapdragon 865 chip. From the technical specifications and actual performance, the Kirin 985 performs well in terms of processing speed, graphics processing, battery life, 5G network, and so on, which is comparable to the Snapdragon 865 chip. Therefore, it can be said that the Huawei Kirin 985 is equivalent to the Snapdragon 865 chipClose.
4, according to the query and non-network that Hisilicon Kirin 985 is equivalent to Snapdragon 855 processor. Hesilis Kirin 985 and Snapdragon 855 processors are 7nm process technology, performance difference is not big, in comprehensive consideration, Snapdragon 855 is still longer than Kirin 985, standby will not appear too slow phenomenon. The Snapdragon 855 processor is a powerful and efficient mobile processor made by Qualcomm.
Kirin 985Equivalent to Snapdragon 855. According to the data and performance test results exposed by Antutu before, the Kirin 985 slightly exceeds the Snapdragon 855 in terms of performance. For example, the mobile phone equipped with Kirin 985 exceeded 410,000 points in the Antutu run score test, while the mobile phone of Snapdragon 855 generally ran about 410,000 points. Therefore, the Kirin 985 can be said to be equivalent to the Snapdragon 855 processor.
Kirin 985 is equivalent to Snapdragon 855. Two chips, Kirin 980 and Snapdragon 855, are 7nm process technology in the performance test, according to the score data, even if Qualcomm's Snapdragon processor gives out the percentageTwenty, it will also be better than Kirin 985. In comprehensive consideration, Snapdragon 855 will still be used longer than Kirin 985.
Snapdragon 855 processor According to the inquiry and non-network that Hisilicon Kirin 985 is equivalent to the Snapdragon 855 processor. Hesilis Kirin 985 and Snapdragon 855 processors are 7nm process technology, performance difference is not big, in comprehensive consideration, Snapdragon 855 is still longer than Kirin 985, standby will not appear too slow phenomenon. The Snapdragon 855 processor is a powerful and efficient mobile processor made by Qualcomm. Kirin 985 processor equivalent to Snapdragon How many
1, Kirin 985 processor is equivalent to Snapdragon 855 processor. Kirin 985 is a high-end mobile processor launched by Huawei, which uses a 7nm process and is equipped with powerful CPU and GPU performance, and its corresponding Qualcomm processor is the Snapdragon 855.
2, Kirin 985 is equivalent to Snapdragon 855. Kirin 980 and Snapdragon 855 two chips, are 7nm process process in the performance test, according to the score data, even if Qualcomm's Snapdragon processor to give a hundredTwenty, it will also be better than Kirin 985 part of the overall consideration, Snapdragon 855 is still longer than Kirin 985 use time.
3. Kirin 985 is equivalent to Snapdragon 855. According to the data and performance test results exposed by Antutu before, the Kirin 985 slightly exceeds the Snapdragon 855 in terms of performance. For example, the mobile phone equipped with Kirin 985 exceeded 410,000 points in the Antutu run score test, while the mobile phone of Snapdragon 855 generally ran about 410,000 points.
4. Kirin 985 is equivalent to Snapdragon 855. Two chips, Kirin 980 and Snapdragon 855, bothIt's a 7nm process. In the performance test, according to the running score data, even if Qualcomm's Snapdragon processor gives up 20%, it will be better than the Kirin 985.
5. Snapdragon 855 processor. According to the inquiry and non-network that Hisilicon Kirin 985 is equivalent to the Snapdragon 855 processor. Hesilis Kirin 985 and Snapdragon 855 processors are 7nm process technology, performance difference is not big, in comprehensive consideration, Snapdragon 855 is still longer than Kirin 985, standby will not appear too slow phenomenon.
6. Snapdragon 855. HisichLin 980 and Snapdragon 855 two chips, are 7nm process process, belong to the mobile phone high-end processors, the highest picture quality Settings can be opened to ultra-high-definition mode, frame number Settings to support the maximum limit mode.
1, according to the query and non-network that Hisilicon Kirin 985 is equivalent to Snapdragon 855 processor. Hisilict Kirin 985 and Snapdragon 855 processors are 7nm process technology, the performance difference is not big, in comprehensive consideration, Snapdragon 855 is still better than Kirin985 use time is longer, standby will not appear too slow phenomenon. The Snapdragon 855 processor is a powerful and efficient mobile processor made by Qualcomm.
2, Kirin 985 is equivalent to Snapdragon 855. Kirin 980 and Snapdragon 855 two chips, are 7nm process process in the performance test, according to the run score data, even if Qualcomm's Snapdragon processor to give up 20%, it will be better than the Kirin 985 part of the overall consideration, Snapdragon 855 is still longer than the Kirin 985.
3, Kirin 985 processor equivalent toSnapdragon 855 processor. Kirin 985 is a high-end mobile processor launched by Huawei, which uses a 7nm process and is equipped with powerful CPU and GPU performance, and its corresponding Qualcomm processor is the Snapdragon 855. In terms of performance, the Kirin 985 and Snapdragon 855 are flagship processors, which have good performance in multi-core performance and single-core performance.