A new Huawei telephone with Dimensity 800 SoC lately appeared on GeekBench. This confirms the words and phrases of Honor’s president before these days. Soon after the launch function, of the Honor X10, Honor President, Zhao Ming, reported that Honor will possibly use MediaTek’s chips in the foreseeable future. In accordance to him, MediaTek has been a spouse of Honor’s numerous item strains from the early decades right up until now. His terms

“Our method has usually been this way, we will also cooperate with MediaTek’s 5G SoC in the foreseeable future, and MediaTek has normally been a glorious partner…We want to assure that we use diverse platforms and practical experience better solutions than our good friends. In the future, we have to cooperate on a number of platforms”.

Well, it appears that the “future” is not considerably absent as a new Huawei phone with product variety DVC-AN00 appeared on the Geekbench. This smartphone comes with MediaTek’s MT6873 SoC, which is the Dimensity 800 SoC.

In addition, the Huawei DVC-AN00 comes with an Android 10 process and has 6GB of RAM. The MT6873 SoC clocks at 2GHz. On Geekbench 5.1, its single-main functioning point is 526 details whilst the multi-core functioning level is 2088 details.

At present, MediaTek 5G SoC predominantly features Dimensity 1000L / 1000/1000 + and Dimensity 820. It is not clear which 1 Honor will select. On the other hand, even if Honor chooses to use MediaTek’s 5G chips, it will possibly not help MediaTek to grow its market share. With Huawei’s Kirin chips beneath danger, the corporation will will need to appear for practical options. MediaTek has very excellent and aggressive 5G chips. Thus, it will not be a surprise if Huawei chooses to use some of its chips. The telephone of the minute is continue to the Honor X10 which will come with a whopping 9 5G frequency bands. This is the very first smartphone to use so several 5G bands. In accordance to the Chinese producer, in the next two or 3 yrs, we will not find numerous smartphones with far more frequency bands.