Sedikit Info Seputar
[News] HTC M8 with Snapdragon 800(MSM8974AB）leaks
Terbaru 2017
- Hay gaes kali ini team Belajar Modif Game Android, kali ini akan membahas artikel dengan judul [News] HTC M8 with Snapdragon 800(MSM8974AB）leaks, kami selaku Team Belajar Modif Game Android telah mempersiapkan artikel ini untuk sobat sobat yang menyukai Belajar Modif Game Android. semoga isi postingan tentang
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Artikel htc,
Artikel M8, yang saya posting kali ini dapat dipahami dengan mudah serta memberi manfa'at bagi kalian semua, walaupun tidak sempurna setidaknya artikel kami memberi sedikit informasi kepada kalian semua. ok langsung simak aja sob
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[News] HTC M8 with Snapdragon 800(MSM8974AB）leaks
Terbaru
link: [News] HTC M8 with Snapdragon 800(MSM8974AB）leaks
Berbagi [News] HTC M8 with Snapdragon 800(MSM8974AB）leaks Terbaru dan Terlengkap 2017
In this morning , a Japanese Media leaked a device named HTC 0P6B120 found in AnTuTu Benchmark which was confirmed later. In AnTuTu database, it is found that the Rom code name of this device is htc_m8-userdebug|4.4|KRT16O which can be sure that this is the HTC in researching device-HTC M8. This Mobile phone is rumored to be the next flagship after HTC One. This time, HTC finally adopts one of the most high-end CPU---Snapdragon 800(MSM8974AB）.
1,Camera：2,1MP+4MP(the same with HTC ONE(M7))
2,CPU:Snapdragon 800(MSM8974AB）,300~2265MHz and Adreno 330-GPU
3,Resolution:1920x1080
4,RAM:2GB ROM：16GB
5,OS: Android 4.4 KitKa
Apparently this device is a flagship level mobile phone with this kind of configuration, but we learn from HTC that they are going to release it until February next year and then there will be a period of time from the release to the appearance in the market. According to the product line efficiency of HTC, it should be March or April till the real participation of market competition. At that time, we have to be afraid that this flagship may lose the competitiveness in hardware performance. So, if HTC want to have the glory day of HTC ONE again, it should pay more attention to the performance of device application funcations.
