Exynos 850 vs Kirin 659 Comparison
Samsung Exynos 850 versus HiSilicon Kirin 659 | ||
---|---|---|
Total: 16 Ghz 8x 2 GHz – Cortex-A55 |
Total GHZ
High CPU clock ghz is high speed |
Total: 16.24 Ghz %1.5 more speed
4x 2.36 GHz – Cortex-A53 4x 1.7 GHz – Cortex-A53 |
8 |
Total Core more CPU cores more power! |
8 |
2000 Mhz
|
Frequency
higher is better |
2360 Mhz
%18.0 more |
Arm V8.0 |
Architecture
Newest version is better |
Arm V8.0
|
12 Nanometer
↓ %33.3 |
Transistor Size
smaller is better |
16 Nanometer
|
Mali-G52 MP1 | GPU Name | Mali-T830 MP2 |
800 Mhz
|
GPU Frequency
higher is better |
900 Mhz
+ %12.5 |
1.1
newer version |
Vulkan Version
newer is better |
1.0
|
2.0
newer version |
Opencl Version
newer is better |
1.2
|
12
newer version |
Directx Version
newer is better |
11
|
LPDDR4X
newer type |
Memory Type
newer ram type is better |
LPDDR3
|
1866 Mhz
+ %100.0 |
Memory Frequency
higher is better |
933 Mhz
|
8 GB
+ %100.0 |
Memory Capacity
higher is better |
4 GB
|
No |
A.I. CPU
It is advantageous to have artificial intelligence chip. |
No
|
eMMC 5.1
|
Storage
higher is better |
eMMC 5.1
|
2520 x 1080
+ %31.2 |
Screen Resolution
higher is better |
1920 x 1200
|
1x 22MP, 2x 16MP
+ %14.9 |
Cameras
More camera and higher pixel is better |
1x 21MP, 2x 13MP
|
1K at 60FPS
|
Video Record
Higher video resulotion and higher fps is better |
1K at 60FPS
|
H.264, H.265, VP8, VP9
+ %100.0 |
Codec Support
more codec support is betterr |
H.264, H.265
|
AIFF, CAF, MP3, MP4, WAV
|
Sound Codecs
more codec support is better |
AIFF, CAF, MP3, MP4, WAV
|
Modem Chip | ||
LTE Cat. 7
+ %16.7 |
4G class
Higher class is better for 4g speed |
LTE Cat. 6
|
No
|
5g Support
5G support is important for high speed data |
No
|
300 Mbps
|
Download Speed
Higher is better |
300 Mbps
|
150 Mbps
+ %200.0 |
Upload Speed
Higher is better |
50 Mbps
|
5
+ newer |
Wifi Version
Higher is better |
4
|
5.0
+ newer |
Bluetooth Version
Higher is better |
4.2
|
GPS, GLONASS, Beidou, Galileo
+ %33.3 |
GPS
more satellites, higher accuracy |
GPS, GLONASS, Beidou
|
May 2020
+ newer |
Release
newer date may contain newer technologies. |
January 2017
|
153
|
Geekbench5 Single Benchmark
Higher geekbench single score, higher single core processing power |
194
+ %26.8 |
953
+ %7.0 |
Geekbench5 Multi Benchmark
Higher geekbench multiscore, higher multi-core processing power |
891
|