ℹ️
Basic Information
SOC Name
HiSilicon Kirin 970
Brand
hisilicon
Announcement Date
01 September 2017
Class
Flagship
Manufacturing Process
10nm
Manufacturing
TSMC
⚡
CPU Specifications
CPU Architecture
4x 2.36 GHz – Cortex-A73
4x 1.84 GHz – Cortex-A53
CPU Cores
8 Core
CPU Frequency
2360MHz
Instruction Set
ARMv8-A
🧠
Cache & NPU
Cache
2 MB
Cache Level
L2
SLC
---
NPU
Yes
💾
Memory
Memory Type
LPDDR4X
Memory Frequency
1866MHz
Memory Bus
4x 16 Bit
Max Bandwidth
29.8 Gb/s
Max Memory Size
8 GB
🎮
GPU
GPU
Mali-G72 MP12
GPU Architecture
Bifrost 2nd gen
Pipelines
12 Pipeline
Shading Units
144 Unit
Total Shaders
144 Unit
Vulkan Version
Version 1.0
OpenCL Version
Version 2.0
DirectX Version
Version 12
💿
Storage & Display
Storage Type
UFS 2.1
Max Display Resolution
3120 x 1440
Max Camera Resolution
48MP + 2x 20MP
🎵
Video & Audio
Video Capture
4K at 30FPS
Video Playback
4K at 30FPS
Video Codecs
H.264, H.265, VP8, VP9
Audio Codecs
AAC, AIFF, MP3, MP4, WAV
📶
Connectivity
WiFi
Wifi 5
Bluetooth
Bluetooth 4.2
🛰️
Navigation Systems
GPS
Yes
GLONASS
Yes
Beidou
Yes
Galileo
Yes
QZSS
No
NAVIC
No
⚖️
Related SOC
Displayed SoCs are selected based on performance class suitability and key benchmark metrics.
MediaTek •
8 cores •
2021
380,330
Qualcomm •
8 cores •
2024
376,951
HiSilicon Kirin 970
hisilicon •
8 cores •
2017
372,441
MediaTek •
8 cores •
2019
368,990
✅
Positive Aspects
1. Balanced Flagship Performance
Kirin 970 features eight cores with powerful Cortex-A73 and efficient Cortex-A53 clusters, providing strong performance for everyday usage and multitasking. 2. Dedicated NPU for AI Tasks
This SoC includes a Neural Processing Unit (NPU) which accelerates AI workloads like photography scene recognition and voice commands beyond what CPU/GPU alone can achieve. 3. Advanced GPU & Multimedia
With a 12-core Mali-G72 GPU and support for modern video codecs, Kirin 970 delivers capable graphics and media playback experience for its class.
❌
Negative Aspects
1. No 5G Connectivity
Kirin 970 uses a Cat.18 LTE modem and does not have built-in 5G connectivity, limiting network speeds to 4G LTE. 2. Older 10nm Node
Manufactured using a 10nm process, it is less power-efficient and slower compared to later flagships built on 7nm or smaller nodes.