T9100

a High-Performance 5G SoC with Integrated Secure Element

T9100 adopts advanced 6nm process, integrates a high-performance application processor, and integrated financial-grade security solution, bringing users a new performance experience in the 5G era. The T9100 supports 4K 60-frame high-definition video recording, 108-Megapixel high-definition camera, and an FHD+ display with 120Hz refresh rate, this platform will enable the continued improvement of 5G capabilities.

Product Features
Enhanced Performance

a three cluster 1+3+4 configuration,a single Arm Cortex-A76 running at 2.7GHz

Arm Mali-G57 MC4 GPU 

LPDDR4X memory and UFS 3.1 flash memory

Process

6nm

Modem

innovative full scenarios-coverage enhancement technology

5G NR dual-carrier aggregation

supports 2G, 3G, 4G, and 5G on a single chip

high-definition VoNR voice and video calls

Sub-6GHz SA/NSA, dual-SIM and dual-5G standby

increased the uplinkthroughput of near-point users by 60%

leveraged network coverage by more than 100%

Security

adopts a trusted execution environment and an independent engine with hardware-based encryption/decryption, which Integrated a total solution

provides higher security than embedded SE

provides a 100% improvement in computing performance and supports computing-intensive security scenarios such as encrypted video calls

Multimedia

Vivimagic 6.0 image engine,a quad-core ISP architecture (2 main + 2 auxiliary), supports a 108 Megapixel camera andfull-pipeline 4K high-definition video recording 

Equipped with dedicated night-time XDR multi-frame and multi-exposure shooting capabilities, T9100 is able to restore greater detail and provide higher-quality night scene effects.

Support up to 4K HDR10+ UHD image quality

Provide AI noise reduction, AI-HDR, AI-Bokeh,AI FaceID,AI Facedetection services

AI

NPU computing power reaching 8 TOPS 

Featuring access to mainstream industry AI training frameworks and advanced compression technology 

Compatible with 200+ mainstream neural network operators, it also provides a convenient development and debugging environment which is now even more user-friendly.

Support End-device AI

Display

Featuring FHD+ at 120Hz refresh rate and QHD+ at 60Hz refresh rate 

Support up to 4K HDR10+ UHD image quality

Featuring innovative screen technologies such as dual-screen extended display and folding mobile device screens

Uses variable refresh rate (VRR) and intelligent resolution switching technology, enabling the display refresh rate on the device to sync intelligently with that within the games, movies, or other content, providing users with a smooth, high-definition experience, while improving battery life.

Game Performance

Enhanced game display performance, supporting SDR2HDR, Improving the dynamic range, edge details, and color representation of game image

Adopting SR super-resolution technology enables higher resolution or longer battery life, providing users with a better balance in personal experience

Advanced cellular and Wi-Fi scheduling optimization technology supports flow-grained scheduling, improving network speed and stabilizing game frame rates

Supports audio AI noise reduction technology to reduce noise in team voice communication and other battle scenarios, allowing users to enjoy a pure game voice experience

Product Parameters
Processor
CPU

1xA76@2.7GHZ +3XA76@2.3GHZ +4xA55@2.1GHZ

Max CPU Frequency

2.7GHZ

Cores

Octa

Process

6nm

Graphics
GPU

ARM MALI G57

MANHATTAN ES3.0 60FPS

Max Display Resolution

FHD+@120FPS, QHD+@60FPS

Video Decode

4K @60FPS, 10BIT

Video Encode

4K @60FPS

Memory
Memory Type

Up to 32GB, LPDDR4X 2133MHz

Storage Type

EMMC 5.1+UFS3.1

Camera
Camera

UP to 108M

Normal 32M@25FPS

20M+20M@30FPS

108M(9IN1)+ 20M(UW) + 13M(T)

MIPI

4CD+4CD+4D(2+2)+4D(2+2)

Connectivity
Cellular

NSA/SA/GSM/WCDMA/TDD-LTE/FDD-LTE

Category

NR R15, LTE DL CAT15/UL CAT18

GNSS

GPS+GLONASS+BEIDOU+GALILEO

Wi-Fi

802.11 b/g/n/ac

Bluetooth

Bluetooth@5.0

FM

YES

AI
NPU

8.0 TOPS

VDSP

VQ7

Security
Solution

iSE

GNSS/Wi-Fi/Bluetooth/FM:UMW2651 or UMW2652
Note: The power consumption and security improvement data on this page are from the test data of UNISOC Laboratory. The actual situation may vary slightly depending on the version and test environment.