MediaTek
MediaTek Dimensity 9300
Experience unparalleled mobile performance with the MediaTek Dimensity 9300, a cutting-edge System-on-Chip designed for premium devices. Its innovative 'All Big Core' CPU architecture delivers exceptional processing power and advanced gaming capabilities. Enjoy seamless multitasking and stunning visuals, enhanced by next-generation AI and a powerful GPU. Built on an efficient 4nm process, this SoC integrates the latest Wi-Fi 7 and comprehensive 5G connectivity, making it the ultimate choice for demanding applications and immersive entertainment.
Owner Satisfaction
4.0
/ 5
Category Rank
893
/ 1004
#893 in Integrated Circuits & Chips
Manufacturing Process
4
/ nm
Who it's for
- Exceptional Peak CPU Performance
- Advanced Graphics and Ray Tracing
- Robust On-Device AI Processing
Who should skip it
- Thermal Throttling Under Load
- Suboptimal Idle Power Efficiency
- Limited Global Device Adoption
Key Specs
Manufacturing Process
4 nm
CPU Configuration
1x Cortex-X4 (3.25GHz) + 3x Cortex-X4 (2.85GHz) + 4x Cortex-A720 (2.0GHz)
GPU Name
Arm Immortalis-G720 MC12
RAM Support Type
LPDDR5T
RAM Max Frequency
9600 Mbps
Storage Support Type
UFS 4.0
Max Camera Support
320 MP
Display Max Resolution Support
4K@120Hz, WQHD+@180Hz
Features
- Ultimate performance with All Big Core CPU
- Ultra-fast LPDDR5T RAM support
- High-fidelity gaming with advanced GPU
- Next-generation AI processing
- Fastest wireless speeds with Wi-Fi 7
- Superior image capture with Imagiq 990 ISP
- Supports high-resolution 4K 120Hz displays
- Comprehensive 5G connectivity
What customers say
Consumers highly praise the Dimensity 9300 for its raw power and snappy responsiveness, driven by its innovative all big core architecture. Gamers especially appreciate its robust GPU handling demanding titles at high frame rates. This chip delivers exceptional peak performance, making it a compelling, high-end alternative. However, a consistent concern centers on sustained performance and efficiency. Some users report noticeable heat generation and potential battery drain during extended intensive use. While its speed is undeniable, managing thermals under heavy load remains a key consideration for users seeking consistent, long-term operation.
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