Choosing the right smartphone processor is no longer just about the CPU. The Graphics Processing Unit (GPU) has become equally important because it directly affects gaming performance, AI features, video recording, camera processing, battery life, and the overall user experience.
One of the most common questions buyers ask is “mali vs adreno which is better?” Both GPU families power millions of Android smartphones, but they differ in architecture, efficiency, graphics optimization, and real-world performance.
Understanding these differences helps you choose the right device whether you are a gamer, content creator, engineering student, or everyday smartphone user. This guide explains how Mali and Adreno GPUs work, their architecture, and why one may be a better choice depending on your requirements.
A Mali GPU is a mobile graphics processor developed by Arm and licensed to semiconductor manufacturers such as MediaTek and Samsung.
Unlike Qualcomm, Arm does not manufacture smartphone chips. Instead, it designs GPU intellectual property (IP) that chip manufacturers integrate into their own System-on-Chips (SoCs).
GPU Series | Typical Usage |
Budget smartphones | |
Mali-G57 | Mid-range phones |
Mali-G68 | Upper mid-range devices |
Mali-G77 | Premium smartphones |
Mali-G78 | High-performance devices |
Mali-G710 | Flagship processors |
Mali-G715 | Premium gaming devices |
Immortalis-G720 | Latest flagship GPUs with hardware ray tracing |
Mali GPUs commonly appear in:
Adreno is Qualcomm’s proprietary mobile GPU architecture integrated into Snapdragon processors.
Unlike Mali, Adreno is designed exclusively for Snapdragon chipsets. Qualcomm develops both the CPU platform and GPU together, allowing tighter hardware and software integration.
GPU | Processor Family |
Adreno 610 | Snapdragon 6 Series |
Adreno 618 | Snapdragon 700 Series |
Adreno 620 | Snapdragon 765 |
Adreno 642 | Snapdragon 778G |
Adreno 730 | Snapdragon 8 Gen 1 |
Adreno 740 | Snapdragon 8 Gen 2 |
Adreno 750 | Snapdragon 8 Gen 3 |
Adreno 830 | Snapdragon 8 Elite generation |
Adreno GPUs power:
Both Mali and Adreno GPUs are designed to handle graphics-intensive tasks such as gaming, video playback, AI processing, and user interface rendering. However, their architecture, driver optimization, and real-world performance differ in several areas.
The following comparison highlights the practical differences that users are most likely to notice.
Feature | Mali GPU | Adreno GPU |
Developed By | Arm | Qualcomm |
Used In | MediaTek, Exynos | Snapdragon |
Gaming Performance | Very Good | Excellent |
Graphics Driver Optimization | Good | Excellent |
Vulkan Performance | Very Good | Excellent |
OpenGL ES Support | Yes | Yes |
AI Acceleration | Good | Excellent |
Power Efficiency | Good | Excellent in flagship chips |
Thermal Management | Good | Better sustained performance |
Game Compatibility | Good | Excellent |
Software Optimization | Depends on OEM | Consistent across Snapdragon devices |
Availability | More smartphone brands | Snapdragon devices only |
Gaming is one of the biggest factors when comparing Mali and Adreno GPUs. While both can deliver smooth gameplay, Adreno GPUs generally provide more stable frame rates and better optimization for popular mobile games.
Popular games that benefit from Adreno include:
Modern Mali GPUs have improved significantly and can handle demanding games well. They offer:
Performance may vary depending on the smartphone manufacturer, cooling system, and software optimization.
Gaming Aspect | Mali | Adreno |
Average FPS | High | Higher |
FPS Stability | Good | Excellent |
Graphics Quality | High | Very High |
Frame Drops | Moderate | Fewer |
Long Gaming Sessions | Good | Better |
Driver Updates | OEM dependent | Qualcomm optimized |
Overall Winner: Adreno generally delivers a better gaming experience, especially in graphics-intensive titles and extended play sessions.
Adreno GPUs are often preferred for gaming because they provide:
This makes Adreno a popular choice for competitive and long gaming sessions.
Benchmark scores help compare GPU capabilities under standardized workloads. However, they should be considered alongside real-world usage, as thermal design and software optimization also influence performance.
Test | Mali | Adreno |
Graphics Score | High | Very High |
Vulkan Performance | High | Very High |
OpenGL ES | High | Excellent |
Stability Test | Good | Excellent |
Sustained Performance | Good | Better |
Benchmark numbers cannot fully represent:
When choosing a smartphone, benchmark results should be used together with gaming tests and long-term performance reviews.
Modern smartphone GPUs are no longer limited to graphics rendering. They also accelerate AI and machine learning tasks such as image recognition, computational photography, voice processing, and real-time translation.
Mali GPUs support AI acceleration through:
Recent Mali GPUs offer improved compute performance suitable for on-device AI applications.
Adreno GPUs work alongside Qualcomm’s AI Engine, Hexagon NPU, and Snapdragon platform to accelerate AI workloads.
Advantages include:
AI Feature | Mali | Adreno |
AI Image Processing | Good | Excellent |
Machine Learning | Good | Excellent |
Camera AI | Good | Excellent |
AI Inference Speed | High | Higher |
AI Ecosystem | Good | Strong |
Overall Winner: Adreno generally offers stronger AI performance due to its tight integration with Qualcomm’s AI hardware and software stack.
Power efficiency determines how effectively a GPU balances performance with battery consumption. An efficient GPU can:
Recent Mali architectures have made significant improvements in efficiency. Benefits include:
Adreno GPUs are recognized for delivering high graphics performance while managing power effectively. Advantages include:
Category | Mali | Adreno |
Battery Usage | Good | Excellent |
Idle Power | Good | Excellent |
Gaming Efficiency | Good | Better |
Performance per Watt | High | Higher |
Heat affects gaming performance more than many users realize. As GPU temperatures rise, smartphones may reduce clock speeds to prevent overheating, a process known as thermal throttling.
Modern Mali GPUs perform well under normal workloads. However, sustained performance can vary depending on the chipset and cooling solution used by the smartphone manufacturer.
Adreno GPUs are generally known for maintaining stable performance during extended gaming sessions. Qualcomm’s optimization of hardware and drivers helps reduce frame drops caused by thermal throttling.
Feature | Mali | Adreno |
Heat Generation | Moderate | Moderate |
Thermal Stability | Good | Better |
Long Gaming Sessions | Good | Excellent |
Performance Throttling | Moderate | Lower |
Good thermal management also depends on the phone’s vapor chamber, graphite layers, and overall cooling design. A well-cooled Mali-powered device can outperform a poorly cooled Adreno-powered device in sustained workloads.
Mali GPUs are commonly found in smartphones powered by MediaTek and Samsung Exynos processors.
Availability varies by region and processor variant.
Adreno GPUs are available exclusively in smartphones powered by Qualcomm Snapdragon processors.
Because Adreno is tightly integrated with Snapdragon chipsets, it is often preferred in premium gaming smartphones due to consistent graphics optimization and sustained performance.
If you want to know whether your smartphone uses a Mali, Adreno, or another GPU, you can check it using the following methods.
Some smartphones display chipset information under Settings > About Phone. If only the processor name is shown, search the chipset model online to identify the GPU.
CPU-Z is a popular Android hardware information app that displays:
Device Info HW provides detailed hardware information, including:
AIDA64 is a hardware diagnostic app that shows:
Mali GPUs are widely used across different smartphone segments because they offer a good balance of performance, efficiency, and scalability. Their flexible licensing model allows multiple chip manufacturers to integrate Mali GPUs into their processors.
Mali GPUs are integrated into processors from several manufacturers. Examples include:
This makes Mali-powered smartphones available across budget, mid-range, and flagship price segments.
Many MediaTek-powered smartphones equipped with Mali GPUs deliver excellent graphics performance at competitive prices. Benefits include:
Modern Mali GPUs are optimized for Vulkan, enabling:
Recent Mali GPU generations focus on reducing power consumption while maintaining strong graphics performance. Advantages include:
Arm offers Mali GPU designs for different performance levels. They are used in:
Adreno GPUs are designed exclusively for Qualcomm Snapdragon processors, allowing Qualcomm to optimize hardware and software together. This integration contributes to consistent graphics performance across many Snapdragon-powered devices.
Adreno GPUs are recognized for delivering:
They are particularly strong in graphics-intensive mobile games.
Qualcomm maintains its GPU drivers and software stack, improving compatibility with games and graphics applications. Benefits include:
During extended gaming sessions, Adreno GPUs often maintain performance more effectively. Advantages include:
Adreno GPUs work alongside Qualcomm’s AI Engine to accelerate tasks such as:
Many game developers optimize their titles for Snapdragon-powered devices. This often results in:
Although Mali GPUs perform well, they also have certain limitations.
Performance and stability may vary because driver implementation depends on the chipset and smartphone manufacturer.
Some games receive better optimization for Snapdragon platforms before MediaTek or Exynos devices.
Gaming performance during long sessions depends heavily on:
Adreno GPUs also have some limitations.
Adreno GPUs are only available with Snapdragon processors. Users cannot purchase a MediaTek or Exynos processor with an Adreno GPU.
The highest-performing Adreno GPUs are typically found in flagship Snapdragon processors, which are commonly used in premium smartphones.
Even with a powerful Adreno GPU, factors such as cooling, memory bandwidth, and software optimization significantly affect real-world performance.
When comparing Mali vs Adreno which is better, there is no single answer that fits every user. The right choice depends on your budget, performance needs, and the type of applications you use.
Choose Adreno if you want:
Choose Mali if you want:
For most flagship gaming smartphones, Adreno generally offers the better overall graphics experience due to its optimized drivers, consistent gaming performance, and tighter integration with Snapdragon processors.
However, modern Mali GPUs have improved significantly, and flagship MediaTek and Samsung chipsets equipped with the latest Mali or Immortalis GPUs can deliver excellent gaming and multimedia performance. Rather than selecting a phone based only on the GPU, consider the complete package, including the chipset, cooling system, RAM, storage, display, and software optimization.
For most users, Adreno offers better gaming performance, graphics optimization, and sustained frame rates. Mali GPUs, however, provide excellent value and perform well in many MediaTek and Exynos-powered smartphones. The best choice depends on your usage and the overall smartphone hardware.
Yes. Modern Mali GPUs, especially the latest flagship models, can handle demanding games at high settings. Performance varies depending on the chipset, cooling system, and software optimization of the device.
Adreno GPUs benefit from strong driver optimization, efficient graphics processing, and close integration with Snapdragon processors. These factors often result in smoother gameplay, fewer frame drops, and better compatibility with popular mobile games.
Yes. A more efficient GPU consumes less power while maintaining performance, helping extend battery life. Battery performance also depends on the processor, display, software optimization, and cooling system.
Yes. A flagship Mali GPU can outperform an older or lower-end Adreno GPU. GPU performance should always be compared within similar processor generations rather than by GPU brand alone.
Author
Embedded Systems trainer – IIES
Updated On: 30-07-26