Updated at 02 May 2024
Select Benchmark Provider :
Apple M2 10-Core GPU
1
911.5
Apple M3 10-Core GPU
2
848
Apple M2 8-Core GPU
3
839.2
Immortalis-G720 MP12
4
791
Apple M1 7-Core GPU
5
620
Apple M1 8-Core GPU
6
588
Adreno 750
7
535
Adreno 740
8
479
Mali-G615 MP6
9
462
Apple A16 GPU 5-Core
10
458.5
Immortalis-G715 MP11
11
451
Apple A12X Bionic GPU
12
444.7
Apple A15 GPU 5-Core
13
427.55
Apple A17 Pro GPU
14
397.1
Apple A15 GPU 4-Core
15
395.75
Samsung Xclipse 940
16
390.5
Adreno 730
17
381
Adreno 725
18
359
Mali-G715 MP7
19
332.5
Apple A14 Bionic GPU
20
317.5
Apple A13 Bionic GPU
21
307
Samsung Xclipse 920
22
302
Mali-G710 MP10
23
294
Mali-G610 MP6
24
271.5
HiSilicon Maleoon 910
25
270
Adreno 660
26
257
Mali-G710 MP7
27
251
Apple A12 Bionic GPU
28
245
Mali-G78 MP22
29
232
Apple A10X Fusion GPU
30
224.5
Adreno 650
31
206
Mali-G77 MP11
32
199
Mali-G77 MP9
33
182.5
Mali-G610 MP4
34
175
Apple A11 Bionic GPU
35
166.9
Adreno 640
36
166
Adreno 643
37
159
Mali-G78 MP14
38
154
Adreno 642
39
153
Mali-G76 MP16
40
151.5
Adreno 630
41
150
Adreno 644
42
148
Mali-G72 MP18
43
145
Mali-G78 MP20
44
144
PowerVR Series 7XT
45
140.15
Samsung Xclipse 530
46
134
Adreno 642L
47
133
NVIDIA Tegra X1 Maxwell GPU
48
123
Mali-G76 MP10
49
119.5
Mali-G68 MP5
50
119
Mali-G72 MP12
51
118
Mali-G610 MP3
52
117
Mali-G57 MP5
53
115
Apple A10 Fusion GPU
54
114.15
Adreno 540
55
111.5
Mali-G57 MP6
56
107.5
Adreno 710
57
107
Mali-G71 MP20
58
105
Mali-G68 MP4
59
101.5
Mali-G76 MP12
60
96.5
Adreno 620
61
95
Adreno 619
62
91
Adreno 530
63
88
Mali-G52 MP6
64
87
Adreno 618
65
84.5
Mali-G57 MP4
66
84
Mali-T880 MP12
67
82
Mali-G76 MP4
68
80
PowerVR GT7600
69
79.95
IMG BXM-8-256
70
74
Mali-G71 MP8
71
73.5
Adreno 619L
72
72.5
PowerVR GXA6850
73
70.4
Mali-G57 MP3
74
70
Adreno 616
75
65
Mali-G57 MP2
76
63
NVIDIA Tegra K1 Kepler GPU
77
60
Mali-T760 MP8
78
53.5
Adreno 512
79
50
Adreno 430
80
49
PowerVR GM9446
81
45
PowerVR GX6450
82
44.8
Mali-G52 MP2
83
43
Adreno 420
84
41.35
Adreno 612
85
41
Mali-T880 MP4
86
39
Mali-G51 MP4
87
39
Mali-G72 MP3
88
38
Adreno 610
89
36
Adreno 509
90
36
Adreno 418
91
34
Mali-T830 MP3
92
34
Intel HD Graphics (Cherry Trail)
93
32
Mali-T760 MP6
94
31
Adreno 510
95
31
Adreno 508
96
30
PowerVR G6430
97
27.9
PowerVR GX6250
98
27.8
Mali-G52 MP1
99
24
Mali-T880 MP2
100
24
From the chart above, we can easily determine which smartphone GPU models have the most powerful performance today. As you may know, the Graphics Processing Unit (GPU) is a crucial hardware component in modern smartphones. By using a good GPU, you can perform heavy tasks on your phone, especially in terms of 3D model rendering.
To put it simply, GPUs are essential for playing games without experiencing lag issues, particularly for games that have heavy 3D graphics. Unlike the Central Processing Unit (CPU), which has various tasks to perform, the GPU's sole job is to handle graphic rendering, including both 2D and 3D image rendering in modern mobile games.
Using the latest top tier GPU hardware allows for smooth processing of heavy graphic tasks. In contrast, older model GPUs will likely fail to process heavy graphic rendering jobs, resulting in a bad user experience due to lags, stuttering, and freezing.
However, GPU hardware is not only important for gaming purposes. It's an essential component for many other multi purpose tasks such as mobile graphic design, content creation, photo and video editing, and much more.
To get the best experience when using a modern smartphone that can handle multiple tasks, especially 2D/3D image rendering, you should choose the right smartphone that fits your needs.
This article can help you because we have collected benchmark smartphone GPU data from several trusted benchmark providers and created a ranking table based on each benchmark score. This way, users can easily understand how good the GPU hardware is in the ranking chart.
Firstly, it's important to note that we do not generate score data ourselves. Instead, we collect data from several trusted benchmark tool providers. To ensure the accuracy and reliability of the data we use, all benchmark tools must have a good reputation, backed by positive user feedback, and their data must be reflective of real world use.
After careful consideration, we have selected data from several benchmark tools, including :
We want to make it clear that we are not affiliated with any of these providers; we only use their data to help users understand how good the GPU is on their smartphone. Our goal is to provide reliable and useful information to users, so they can make informed decisions about their smartphone GPU hardware. By utilizing benchmark data from trusted providers, we hope to deliver accurate and trustworthy rankings to our audience.
Understanding the rank data is essential for making informed decisions about smartphone GPU hardware. Our ranking system is simple to follow that is the largest benchmark score receives a smaller rank on the chart, indicating better performance.
However, we limit the rank data to the top 100 for modern user needs, as the top 100 typically includes GPU models with good performance. For a deeper understanding of how the rank chart works, a GPU ranked in the top 10 is typically a flagship smartphone GPU model and should perform very well. The 11th to 30th ranks are also good GPU models, typically for medium to high class smartphones, and should be able to handle high rendering activities.
The 31st to 60th ranks are usually for medium tier smartphone GPU models. While they should have good enough performance for most rendering activities, the final result may not compare to flagship models due to limited hardware performance.
Lastly, the 61st to 100th ranks are usually for entry-level to medium tier or old smartphone GPU models. While their performance may be similar to medium tier models, their hardware performance may be limited for heavy image rendering activities.
We understand that having up to date data is important for users to make informed decisions. As such, we have set a schedule for updating our GPU rankings data.
Typically, we update the rankings data on the first week of every month, ensuring that the data is current and relevant. However, in some cases, we may need to update the data more frequently, especially if there are new GPU releases that are not yet reflected in our database.
We strive to provide users with the latest information as soon as possible, so they can make the best decisions when selecting a smartphone with a powerful GPU. Our team works diligently to ensure that our rankings are accurate, trustworthy, and reflective of real world performance.
By using the ranking chart data, you can determine which mobile smartphone GPU models have the best performance. If you plan to purchase a new phone in the future, the ranking chart data can help you choose the best phone that suits your needs.
However, keep in mind that the best user experience is not solely based on the GPU hardware perspective. Other hardware components such as the CPU and RAM also play a crucial role in determining the overall performance of the smartphone.
In fact, these components are closely related to each other in terms of bringing the best user experience. Therefore, it is important to consider all hardware components when selecting a smartphone to ensure that it meets your performance requirements.
Based on GFXBench, the best mobile GPU is Apple M2 10-Core GPU because it has the highest score on the available rank lists.
According to GFXBench, the best GPU hardware for Android phones today is Adreno 750.
According to GFXBench, the best GPU hardware for Apple iPhones is Apple M2 10-Core GPU.
According to GFXBench, the best Adreno GPU model is Adreno 750.
According to GFXBench, the best Apple GPU model for iPhone is Apple M2 10-Core GPU.
According to GFXBench, the best ARM Mali GPU model is Mali-G615 MP6.
According to GFXBench, the best PowerVR GPU model is PowerVR Series 7XT.
