Samsung Galaxy S22 vs Apple iPhone 14 Pro Max

Here we compared two flagship smartphones: the 6.1-inch Samsung Galaxy S22 (with Exynos 2200) that was released on February 9, 2022, against the Apple iPhone 14 Pro Max, which is powered by Apple A16 Bionic and came out 7 months after. On this page, you will find tests, full specs, strengths, and weaknesses of each of the devices.

Select the amount of RAM to evaluate performance and value for money more precisely
Memory

Key differences

An overview of the main advantages of each smartphone
Reasons to consider the Samsung Galaxy S22
  • Fingerprint scanner
  • Slow-motion recording at 960FPS
  • Has 33% more RAM: 8GB versus 6GB
  • Reverse charging feature
  • CPU with a higher amount of cores (+2)
  • Weighs 73 grams less
  • Better grip in hands – the body is 7 mm narrower
Reasons to consider the Apple iPhone 14 Pro Max
  • Shows 78% longer battery life (30:06 vs 16:55 hours)
  • Has a 0.6 inch larger screen size
  • Delivers 105% higher peak brightness (1751 against 856 nits)
  • Better camera quality (According to DxOMark rating)
  • Newer Bluetooth version (v5.3)
  • 67% faster in single-core GeekBench 6 test: 2669 and 1600 points
  • The phone is 7 months newer

Review

Evaluation of Samsung Galaxy S22 and Apple iPhone 14 Pro Max crucial features
Display
Screen quality, color accuracy, brightness
Camera
Photo and video recording quality
Performance
CPU and memory performance (apps, system)
Gaming
Capabilities for playing modern games
Battery
Battery life, charging type and speed
Connectivity
Networks, ports, data transmission
DeviceFacts Score
Final comparison evaluation
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Value for money (Beta)

To get an accurate value-for-money index, update the default prices with actual prices from your country’s retailers (for the selected memory configs) and press the "Calculate" button.
Currency
8 / 128 GB
VS
6 / 128 GB
68.9
(Good)
Value Index
78.3
(Good)

Tests and specifications

Comparison table of technical specifications and tests

Display

Type Dynamic AMOLED OLED
Size 6.1 inches 6.7 inches
Resolution 1080 x 2340 pixels 1290 x 2796 pixels
Aspect ratio 19.5:9 19.5:9
PPI 425 ppi 460 ppi
Refresh rate 120 Hz 120 Hz
Adaptive refresh rate Yes (10-120 Hz) Yes (1-120 Hz)
Max rated brightness 780 nits 2000 nits
Max rated brightness in HDR 1300 nits 1600 nits
HDR support Yes, HDR10+ Yes, Dolby Vision
Touch sampling rate 240 Hz -
Screen protection Gorilla Glass Victus Plus -
Screen-to-body ratio 88.6% 88.3%
Display features - DCI-P3
- Always-On Display
- DCI-P3
- Always-On Display
Display tests
RGB color space 99.3% 99.9%
PWM 239 Hz 240 Hz
Response time 10 ms 1 ms
Contrast ∞ Infinity ∞ Infinity
Screen space comparison
iPhone 14 Pro Max
6.7″ (19.5:9 ratio) = 17.1 in2
Galaxy S22
6.1″ (19.5:9 ratio) = 14.2 in2
~20% more screen space
Peak brightness test (auto)
856 nits
1751 nits
Sources: NotebookCheck [3], [4]

Design and build

Height 146 mm (5.75 inches) 160.7 mm (6.33 inches)
Width 70.6 mm (2.78 inches) 77.6 mm (3.06 inches)
Thickness 7.6 mm (0.3 inches) 7.85 mm (0.31 inches)
Weight 167 g (5.89 oz) 240 g (8.47 oz)
Waterproof IP68 IP68
Rear material Glass Glass
Frame material Metal Metal
Colors White, Black, Gray, Blue, Green, Pink, Purple, Yellow Black, Silver, Gold, Purple
Fingerprint scanner Yes, in-display No
Screen-to-body ratio

Performance

Chipset specifications of Samsung Galaxy S22 and Apple iPhone 14 Pro Max
SoC
Chipset Samsung Exynos 2200 Apple A16 Bionic
Max clock 2800 MHz 3460 MHz
CPU cores 8 (1 + 3 + 4) 6 (2 + 4)
Architecture - 4 cores at 1.82 GHz: Cortex-A510
- 3 cores at 2.52 GHz: Cortex-A710
- 1 core at 2.8 GHz: Cortex-X2
- 4 cores at 2.02 GHz: Sawtooth
- 2 cores at 3.46 GHz: Everest
L3 cache 4 MB -
Manufacturing Samsung TSMC
Lithography process 4 nanometers 4 nanometers
Neural processor (NPU) Yes Apple Neural Engine
GPU
Graphics Xclipse 920 5 core Apple GPU
GPU shading units 384 640
GPU clock 1306 MHz 1398 MHz
FLOPS ~1003 GFLOPS ~1789.4 GFLOPS

Benchmarks

Benchmark comparison of Samsung Galaxy S22 and Apple iPhone 14 Pro Max
Geekbench 6 (Single-Core)
1600
2669
Geekbench 6 (Multi-Core)
3840
7024
Compute Score (GPU)
Compute Score (GPU) - 22851
Single-core score 1600 2669
Multi-core score 3840 7024
Sources: Geekbench [3], [4]
AnTuTu Benchmark 11
1398273
CPU 462329 329807
GPU 376985 444294
Memory 231805 150297
UX 327154 400202
Total score 1398273 1324600
Samples [11 tests] [8 tests]
3DMark Steel Nomad Light
Stability 65% -
Graphics test 6 FPS -
Graphics score 820 -
3DMark Solar Bay
3751
4266
Stability 66% 74%
Graphics test 14 FPS 16 FPS
Section 1 17 FPS 20 FPS
Section 2 14 FPS 16 FPS
Section 3 11 FPS 12 FPS
Graphics score 3751 4266
3DMark Wild Life Extreme
1830
3335
Stability 66% 71%
Graphics test 10 FPS 19 FPS
Graphics score 1830 3335
Sources: 3DMark [5], [6]
PCMark 3.0
Web score 11192 -
Video editing 7372 -
Photo editing 21608 -
Data manipulation 11423 -
Writing score 14877 -

Recent User Tests

The latest benchmark tests that have been submitted by users
Samsung Galaxy S22
DateBenchmarkResult
📘 2026-09-21 -> MOLANGAnTuTu 121628220
📘 2026-09-21 -> MOLANGBattery lifeSOT 5:35 / 7:27
📘 2026-09-21 -> MOLANGGeekbench 6 GPU10630
📘 2026-09-12 (Ogurchik))AnTuTu 121628220
📘 2026-09-09 (Hangal)AnTuTu 111587642
Apple iPhone 14 Pro Max
DateBenchmarkResult
📘 2026-08-09 -> Kryon296AnTuTu 111425670
📘 2026-08-09 -> Kryon296AnTuTu 111302538
📘 2026-08-09 (Trinh Anh Khoi)AnTuTu 111302538
📘 2026-07-17 (Astreeek)AnTuTu 111267503
📘 2026-07-16 (Oleg)AnTuTu 111267503

Memory

RAM
RAM size 8 GB 6 GB
Memory type LPDDR5 LPDDR5
Channels 4 4
Storage
Storage size 128 GB 128 GB
Storage type UFS 3.1 NVMe
Memory card No No

Software

Operating system Android 12 (Can be upgraded to Android 16) iOS 16 (Can be upgraded to iOS 27)
ROM One UI 8.0 -
OS size 30.2 GB -
OS updates 4 years 6 years
Security updates 5 years 6 years

Battery

Capacity 3700 mAh 4323 mAh
Max charge power 25 W 23 W
Battery type Li-Po Li-Ion
Replaceable No No
Wireless charging Yes (15 W) Yes (7.5 W)
Reverse charging Yes, (wireless) No
Bypass charging No No
Fast charging Yes (63% in 30 min) Yes (48% in 30 min)
Full charging time 1:03 hr 1:52 hr
Battery life tests
Web browsing 05:42 hr 11:49 hr
Watching video 10:16 hr 18:59 hr
Gaming 04:06 hr 06:50 hr
Standby 90 hr 144 hr
General battery life
16:55 hr
30:06 hr

Main camera

Matrix 50 megapixels 48 megapixels
Image resolution 8160 x 6120 8064 x 6048
Zoom Optical, 3x Optical, 3x
Flash LED Dual LED
Stabilization Optical Optical
8K video recording Up to 24FPS No
4K video recording Up to 60FPS Up to 60FPS
1080p video recording Up to 60FPS Up to 60FPS
Slow motion 960 FPS (720p) 240 FPS (1080p)
Angle of widest lens 120° 120°
Lenses 1) Standard: 50 MP
2) Telephoto: 10 MP
3) Ultrawide: 12 MP
1) Standard: 48 MP
2) Telephoto: 12 MP
3) Ultrawide: 12 MP
4) Depth
Camera features - Bokeh mode
- Pro mode
- RAW support
- Bokeh mode
- Pro mode
- RAW support
Standard lens
Image resolution 50 MP 48 MP
Aperture f/1.8 f/1.8
Focal length 24 mm 24 mm
Sensor Samsung GN5 Sony IMX803
Sensor size 1/1.56" (≈ 0.64 inch) 1/1.28" (≈ 0.78 inch)
Pixel size 1 micron 1.22 micron
Autofocus Phase autofocus (Dual Pixel) Phase autofocus (Dual Pixel)
Stabilization Optical Optical
Telephoto lens
Image resolution 10 MP 12 MP
Aperture f/2.4 f/2.8
Focal length 70 mm 77 mm
Sensor Sony IMX772 Sony IMX713
Sensor size 1/3.94" (≈ 0.25 inch) 1/3.5" (≈ 0.29 inch)
Pixel size 1 micron 1 micron
Stabilization Optical Optical
Ultra-wide lens
Image resolution 12 MP 12 MP
Aperture f/2.2 f/2.2
Focal length 13 mm 13 mm
Sensor Sony IMX713 Sony IMX633
Sensor size 1/2.55" (≈ 0.39 inch) 1/2.55" (≈ 0.39 inch)
Pixel size 1.4 micron 1.4 micron
Stabilization Digital Digital

DxOMark main camera tests

Photo quality
Video quality
Generic main camera score
Bokeh 70 80
Preview 72 91
Zoom 126 139
Samples Photo samples of Samsung Galaxy S22 from DxOMark Photo samples of Apple iPhone 14 Pro Max from DxOMark

Selfie camera

Megapixels 10 megapixels 12 megapixels
Image resolution 3872 x 2592 4032 x 3024
Aperture f/2.2 f/1.9
Focal length 26 mm 23 mm
Sensor CMOS Sony IMX714
Sensor size 1/3.24" (≈ 0.31 inch) 1/3.6" (≈ 0.28 inch)
Pixel size 1.22 micron 1.12 micron
Autofocus Phase autofocus (Dual Pixel) Phase autofocus
Stabilization Digital Digital
Video resolution 2160p (4K) at 60 FPS 2160p (4K) at 60 FPS
Depth sensor (TOF 3D) No Yes
DxOMark front camera
Photo - 139
Video - 154

Connectivity

Wi-Fi standard Wi-Fi 6 (802.11 a/b/g/n/ac/ax) Wi-Fi 6 (802.11 a/b/g/n/ac/ax)
Wi-Fi features - Dual Band
- Wi-Fi MiMO
- Wi-Fi Direct
- Wi-Fi Hotspot
- Wi-Fi Display
- Dual Band
- Wi-Fi MiMO
- Wi-Fi Direct
- Wi-Fi Hotspot
- Wi-Fi Display
Bluetooth version 5.2 5.3
Bluetooth features LE LE
USB type USB Type-C -
USB version 3.2 2
USB features - Charging
- USB-Storage mode
- OTG
- Charging
- USB-Storage mode
- OTG
DisplayPort Yes, DP 1.2 Yes
GPS GPS, GLONASS, Beidou, Galileo GPS, GLONASS, Beidou, Galileo, QZSS
NFC* Yes Yes
Infrared port No No
Network
Number of SIM* 2 -
Type of SIM card Nano eSIM
Multi SIM mode Standby -
eSIM support* Yes Yes
Hybrid slot No No
LTE Cat* 20 20
5G support Yes Yes

Sound

Speakers Stereo Stereo
Headphone audio jack No No
FM radio No No
Dolby Atmos Yes Yes
Speakers test
Max loudness
89.5 dB

Other

Category Flagship Flagship
Announced February 2022 September 2022
Release date March 2022 September 2022
Launch price (MSRP) $799 $1099
Successor - - Apple iPhone 17 Pro Max
Sensors - Hall-effect sensor
- Barometer
- Proximity sensor
- Gyroscope
- Accelerometer
- Ambient light sensor
- Compass
- Fingerprint
- Barometer
- Proximity sensor
- Gyroscope
- Accelerometer
- Ambient light sensor
- Compass
- Face recognition sensor
Bundled charger Not included Not included
*Disclaimer! NFC, GSM network support, and some other specs can be different depending on the country.

Conclusion

After analyzing all the data, we think that the Apple iPhone 14 Pro Max is definitely a better buy.

Cast your vote

So, which phone would you choose?
67 (57.3%)
50 (42.7%)
Total votes: 117

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