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iPhone 17 Series Performance and Heat Deep Dive: Pro, Air, and Standard Model Comparison
In-depth analysis of the performance and heat generation of the iPhone 17 series, comparing the characteristics of each model (Pro, Air, General) and improvements over the previous model. In particular, the impact of technological changes such as the A19 processor, vapor chamber, and MetalFX on performance is mainly discussed.
1. 📱 iPhone 17 Series Performance Analysis Overview: A19 Processor and Real Performance Test
- ✅ In-depth analysis of performance and thermal changes in the iPhone 17 series.
- ✅ Previous videos focused on benchmarks, but this time we conducted tests focusing on actual performance.
00:16 - 00:56
1. 📱 iPhone 17 Series Performance Analysis Overview: A19 Processor and Real Performance Test
- ✅ In-depth analysis of performance and thermal changes in the iPhone 17 series.
- ✅ Previous videos focused on benchmarks, but this time we conducted tests focusing on actual performance.
00:57 - 02:30
2. 📊 A19 Chipset Performance Comparison: Pro, Air, General Model Benchmark Results
- ✅ A19 Pro (Standard): Single core is about 8% improved compared to the previous model, and multi-core is about 12% improved.
- ✅ A19 Pro (Air): Single core is about 4% lower than Pro, and multi-core is about 6% lower.
- ✅ A19 (General): Single core is about 6% improved compared to the previous model, and multi-core is about 8% improved.
- ✅ The benchmark performance of the A19 general model and Air model is almost the same.
| Model | Single Core | Multi Core |
|---|---|---|
| A19 Pro (Standard) | High | High |
| A19 Pro (Air) | 4% lower than Pro | 6% lower than Pro |
| A19 (General) | 6% higher than previous model | 8% higher than previous model |
02:31 - 03:42
3. 🎮 GPU Performance Analysis: Ray Tracing and General Game Performance Comparison
- ✅ Apple has shifted from focusing on power efficiency to aggressive performance upgrades.
- ✅ Ray Tracing Performance (Solar Bay): 17 Pro is 48% improved compared to the previous model, and 17 General is 53% improved. Air is about 14% lower than the general model and about 25% lower than the Pro.
- ✅ General Game Performance (Still Nomad Light): 17 Pro is about 37% improved, and 17 General is about 28% improved. Air is about 19% lower than the general model and about 30% lower than the Pro.
- ✅ The Pro model maximized performance by changing the vapor chamber and frame material.
03:43 - 05:14
4. 🌡️ Vapor Chamber and Thermal Management: Material Changes and Design Improvements
- ✅ The vapor chamber dissipates heat by spreading the processor's heat over a large area.
- ✅ The iPhone 17 Pro series uses aluminum material to increase thermal management efficiency (aluminum is 20 times better in terms of thermal management than titanium).
- ✅ It is designed to quickly conduct and dissipate heat throughout the housing with a unibody design.
- ✅ The camera position has been changed to allow heat to spread evenly.
05:15 - 06:35
5. 🔥 iPhone 16 Pro Max vs 17 Pro Max: Thermal Comparison Test
- ✅ As a result of the 30-minute 4K 60fps video recording test, the rear temperature of the 17 Pro Max was lower.
- ✅ In the 3D Mark test, the peak temperature of the chipset part was 4.1 degrees lower than the previous model, and the peak temperature of the center was 3.1 degrees lower.
- ✅ As heat is dissipated, the overall temperature has dropped significantly.
06:36 - 08:29
6. 🎮 Game Performance Test: Genshin Impact, Mabinogi Mobile, Subnautica Comparison
- ✅ Apple does not provide an API to view the internal chipset temperature, but provides 4 levels of heat generation.
- ✅ Genshin Impact: The 17 Pro Max has an average frame rate that is 34% higher, and the minimum frame rate is also greatly improved.
- ✅ Mabinogi Mobile: The 17 Pro Max has an average frame rate that is 11% higher, and the bottom 5% frame rate is also 39% higher.
- ✅ Subnautica: The 17 Pro Max has an average frame rate that is 43.4% higher, and the bottom 5% frame rate is also 50% higher.
- ✅ The thermal management status of the 17 Pro Max is much better than the previous model.
08:30 - 09:56
7. 🆚 iPhone 17 Pro Max vs Galaxy S25 Ultra: Thermal and Performance Comparison
- ✅ In the 4K 60fps video test, the 17 Pro Max maintained a temperature about 1 degree lower than the S25 Ultra.
- ✅ In the Genshin Impact game test, the 17 Pro Max felt lukewarm, but the Galaxy S25 Ultra felt hot.
09:57 - 11:15
8. 📱 Game Frame Comparison: iPhone 17 Pro Max vs Galaxy S25 Ultra
- ✅ Mabinogi Mobile: The 17 Pro Max has a higher average frame rate and a better bottom 5% frame rate.
- ✅ Subnautica: The 17 Pro Max was limited to 60 frames, but the minimum frame rate was higher than the Galaxy.
- ✅ Genshin Impact: The 17 Pro Max has a higher average frame rate and a higher minimum frame rate.
11:16 - 12:54
9. 📱 iPhone 16 vs 17 (General Model): Thermal and Game Performance Comparison
- ✅ It is estimated that only the processor has been changed in the iPhone 17 general model.
- ✅ The 17 general model has a higher temperature near the chipset, but a lower temperature in the center.
- ✅ Genshin Impact: The 17 general model has a higher average frame rate and a better bottom 5% frame rate.
- ✅ Mabinogi Mobile: The 17 general model has a slightly higher average frame rate.
- ✅ The A19 chipset has improved game and graphics performance, but sustained performance is disappointing due to heat generation.
12:55 - 15:25
10. 📱 iPhone Air Performance Analysis: Compared to Galaxy S25H
- ✅ The iPhone Air does not have a vapor chamber and uses a GPU core chip.
- ✅ In the camera test, the Air had a higher temperature than the Edge.
- ✅ Genshin Impact: The Air has a higher average frame rate than the Edge, but lower than the 17 general model.
- ✅ Mabinogi Mobile: The Air has a slightly higher average frame rate than the Edge, but lower than the 17 general model.
- ✅ The Air uses a titanium frame, so the heat dissipation performance is disappointing.
- ✅ The Air is not suitable for gaming due to its thin and light concept.
15:26 - 17:15
11. ✨ MetalFX Technology Analysis: Apple's Upscaling Technology
- ✅ MetalFX is Apple Silicon's upscaling technology.
- ✅ Upscaling is also performed in the GPU core, so efficiency and speed are faster.
- ✅ Turning on MetalFX makes the quality look better and provides stable performance.
- ✅ MetalFX shows excellent quality and clarity compared to Qualcomm.
- ✅ You can have a better experience on iPhone with game optimization.
17:16 - 18:03
12. ✅ Conclusion: iPhone 17 Series Overall Review
- ✅ Pro and Pro Max show performance worthy of the flagship model's class difference.
- ✅ Air is disappointing in terms of gaming or performance.
- ✅ The 17 general model has improved game performance, but the heat generation is not much different from the previous model.