Samsung Galaxy A35 vs Apple iPhone 16 - Detailed Phone Comparison

Detailed Comparison

Specification

General

Launch Date March 15, 2024 September 20, 2024
Release Year 2024 2024

Physical

Volume 103.42 cm³ 82.43 cm³
Screen Size to Weight Ratio 3.16 "/g 3.59 "/g
Weight 209 g 170 g
Height 161.7 mm 147.6 mm
Width 78 mm 71.6 mm
Thickness 8.2 mm 7.8 mm
Foldable Design No No
Available Colors
  • Navy
  • Iceblue
  • Lilac
  • Lemon
  • Black
  • White
  • Pink
  • Teal
  • Ultramarine

Display

Screen Size 6.6 " 6.1 "
Resolution 1080 x 2340 1179 x 2556
Aspect Ratio 19.5:9 19.5:9
Screen-to-Body Ratio 84.8 % 86.4 %
Pixel Density 390 PPI 460 PPI
Refresh Rate 120 Hz N/A
Typical Brightness N/A 1000 nits
HBM Brightness 1000 nits 2000 nits
Peak Brightness N/A N/A

Hardware

Battery Capacity per Screen Area 114.78 mAh/in² 95.70 mAh/in²
Battery Density 48.34 mAh/cm³ 43.2 mAh/cm³
Battery Capacity 5000 mAh 3561 mAh
NFC Support Yes Yes
Chipset Exynos 1380 (5 nm) Apple A18 (3 nm)
CPU Octa-core (4x2.4 GHz Cortex-A78 & 4x2.0 GHz Cortex-A55) Hexa-core (2x4.04 GHz + 4x2.20 GHz)
GPU Mali-G68 MP5 Apple GPU (5-core graphics)

Connectivity

USB Version 2.0 2.0
OTG Support 1
DisplayPort 1
DisplayPort Version N/A N/A
USB Features USB Type-C 2.0, OTG USB Type-C 2.0, DisplayPort

Software

Operating System Android iOS
Initial OS Version 14 18
Maximum OS Version 18

Comparison Summary

Samsung Galaxy A35 vs. Apple iPhone 16: A Holistic Technological Analysis

As a technology researcher, my analysis transcends a simple specification comparison. This report delves into the strategic technological implications of the Samsung Galaxy A35 and Apple iPhone 16, providing a future-oriented decision framework.

1. Comprehensive Specification Mapping

Feature CategorySpecificationSamsung Galaxy A35Apple iPhone 16Technological ContextInnovation PotentialEcosystem IntegrationPerformance MetricsUser Experience Indicators
DisplaySize6.6"6.1"Larger displays cater to media consumption, while smaller displays prioritize portability.Moderate - Incremental improvements in display technology are expected.Connected to content consumption platforms and gaming experiences.Screen real estate, resolution, refresh rate influence visual fidelity.Immersion, comfort, and visual clarity during extended use.
TypeSuper AMOLED, 120Hz, 1000 nits (HBM)Super Retina XDR OLED, HDR10, Dolby Vision, 1000 nits (typ), 2000 nits (HBM)AMOLED and OLED technologies compete for visual superiority, focusing on color accuracy, brightness, and power efficiency.High - Advancements in display materials and refresh rate technologies are driving innovation.Integrated with HDR content platforms and visual editing software.Color accuracy, contrast ratio, brightness impact image quality.Visual appeal, readability in sunlight, and reduced eye strain.
Resolution1080x23401179x2556Higher resolutions contribute to sharper visuals but can impact battery life.Low - Resolution improvements are reaching a point of diminishing returns.Influences the quality of displayed content from various sources.Pixel density (PPI) determines sharpness.Clarity of text and images, detail in videos and games.
PerformanceChipsetExynos 1380 (5 nm)Apple A18 (3 nm)Chipset fabrication process (nm) directly impacts power efficiency and performance. Apple's historical advantage in chip design provides a competitive edge.High - The shift to smaller nanometer processes unlocks significant performance and efficiency gains.Foundation for OS optimization, application performance, and future technological advancements (e.g., AI processing).Processing power, graphics rendering capabilities, energy efficiency.Speed and responsiveness of applications, smooth multitasking, battery life.
CPUOcta-core (4x2.4 GHz Cortex-A78 & 4x2.0 GHz Cortex-A55)Hexa-core (2x4.04 GHz + 4x2.20 GHz)CPU architecture and core configuration impact processing power and task distribution.Moderate - CPU advancements are focused on specialized core designs and AI acceleration.Directly impacts the execution of operating system tasks and applications.Clock speed, core count, and architecture determine processing capabilities.Responsiveness, multitasking performance, application loading times.
Operating SystemOSAndroid 14iOS 18OS ecosystem significantly influences user experience, app availability, and privacy features.High - OS development focuses on AI integration, enhanced privacy features, and seamless cross-device experiences.Defines the user interface, application compatibility, and overall ecosystem experience.Stability, security features, and update frequency.User interface intuitiveness, app availability, data privacy and security.

2. Strategic Technological Insights

  • Chipset Advantage: Apple's A18 chip, built on a more advanced 3nm process, is expected to provide a substantial performance and efficiency advantage over the Exynos 1380.
  • Display Technology: While both devices utilize advanced display technologies, the iPhone 16's potential for higher peak brightness (2000 nits HBM) suggests superior HDR performance.
  • Ecosystem Differentiation: The core difference lies in the OS. Android offers open customization, while iOS prioritizes a tightly controlled ecosystem focused on ease of use and security.

3. User Ecosystem Alignment

  • Galaxy A35: Caters to users who value customization, a wider range of app choices (including sideloaded apps), and price sensitivity.
  • iPhone 16: Appeals to users prioritizing seamless integration within the Apple ecosystem, premium performance, and a focus on privacy and security.

4. Future-Oriented Decision Framework

Beyond immediate specifications, consider:

  • Long-Term Software Support: Apple typically provides longer software updates, ensuring security and feature upgrades for extended periods.
  • Ecosystem Lock-in: Investment in one ecosystem (apps, accessories) can influence future device choices.
  • Emerging Technologies: Both platforms are investing heavily in AI. Consider which ecosystem aligns with your anticipated future needs in areas like AI-powered assistants and personalized experiences.

Conclusion:

The choice between the Galaxy A35 and iPhone 16 hinges on individual priorities. While the A35 offers competitive features at a potentially lower price point, the iPhone 16 boasts a performance advantage and tighter ecosystem integration. A holistic understanding of these technological nuances is crucial for informed decision-making. This analysis provides a framework to understand not just the devices themselves, but the broader technological landscape they inhabit, empowering users to make choices aligned with their current and future needs.

Michael Chen
Michael Chen

Technology Research Specialist focused on mobile innovation and strategic technology analysis.

Core Expertise

  • Mobile technology research
  • Consumer technology trend analysis
  • Strategic device evaluation
  • Technological innovation insights

Professional Vision Bridging technical analysis with forward-looking technological understanding, transforming complex research into meaningful insights.