Samsung Galaxy A54 vs Motorola Moto G85 - Detailed Phone Comparison

Detailed Comparison

Specification

General

Launch Date March 24, 2023 June 25, 2024
Release Year 2023 2024

Physical

Volume 99.5 cm³ 89.95 cm³
Screen Size to Weight Ratio 3.17 "/g 3.9 "/g
Weight 202 g 171 g
Height 158.2 mm 161.9 mm
Width 76.7 mm 73.1 mm
Thickness 8.2 mm 7.6 mm
Foldable Design No No
Available Colors
  • White
  • Violet
  • Graphite
  • Lime
  • Cobalt Blue
  • Olive Green
  • Urban Grey
  • Magenta

Display

Screen Size 6.4 " 6.67 "
Resolution 1080 x 2340 1080 x 2400
Aspect Ratio 19.5:9 20:9
Screen-to-Body Ratio 82.9 % 90.8 %
Pixel Density 403 PPI 395 PPI
Refresh Rate 120 Hz 120 Hz
Typical Brightness N/A N/A
HBM Brightness 1000 nits N/A
Peak Brightness N/A 1600 nits

Hardware

Battery Capacity per Screen Area 122.07 mAh/in² 112.39 mAh/in²
Battery Density 50.25 mAh/cm³ 55.59 mAh/cm³
Battery Capacity 5000 mAh 5000 mAh
NFC Support Yes Yes
Chipset Exynos 1380 (5 nm) Qualcomm SM6375 Snapdragon 6s Gen 3 (6 nm)
CPU Octa-core (4x2.4 GHz Cortex-A78 & 4x2.0 GHz Cortex-A55) Octa-core (2x2.3 GHz Cortex-A78 & 6x2.0 GHz Cortex-A55)
GPU Mali-G68 MP5 Adreno 619

Connectivity

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

Software

Operating System Android Android
Initial OS Version 13 14
Maximum OS Version 17

Comparison Summary

1. Specifications Comparison

FeatureSamsung Galaxy A54Motorola Moto G85Practical Impact
Design
Dimensions (mm)158.2 x 76.7 x 8.2161.9 x 73.1 x 7.6Moto G85 is slightly larger and narrower. A54 is slightly thinner. Impact on one-handed usability depends on individual hand size.
Weight (g)202171Moto G85 is noticeably lighter, improving comfort during extended use.
Display
TypeSuper AMOLEDP-OLEDBoth offer vibrant colors and deep blacks. AMOLED generally has better outdoor visibility. P-OLED might be slightly more power-efficient.
Size (inches)6.46.67Moto G85 offers a larger screen for more immersive media consumption.
Resolution (px)1080 x 23401080 x 2400Similar pixel density, but Moto G85's slightly taller aspect ratio might offer better web browsing experience.
Refresh Rate (Hz)120120Both offer smooth scrolling and animations.
Peak Brightness (nits)1000 (HBM)1600Moto G85's significantly higher peak brightness ensures better visibility in direct sunlight.
Performance
ChipsetExynos 1380 (5nm)Snapdragon 6s Gen 3 (6nm)Both are mid-range chipsets. Snapdragon 6s Gen 3 is newer, potentially offering better efficiency. Real-world performance differences may be subtle.
CPUOcta-core (4x2.4 GHz Cortex-A78 & 4x2.0 GHz Cortex-A55)Octa-core (2x2.3 GHz Cortex-A78 & 6x2.0 GHz Cortex-A55)Both offer similar core configurations, though Exynos 1380 has faster performance cores. Benchmarking would be needed to determine noticeable differences.
RAM (GB)812Moto G85's larger RAM enables better multitasking and smoother performance with demanding apps.
Camera
Main Camera (MP)5050Both have 50MP main cameras. Sensor models differ (Sony IMX766 vs Sony LYT-600). Image quality comparison requires real-world testing and sample images.
Video Recording4K@30fps1080p@60fpsA54 offers higher resolution video recording, but Moto G85 provides smoother 60fps at 1080p.
DXOMARK Score10788A54 scores significantly higher in DXOMARK indicating potentially better overall camera quality. However, real-world results can vary.
Battery
Capacity (mAh)50005000Both have large batteries promising all-day battery life.
Fast Charging (W)2530Moto G85 supports slightly faster charging.

2. Key Differences Analysis

Samsung Galaxy A54 Advantages:

  • Potentially Better Camera: Higher DXOMARK score and 4K video recording suggest superior image and video quality.
  • Brighter Display in HDR Content: While peak brightness is lower overall, AMOLED's HDR capabilities could result in a better viewing experience with HDR content.

Motorola Moto G85 Advantages:

  • Larger Display: Offers a more immersive experience for media consumption.
  • Higher Peak Brightness: Ensures better visibility outdoors.
  • Larger RAM: Provides smoother multitasking and better performance with demanding applications.
  • Faster Charging: Reduces downtime.
  • Lighter Weight: More comfortable for extended use.

Trade-offs:

  • Moto G85's lower DXOMARK score might indicate inferior camera performance compared to the A54.
  • A54's smaller RAM could lead to performance limitations with heavy multitasking.

3. User Profiles & Recommendations

Samsung Galaxy A54: Suitable for users prioritizing camera quality and a compact form factor. Ideal for:

  • Photography enthusiasts
  • Social media content creators

Motorola Moto G85: Suitable for users prioritizing a large display, smooth performance, and all-day battery life with faster charging. Ideal for:

  • Media consumers (movies, games)
  • Heavy multitaskers

4. Decision Framework

Key Questions for Buyers:

  1. Is camera quality your top priority?
  2. Do you prefer a larger display or a more compact phone?
  3. What is your budget and how important is the price-to-performance ratio?

My Choice: Motorola Moto G85

While the Samsung Galaxy A54 boasts a potentially superior camera based on DXOMARK scores, the Motorola Moto G85 offers a compelling combination of features that better suit my personal needs. The larger, brighter display is crucial for media consumption and productivity. The significantly larger RAM (12GB vs 8GB) will ensure smooth performance even with demanding tasks and heavy multitasking, something that's essential for my workflow. The faster charging and lighter weight are significant bonuses for daily usability. While I value good camera quality, the Moto G85's camera is likely sufficient for my everyday needs. The slightly lower price for the higher memory configuration makes the Moto G85 a better value proposition for me.

Emily Harper
Emily Harper

Technology Insights Specialist

Dedicated technology writer specializing in mobile device analysis and technology communication. Expert at translating complex smartphone features into clear, actionable insights for diverse audiences.

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Bridging technical complexity with engaging, accessible narratives.