Galaxy S26+ vs iPhone 17 Pro

Device summary

Samsung

Galaxy S26+

Apple

iPhone 17 Pro

Full specifications

Basic information

Release year

Galaxy S26+
2026
iPhone 17 Pro
2025

Starting price

Galaxy S26+
$1,100
iPhone 17 Pro
$1,099

Display size

Galaxy S26+
6.7-inch
iPhone 17 Pro
6.3-inch

Dimensions

Galaxy S26+
75.8 mm × 158.4 mm × 7.3 mm
iPhone 17 Pro
71.9 mm × 150.0 mm × 8.8 mm

Weight

Galaxy S26+
190 g
iPhone 17 Pro
206 g

Front material

Galaxy S26+
Corning Gorilla Glass Victus 2
iPhone 17 Pro
Ceramic Shield

Back material

Galaxy S26+
Corning Gorilla Glass Victus 2
iPhone 17 Pro
Ceramic Shield

Display

Display technology

Galaxy S26+
Dynamic AMOLED 2X
iPhone 17 Pro
Super Retina XDR OLED

Refresh rate

Galaxy S26+
120 Hz
iPhone 17 Pro
120 Hz

Peak brightness

Galaxy S26+
2600 nits
iPhone 17 Pro
2000 nits

Protection

Galaxy S26+
Corning Gorilla Glass Victus 2
iPhone 17 Pro
Ceramic Shield

Resolution

Galaxy S26+
iPhone 17 Pro
2622 × 1206

Performance

Chipset

Galaxy S26+
Snapdragon 8 Elite Gen 5 for Galaxy
iPhone 17 Pro
Apple A19 Pro

RAM

Galaxy S26+
12 GB
iPhone 17 Pro
12 GB

Storage

Galaxy S26+
256 GB, 512 GB
iPhone 17 Pro
256 GB, 512 GB, 1024 GB

Expandable storage

Galaxy S26+
No
iPhone 17 Pro
No

Cameras

Main camera

Galaxy S26+
Wide · 50 MP · ƒ/1.8 · 2x Optical Quality Zoom
iPhone 17 Pro
Fusion · 48 MP · ƒ/1.78 · 24 mm · Second-generation sensor-shift OIS

Ultra-wide camera

Galaxy S26+
Ultra Wide · 12 MP · ƒ/2.2
iPhone 17 Pro
Ultra Wide · 48 MP · ƒ/2.2 · 13 mm

Telephoto camera

Galaxy S26+
Telephoto · 10 MP · ƒ/2.4 · 3x Optical Zoom
iPhone 17 Pro
Telephoto · 48 MP · ƒ/2.8 · 120 mm · 4× optical zoom · OIS

Front cameras

Galaxy S26+
Front · 12 MP · ƒ/2.2
iPhone 17 Pro
Center Stage · 18 MP · ƒ/1.9

Video recording

Galaxy S26+
4K at 60 fps, 8K at 30 fps
iPhone 17 Pro
4K Dolby Vision up to 120 fps, ProRes up to 4K at 60 fps

Battery & charging

Typical capacity

Galaxy S26+
4900 mAh
iPhone 17 Pro

Rated capacity

Galaxy S26+
4755 mAh
iPhone 17 Pro

Wired charging

Galaxy S26+
45 W
iPhone 17 Pro
25 W

Wireless charging

Galaxy S26+
20 W
iPhone 17 Pro
15 W

Charging standard

Galaxy S26+
Super Fast Wireless Charging, Wireless PowerShare
iPhone 17 Pro
MagSafe, Qi2

Video playback (Manufacturer claim)

Galaxy S26+
iPhone 17 Pro
31 h

Battery type

Galaxy S26+
iPhone 17 Pro
Built-in rechargeable lithium-ion

Connectivity

Cellular

Galaxy S26+
5G, LTE
iPhone 17 Pro
5G (sub-6 GHz and mmWave), Gigabit LTE

Wi‑Fi

Galaxy S26+
Wi‑Fi 7
iPhone 17 Pro
Wi‑Fi 7 (802.11be)

Bluetooth

Galaxy S26+
Bluetooth 6.0
iPhone 17 Pro
Bluetooth 6

USB

Galaxy S26+
USB‑C
iPhone 17 Pro
USB-C (USB 3)

NFC

Galaxy S26+
Yes
iPhone 17 Pro
Yes

eSIM

Galaxy S26+
Yes
iPhone 17 Pro
Yes

Satellite

Galaxy S26+
iPhone 17 Pro
Emergency SOS via satellite

Build & durability

Frame

Galaxy S26+
Armor Aluminum
iPhone 17 Pro
Aluminum unibody

Ingress protection

Galaxy S26+
IP68
iPhone 17 Pro
IP68

Key differences

The most meaningful measured gaps in size and weight — not an overall winner.

  • Height

    Galaxy S26+

    8.4 mm taller

  • Weight

    Galaxy S26+

    16 g lighter

  • Width

    Galaxy S26+

    3.9 mm wider

  • Thickness

    Galaxy S26+

    1.5 mm thinner

User Experience Summary

Galaxy S26+

Strengths

  • Excellent QHD+ LTPO 120Hz display for daily media and work
  • Strong all-day battery — best endurance story in the S26 family
  • 45W wired charging feels appropriately flagship-fast for most routines

Compromises

  • Same camera hardware as base S26 — no Ultra zoom or sensor leap
  • 45W charging trails Ultra's 60W for brief top-up routines
  • Too large for one-handed and pocket-first users

iPhone 17 Pro

Strengths

  • 48MP 4x telephoto with real everyday usefulness
  • Strong sustained performance and improved thermals
  • Premium aluminum unibody build

Compromises

  • Significant premium over the standard iPhone 17
  • Modest battery advantage over the standard model
  • Heavier than the standard iPhone 17 for one-handed use

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Dimensions and weight are based on manufacturer specifications. Handling estimates are derived from physical measurements. Methodology