Galaxy S20 Ultra vs Samsung Galaxy Tab S9 FE+: Which One Should You Buy?
Samsung Galaxy Tab S9 FE+ edges ahead with a BeastScore of 87.4/100 — but the right choice depends on what matters to you.
Samsung Galaxy Tab S9 FE+ wins 3 of 5 categories
Here's exactly where each phone is stronger.


Bigger shape = better phone.
Scores out of 100. How we score
- SpeedGalaxy S20 Ultra9086
- CameraGalaxy S20 Ultra9780
- VideoNot enough data
- SelfieNot enough data
- BatterySamsung Galaxy Tab S9 FE+8695
- DisplaySamsung Galaxy Tab S9 FE+8694
- ConnectivityNot enough data
- SecurityNot enough data
- ValueSamsung Galaxy Tab S9 FE+5585
- Samsung Galaxy Tab S9 FE+ has the bigger battery10,090 mAh vs 5,000 mAh
- Samsung Galaxy Tab S9 FE+ has the bigger screen12.4" vs 6.9"
Why buy each phone
Swipe ⇄Samsung Galaxy Tab S9 FE+ wins — BeastScore 87.4/100
The Samsung Galaxy Tab S9 FE+ is the better pick for most people thanks to its bigger battery (10,090 mAh vs 5,000 mAh) and bigger screen (12.4" vs 6.9").
Optical telephoto zoom (1 telephoto lens)
Larger battery: 10,090 mAh vs 5,000 mAh · Larger display: 12.4" vs 6.9"
Common questions
Which is better: Galaxy S20 Ultra or Samsung Galaxy Tab S9 FE+?
The Samsung Galaxy Tab S9 FE+ is the better pick for most people thanks to its bigger battery (10,090 mAh vs 5,000 mAh) and bigger screen (12.4" vs 6.9"). BeastScore: Galaxy S20 Ultra 86.7/100, Samsung Galaxy Tab S9 FE+ 87.4/100.
What are the main battery and display differences between Galaxy S20 Ultra and Samsung Galaxy Tab S9 FE+?
Galaxy S20 Ultra has a 6.9-inch display and 5000 mAh battery. Samsung Galaxy Tab S9 FE+ has a 12.4-inch display and 10090 mAh battery.
How do Galaxy S20 Ultra and Samsung Galaxy Tab S9 FE+ compare for speed?
Galaxy S20 Ultra scores 90/100 for performance; Samsung Galaxy Tab S9 FE+ scores 86/100.
Similar Smartphones
More Smartphones comparisons
Galaxy S20 Ultra vs Samsung Galaxy Tab S10 FE+
Samsung Galaxy Tab S9 FE+ vs Samsung Galaxy Tab S10 FE+
Galaxy S20 Ultra vs Apple iPad Air 11 5G (2026)
Samsung Galaxy Tab S9 FE+ vs Apple iPad Air 11 5G (2026)
Galaxy S20 Ultra vs Pixel 10 Pro XL
Samsung Galaxy Tab S9 FE+ vs Pixel 10 Pro XL
Galaxy S20 Ultra vs OnePlus Ace 6 Ultra 5G
Samsung Galaxy Tab S9 FE+ vs OnePlus Ace 6 Ultra 5G
Gear for the Samsung Galaxy Tab S9 FE+
All Amazon Finds →Related articles
All articles →
Copilot+ PC Silicon Deep DiveIntel Lunar Lake (Core Ultra 200V) vs. AMD Strix Point (Ryzen AI 300) vs. Qualcomm Snapdragon X Elite: The Definitive Copilot+ PC Silicon Architecture, Battery Life, NPU, and x86 vs. ARM Benchmark Showdown (2026)
An exhaustive 3-way architectural breakdown pitting Intel's Memory-on-Package Lunar Lake (Core Ultra 7 258V / 288V), AMD's Zen 5 / RDNA 3.5 Strix Point (Ryzen AI 9 HX 370), and Qualcomm's ARM Oryon Snapdragon X Elite against each other across IPC, multi-threaded efficiency, gaming FPS, local NPU TOPS, and real-world 20+ hour battery life.
Read →
Flagship ShowdownSamsung Galaxy Z Fold6 vs. Google Pixel 9 Pro Fold vs. Honor Magic V3 vs. OnePlus Open: The Definitive Flagship Foldable Architecture, Hinge Engineering, Crease-Free Displays, and Camera Benchmark Showdown (2026)
An exhaustive microarchitectural breakdown, hinge mechanism durability, crease analysis, dual-screen multitasking benchmarks, and periscope camera shootout across the 4 premier book-style foldables of 2026.
Read →
Flagship Monitor ShootoutSamsung Odyssey Neo G9 57" vs. Odyssey OLED G9 49" vs. ASUS ROG Swift PG49WCD vs. LG UltraGear 45GS96QB: The Definitive Flagship Super Ultrawide & Curved Gaming Monitor Architecture, Dual 4K 7680x2160 vs. Dual QHD QD-OLED, DisplayPort 2.1 Bandwidth (UHBR 13.5/20), 240Hz Refresh Rates, 2,392 Mini-LED Local Dimming Zones vs. Infinite Contrast OLED, KVM Multitasking, and GPU Driveability Shootout (2026)
A comprehensive architectural shootout of the world's most advanced curved super ultrawide monitors. We compare Samsung's 57-inch Dual 4K Quantum Mini-LED titan against 49-inch Gen 2 QD-OLEDs and LG's 45-inch 800R curved WOLED across DisplayPort 2.1 bandwidth tunneling, 240Hz motion clarity, text rendering subpixel matrices, multi-window KVM workflows, and GPU horsepower requirements.
Read →





