Realme P4 Lite 5G vs Samsung Galaxy M17e 5G: Which One Should You Buy?
Samsung Galaxy M17e 5G edges ahead with a BeastScore of 81.8/100 — but the right choice depends on what matters to you.
Samsung Galaxy M17e 5G wins 2 of 4 categories
Here's exactly where each phone is stronger.


Bigger shape = better phone.
Scores out of 100. "From specs" scores compare only the specs both phones list. How we score
- Speedfrom specsTie5454
- CameraNot enough data
- VideoNot enough data
- SelfieNot enough data
- BatterySamsung Galaxy M17e 5G6295
- Displayfrom specsTie6666
- ConnectivitySamsung Galaxy M17e 5G5565
- SecurityNot enough data
- ValueNot enough data
- Realme P4 Lite 5G has the bigger battery7,000 mAh vs 6,000 mAh
- Realme P4 Lite 5G has the bigger screen6.8" vs 6.7"
- Samsung Galaxy M17e 5G is lighter199 g vs 201 g
- Samsung Galaxy M17e 5G has newer Bluetooth5.3 vs 5.2
Why buy each phone
Swipe ⇄Samsung Galaxy M17e 5G wins — BeastScore 81.8/100
The Samsung Galaxy M17e 5G is the better pick for most people thanks to its lighter body (199 g vs 201 g) and newer Bluetooth (5.3 vs 5.2). The Realme P4 Lite 5G is worth a look if you prefer its bigger battery (7,000 mAh vs 6,000 mAh).
Larger battery: 7,000 mAh vs 6,000 mAh
Reliable all-round performance.
Common questions
Which is better: Realme P4 Lite 5G or Samsung Galaxy M17e 5G?
The Samsung Galaxy M17e 5G is the better pick for most people thanks to its lighter body (199 g vs 201 g) and newer Bluetooth (5.3 vs 5.2). The Realme P4 Lite 5G is worth a look if you prefer its bigger battery (7,000 mAh vs 6,000 mAh). BeastScore: Realme P4 Lite 5G 82.0/100, Samsung Galaxy M17e 5G 81.8/100.
What are the main battery and display differences between Realme P4 Lite 5G and Samsung Galaxy M17e 5G?
Realme P4 Lite 5G has a 6.8-inch display and 7000 mAh battery. Samsung Galaxy M17e 5G has a 6.7-inch display and 6000 mAh battery.
Similar Smartphones
More Smartphones comparisons
Realme P3 Lite 5G vs Realme P4 Lite 5G
realme P4s Lite vs Realme P4 Lite 5G
Realme P4s 5G vs Realme P4 Lite 5G
Realme P4R 5G vs Realme P4 Lite 5G
Realme P4x 5G vs Realme P4 Lite 5G
Realme P4 Lite 5G vs Realme P4 5G
Samsung Galaxy M17e 5G vs Samsung Galaxy M17 5G
Realme P4 Lite 5G vs Samsung Galaxy S26 FE 5G
Gear for the Samsung Galaxy M17e 5G
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 →





