ASUS ROG Phone 9 vs vivo IQOO Pad5c: Which One Should You Buy?
vivo IQOO Pad5c edges ahead with a BeastScore of 90.1/100 — but the right choice depends on what matters to you.
vivo IQOO Pad5c wins 3 of 5 categories
Here's exactly where each phone is stronger.


Bigger shape = better phone.
Scores out of 100. How we score
- Speedvivo IQOO Pad5c9095
- CameraASUS ROG Phone 99180
- VideoNot enough data
- SelfieNot enough data
- Batteryvivo IQOO Pad5c9495
- DisplayASUS ROG Phone 910094
- ConnectivityNot enough data
- SecurityNot enough data
- Valuevivo IQOO Pad5c5585
- vivo IQOO Pad5c has the bigger battery10,000 mAh vs 5,800 mAh
- ASUS ROG Phone 9 has a smoother screen185 Hz vs 120 Hz
- vivo IQOO Pad5c has the bigger screen12.1" vs 6.78"
- ASUS ROG Phone 9 has the faster chipSnapdragon 8 Elite vs Snapdragon 8s Gen 3
Why buy each phone
Swipe ⇄vivo IQOO Pad5c wins — BeastScore 90.1/100
The vivo IQOO Pad5c is the better pick for most people thanks to its bigger battery (10,000 mAh vs 5,800 mAh) and bigger screen (12.1" vs 6.78"). The ASUS ROG Phone 9 is worth a look if you prefer its smoother screen (185 Hz vs 120 Hz).
Optical telephoto zoom (1 telephoto lens) · Smoother display: 185 Hz vs 120 Hz
Larger battery: 10,000 mAh vs 5,800 mAh · Larger display: 12.1" vs 6.78"
Common questions
Which is better: ASUS ROG Phone 9 or vivo IQOO Pad5c?
The vivo IQOO Pad5c is the better pick for most people thanks to its bigger battery (10,000 mAh vs 5,800 mAh) and bigger screen (12.1" vs 6.78"). The ASUS ROG Phone 9 is worth a look if you prefer its smoother screen (185 Hz vs 120 Hz). BeastScore: ASUS ROG Phone 9 89.5/100, vivo IQOO Pad5c 90.1/100.
What are the main battery and display differences between ASUS ROG Phone 9 and vivo IQOO Pad5c?
ASUS ROG Phone 9 has a 6.78-inch display and 5800 mAh battery. vivo IQOO Pad5c has a 12.1-inch display and 10000 mAh battery.
How do ASUS ROG Phone 9 and vivo IQOO Pad5c compare for speed?
ASUS ROG Phone 9 scores 90/100 for performance; vivo IQOO Pad5c scores 95/100.
Similar Smartphones
More Smartphones comparisons
ASUS ROG Phone 6 vs ASUS ROG Phone 9
ROG Phone 7 vs ASUS ROG Phone 9
ASUS ROG Phone 9 Pro vs ASUS ROG Phone 9
ASUS ROG Phone 9 vs Pixel 9 Pro XL
ASUS ROG Phone 9 vs iPhone 16 Pro Max
ASUS ROG Phone 9 vs Pixel 9 Pro
vivo IQOO Pad5 Pro vs vivo IQOO Pad5c
ASUS ROG Phone 9 vs Samsung Galaxy F70 Pro 5G
Gear for the vivo IQOO Pad5c
All Amazon Finds →Related articles
All articles →
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 →
Prosumer NAS Flagship ShootoutUGREEN NASync DXP4800 Plus vs. Synology DiskStation DS923+ vs. QNAP TS-464 vs. Asustor Lockerstor 4 Gen3 (AS6804T): The Definitive Flagship 4-Bay NAS Architecture, 10GbE Networking, Intel Core i5 vs. AMD Ryzen vs. Celeron Silicon, Plex 4K Hardware Transcoding, M.2 NVMe Storage Pools, and Private Cloud OS Showdown (2026)
We compared the four leading 4-bay prosumer NAS appliances across 10GbE multi-gig sequential throughput, Plex 4K HEVC/AV1 hardware transcoding, dual M.2 NVMe SSD storage pools, Docker container workloads, and OS security models. Here is the definitive data-driven benchmark breakdown.
Read →
Flagship WiFi 7 ShootoutTP-Link Deco BE85 vs. ASUS ROG Rapture GT-BE98 Pro vs. Netgear Orbi 970 vs. Amazon eero Max 7: The Definitive Flagship WiFi 7 Mesh & Gaming Router Architecture, 320MHz Channels, 4K-QAM, Multi-Link Operation (MLO), 10Gbps Multi-Gig WAN/LAN, Broadcom vs. Qualcomm Silicon, and Real-World Latency Showdown (2026)
An exhaustive architectural and benchmark breakdown of the top 4 flagship WiFi 7 networking systems—analyzing 320MHz channel bonding, Multi-Link Operation (MLO) aggregation, Broadcom BCM4916 vs. Qualcomm Networking Pro 1220/1620 processors, 10GbE backhaul throughput, and ultra-low jitter VR/gaming performance.
Read →





