
The Icemobile Prime 4.0 Plus is a compact entry-level smartphone from 2015 with basic features, dual SIM support, a 2 MP rear camera, and a removable 1400 mAh battery. It runs Android 4.4.2 KitKat on a Mediatek MT6572 chipset, suitable for everyday communication and light use.
7/2/2026
The Icemobile Prime 4.0 Plus is an entry-level smartphone released in 2015 featuring a compact design and basic functions suitable for everyday communication needs. It comes with an IPS LCD display with a resolution of 480 x 800 pixels and a 5:3 ratio, providing a clear and comfortable viewing experience for light use such as browsing and social media.
In terms of performance, the Icemobile Prime 4.0 Plus is powered by a Mediatek MT6572 chipset paired with 512MB of RAM and 4GB of internal storage. Although the RAM and storage capacity are modest, the phone can still run the Android 4.4.2 KitKat operating system smoothly for basic apps and light multitasking.
For photography, this smartphone is equipped with a 2 MP rear camera suitable for simple documentation needs. A VGA front camera is also available for video calls or selfies with standard quality. While photo quality is not as sharp as modern smartphones, it is sufficient for daily documentation.
Regarding battery life, the Icemobile Prime 4.0 Plus uses a removable 1400 mAh Li-Ion battery. This capacity is adequate for daily use with standard activities such as calls, chatting, and light browsing without frequent recharging. Battery charging is done via a common microUSB 2.0 port.
Connectivity features include dual SIM GSM/HSPA, Wi-Fi 802.11 b/g/n, and GPS, supporting 2G and 3G networks that remain relevant for users needing a phone with basic communication and navigation functions. The phone is also easy to handle with dimensions of 125 x 64 x 10 mm.
Suitable for: users looking for a simple smartphone with a reasonably comfortable screen, dual SIM for dual communication, and a removable battery. Ideal for beginners or those who need a backup phone with basic functions without complex features.