The launch event took place in Ho Chi Minh City along with a series of realme P4 Power experience and practical evaluation activities.
The realme P4 Power launch milestone marks breakthrough upgrades that put users at the center of realme. For the first time in Vietnam, battery technology exceeding 10,000mAh is commercialized in the segment, thereby significantly expanding usage time and improving flexibility in daily experiences, especially for high-intensity usage needs.
Realme P4 Power owns a 10001 mAh battery - a capacity almost double compared to most smartphones in the same price range today. Realme P4 Power can accompany users for 11.7 hours playing MOBA games like PUBG, 32.5 hours watching Youtube, 185.7 hours listening to Spotify.
In particular, even when the battery is out of 1%, the super battery saving mode activated on the P4 Power realme is still enough for users to make emergency calls for up to 44 minutes or open the direction map for another 14 minutes.
Convenient Reverse Charging feature up to 27W, helping users to use it as a backup battery to fully charge other devices. The product can charge VOOC quickly up to 80W, helping to fully charge 50% of the battery in just 36 minutes.
Despite possessing a supercapacity super battery, the product still has a design with a thickness of only 9.08mm and a weight of only 219gr, optimized by new generation silicon-carbon battery technology combined with C Pack and F Pack protection systems.
The heart of the device is the new generation Dimensity 7400 Ultra processor, built on a 4nm process with an 8-core structure, bringing high performance and superior power optimization capabilities. Thanks to integrating AI at the platform level, this chipset smoothly handles heavy tasks such as gaming, 4K video recording or continuous multitasking, while effectively controlling the temperature throughout use.
With realme P4 Power, AI is integrated to optimize practical tasks such as performance management, energy saving, image processing and entertainment support, helping the device operate smoothly and more suitable for the continuous usage needs of users.
