Samsung is all set to launch Galaxy A15 5G and Galaxy A25 5G on December 26 in India. The latest addition to Samsung’s immensely popular Galaxy A series will come with Super AMOLED display with Vision Booster technology that provides enhanced visibility against strong illumination in outdoor circumstances.
Galaxy A15 5G, the successor of India’s no.1 selling 5G smartphone Galaxy A14 5G, will showcase Samsung Galaxy’s #AwesomeIsForEveryone philosophy by providing a premium feel with its signature design language. Galaxy A15 5G will sport 50MP triple camera setup with VDIS to reduce blur or distortion in your videos from unsteady or shaky movements. Galaxy A15 5G will also come with higher storage and RAM variants to meet the evolving needs of MZ consumers.
Galaxy A25 5G will come with 120Hz Super AMOLED display with Vison Booster technology, ensuring immersive content viewing experience. Galaxy A25 5G will feature 50MP (OIS) triple camera setup to shoot high-resolution and shake-free photos and videos, eliminating blurred images caused by hand tremors or accidental shakes. Galaxy A25 5G will house several AI-enabled photo-editing features to reimagine your photographs with easy-to-use editing tools. It will be powered by a 5nm powerful processor for smooth performance and to unleash mainstream 5G connectivity’s true potential.
Both Galaxy A15 5G and Galaxy A25 5G will come with Knox Security platform, built at the chip level, ensuring users are in full control of their data with features like Auto Blocker, Secure Folder, Privacy Dashboard, Samsung Passkey and others. Galaxy A15 5G and Galaxy A25 5G will also feature Knox Vault chipset, which provides tamper-resistant environment for data that matters most on a user’s device. Knox Vault physically isolates PINs, passwords, biometrics and security-critical keys away from the rest and stores them in the secure memory.
In addition to the awesome features, Galaxy A15 5G and Galaxy A25 5G have been designed to stay future-ready with enhanced security and OS upgrades as compared to previous generations.