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Samsung Unveils Galaxy Tab S12 Series: AI Power, S Pen, and Ultra-Thin Design
- •Samsung launched the Galaxy Tab S12 Ultra and S12+, featuring Galaxy AI, S Pen functionality, and a 3nm processor in an ultra-thin design.
- •The Tab S12 Ultra is the thinnest Galaxy Tab at 5.1mm, offering powerful performance and up to 23 hours of battery life, with 0-100% charging in 95 minutes using a 45W adapter.
- •Performance upgrades include a 3nm processor with up to 61% faster NPU, 19% faster CPU, and 17% improved GPU compared to the S11 Ultra, along with a redesigned 3D Vapor Chamber and IP68 water/dust resistance.
- •Both models feature Dynamic AMOLED 2X displays (14.6-inch for Ultra, 12.6-inch for Plus) with up to 1,600 nits peak brightness and upgraded 4-channel spatial audio.
- •Running Android 17 and One UI 9, the series includes Galaxy AI features, Multi Window, Samsung Notes, and pre-installed apps like Adobe Photoshop, with six months of Google AI Pro.
Key Questions Answered
The Samsung Galaxy Tab S12 series includes the Tab S12 Ultra and Tab S12+, featuring an ultra-thin 5.1 mm frame, IP68 water and dust resistance, and Dynamic AMOLED 2X displays with up to 1,600 nits peak brightness. Powered by a 3nm processor, the Ultra features a 14.6-inch screen while the S12+ has a 12.6-inch screen. Both devices run on Android 17 with One UI 9 and come with S Pen functionality.
The Galaxy Tab S12 series tablets will be available starting October 7 in select markets in Gray and Silver color options. Prices vary by configuration, with the Galaxy Tab S12+ starting at ₹1,29,999 for the 12GB + 256GB Wi-Fi model up to ₹1,64,999 for the 5G 512GB version, while the Galaxy Tab S12 Ultra ranges from ₹1,49,999 to ₹1,84,999.
The Galaxy Tab S12 Ultra features a 3nm processor delivering up to 61% faster NPU processing, 19% faster CPU performance, and 17% improved GPU performance compared to its predecessor. It includes Galaxy AI integration, six months of Google AI Pro access, Gemini Notebook, and a redesigned 3D Vapor Chamber for better heat dissipation.
