A few months after launching two excellent tablets powered by Qualcomm silicon, Xiaomi has launched an even higher tier Pad 7 Ultra that is running on its in-house chipset, the XRing O1. Fabricated on ...

Xiaomi Pad 7 Pro was launched globally a couple of months ago and it has quickly become a go-to tablet for its flagship specs ...

Those are not the only upgrades compared to the Pad 7 Pro - the new S model also has a larger, faster charging battery and ...

The upcoming Xiaomi Pad 7 series will feature Snapdragon processors. Furthermore, both the Pad 7 and Pad 7 Pro will come with an 11.16-inch LCD display boasting a 144Hz refresh rate.

Xiaomi Pad 7 boasts a sleeker design with a slightly larger 11.2-inch display and a higher screen-to-body ratio (85.8%) compared to the Pad 6’s 11.0-inch screen (83.6%).

The original Xiaomi Pad 6 series came out in last year’s April. However, there seems to be a delay for the Pad 7 series. A renowned leaker on Weibo goes by the name Smart Pikachu has said that ...

On the other hand, the Xiaomi Pad 7 was announced with an 11.2-inch IPS LCD screen, which supports 3.2K resolution (3200 x 2136), a 144Hz refresh rate, and 800 nits of peak brightness.

The Xiaomi Pad 7 is expected to launch in India at a price point of around ₹26,999, positioning itself as a compelling option for budget-conscious buyers seeking premium features.

The Xiaomi Pad 7 is expected to feature an 11.2-inch LCD 3K screen with a 144Hz refresh rate and 800 nits of peak brightness, as well as HDR10 and Dolby Vision support, up from the Xiaomi Pad 6 ...

The standard Xiaomi Pad 7 with model number 2410CRP4CI has surfaced on Geekbench, where "I" stands for the "Indian Variant." The tablet has managed to score 1877 in a single-core test and 5106 in ...

Even as Android tablets feel more refined, particularly true for the affordable ones, Xiaomi’s approach is one that tries to ...

The Xiaomi Pad 7 will come with a 13MP rear shooter and an 8MP front camera. The Pro model boasts a 50MP rear and 32MP front camera, making the device suitable for high-quality images.