Xiaomi has been expanding its smart accessories portfolio in India this year and recently debuted the Xiaomi Power Bank 5i 20,000mAh 67W in India. Next, the brand is bringing two Qi 2.2-certified magnetic power banks to India: the Xiaomi UltraThin Magnetic Power Bank 5,000mAh and the Xiaomi Magnetic Power Bank 10,000mAh 45W.
The official Xiaomi India X handle has confirmed September 8, 2026, as the launch date for the Xiaomi UltraThin Magnetic Power Bank 5,000mAh and the Xiaomi Magnetic Power Bank 10,000mAh 45W in India.
The teaser image confirms that the Xiaomi UltraThin Magnetic Power Bank 5,000mAh will come with Qi2 15W magnetic charging support. Meanwhile, the Xiaomi Magnetic Power Bank 10,000mAh 45W will come with Qi 2.2 25W magnetic wireless charging.
Xiaomi has used the iPhone 17 Pro Max and the Xiaomi 17 Ultra as compatible models for the power banks. This will make the Xiaomi Magnetic Power Bank 10,000mAh 45W the first-ever Xiaomi power bank in India to support Qi 2.2 25W wireless charging.
Image Credit: Xiaomi
Image Credit: Xiaomi
The Xiaomi UltraThin Magnetic Power Bank 5,000mAh is the slim one, and it first launched globally in February 2026. The power bank measures just 6mm in thickness and weighs a mere 98 grams. Xiaomi is using a dense silicon-carbon battery to achieve this level of thickness while still packing 5,000mAh.
However, do note that the power bank offers a rated capacity of just 3,000mAh at 5V. As mentioned before, the power bank will support 15W Qi2 magnetic wireless charging and brings 22.5W wired charging speed via USB-C.
Image Credit: Xiaomi
Image Credit: Xiaomi
The second model is the Xiaomi Magnetic Power Bank 10000 45W, which offers a 10,000mAh capacity and 45W wired charging speed. However, its key USP is the fact that it can support Qi 2.2 25W magnetic wireless charging.
The power bank comes with an integrated USB-C cable which also doubles as a lanyard. Thermal management is handled by a 4,369 mm² graphite heat dissipation sheet and a dual NTC temperature control system, with protections against overvoltage, overcurrent, short circuits, overcharging and foreign objects.
Related Articles
