Highlights
- Redmi K100 Pro confirmed with 8,580mAh silicon‑carbon battery, 100W wired/50W wireless charging and reverse charging support.
- It features a 200MP primary sensor and 10cm telephoto macro camera, matching earlier leaks on high‑resolution and close‑up photography.
- Other Specs – Snapdragon 8 Elite Gen 5 V‑series chip, AI gaming display chip, 6.59″ OLED with M11 material and 185Hz refresh rate.
Redmi has officially confirmed several key specifications of the upcoming Redmi K100 Pro ahead of its August 11 launch in China. Through new teaser posters, the company has revealed the phone’s battery, charging and camera details. Redmi has also disclosed the battery capacity of the Redmi K100 Pro Max, giving users a better look at what to expect from the flagship K100 series. Meanwhile, leaked images of both Pro and Pro Max from the front have surfaced online giving a clearer picture of the displays.
Redmi K100 Pro and K100 Pro Max Front Look Revealed
A tipster on X, with the account @TECHINFOSOCIALS, has shared the front look of both the Pro and Pro Max models of the Redmi K100 series. The tipster suggests that the Redmi K100 Pro at 6.59 inches could be the perfect display size for most smartphone users.
As for Pro Max, Redmi has already confirmed officially that it will feature a 6.9-inch display. It was confirmed that the panel will offer a 2K resolution, a 185Hz refresh rate and use M11 AMOLED luminescent material. The display also claimed to be capable of peak brightness of up to 4,500 nits.
Redmi K100 Pro & K100 Pro Max from the Front.
For most people, The Size of K100 Pro at 6.59-inch is Perfect I would say. pic.twitter.com/qfUW9UZX94
— TECH INFO (@TECHINFOSOCIALS) August 4, 2026
Redmi K100 Pro Battery and Charging Details (Confirmed)
The Redmi K100 Pro is confirmed to pack a massive 8,580mAh battery. Redmi says the phone uses a 26 percent silicon-carbon battery with an impressive 945Wh/L energy density, which is designed to offer higher battery capacity while maintaining a slim form factor.
The company has also confirmed support for 100W wired fast charging and 50W wireless charging. In addition, the phone will offer 27W wired reverse charging and 22.5W wireless reverse charging, allowing users to charge compatible accessories and other devices.
Meanwhile, Redmi has revealed that the Redmi K100 Pro Max will feature an even larger 9,070mAh battery, making it one of the biggest batteries seen in a flagship smartphone.
Redmi K100 Pro Camera Officially Revealed
On the camera front, Redmi has confirmed that the K100 Pro will feature a 200-megapixel primary rear camera. The smartphone will also include a 10cm telephoto macro camera, enabling users to capture close-up shots with greater detail.
Interestingly, these camera specifications match earlier leaks, which had suggested that the Redmi K100 Pro would arrive with a 200-megapixel main sensor and telephoto macro photography support.
Redmi K100 Pro Series – What Else We Know?
Redmi has been steadily teasing the design of the K100 series ahead of its official debut. The company recently showcased the Cabernet Red colour option of the Redmi K100 Pro Max. It also introduced a new Glowing Firefly Edition for the Redmi K100 Pro, giving fans another look at the upcoming flagship’s design.
Ahead of the latest announcement, Redmi had already confirmed several flagship specifications of the K100 Pro. The smartphone will be powered by the Snapdragon 8 Elite Gen 5 V-series chipset paired with an AI gaming display chip. According to the company, the device has achieved an impressive AnTuTu V11 benchmark score of 4.095 million, highlighting its flagship-level performance.
The Redmi K100 Pro is also confirmed to feature a 6.59-inch flat OLED display built using the company’s new M11 light-emitting material.
The display uses Redmi’s Super Pixel full RGB sub-pixel architecture and supports a 185Hz refresh rate, 4,800Hz instant touch sampling rate, and up to 4,500 nits peak brightness. Redmi claims the new M11 green light-emitting material improves luminous efficiency by 20 percent compared to the previous generation.
