Xiaomi has officially announced that it will be launching the 13 Ultra 5G globally in April 2023. The exact launch date of the top-end flagship has not yet been disclosed by the company. However, a recent leak suggests that the launch date has been leaked online, revealing that the 13 Ultra will be launched in the third week of April. This will mark the global debut of the phone.
Xiaomi has confirmed that it will be launching its new flagship smartphone, the 13 Ultra 5G, worldwide in April 2023. However, an accidental listing by an online retailer in China may have just revealed the launch date for the Chinese market: April 18, 2023.
While the listing did not explicitly mention the Xiaomi 13 Ultra, it's highly likely that this will be the phone in question. Xiaomi has already confirmed that the 13 Ultra will feature a Leica-tuned camera system, similar to the 12S Ultra and the 13 series. But what else do we know about this highly-anticipated smartphone?
While the listing did not explicitly mention the Xiaomi 13 Ultra, it's highly likely that this will be the phone in question. Xiaomi has already confirmed that the 13 Ultra will feature a Leica-tuned camera system, similar to the 12S Ultra and the 13 series. But what else do we know about this highly-anticipated smartphone?
It is expected to feature the top-end Qualcomm Snapdragon 8 Gen 2 SoC, which will provide powerful processing capabilities. Along with that, the phone will have up to 16GB of RAM and up to 512GB of storage, which will offer ample space to store files and run multiple apps simultaneously.
The phone will have a large 6.7-inch AMOLED display with a 2K resolution. The display will be curved towards the edges, providing an immersive viewing experience. Additionally, the screen will have a hole-punch cutout at the top for the front camera, which will not obstruct the display. The LTPO panel will allow for a refresh rate of between 1Hz and 120Hz, making it a smooth and fluid display.
The Xiaomi 13 Ultra will have a powerful 4900mAh battery under the hood, which will provide long-lasting battery life. It will also support up to 90W wired fast charging and 50W wireless charging, allowing users to quickly charge their phone on-the-go.
The highlight feature of the phone is undoubtedly its camera system. It is rumored to have a quad-camera setup on the back, featuring a giant circular camera module with a 1-inch 50MP Sony IMX989 main camera sensor. The camera will be accompanied by three more 50MP sensors, including one for ultra-wide shooting and two for telephoto zoom shots. Additionally, the phone is tipped to offer a periscope lens. For selfies, the phone will come with a 32MP front camera sensor.
The Xiaomi 13 Ultra will run Android 13 out of the box and have a layer of MIUI 14 on top, providing a smooth and user-friendly interface.
The phone will have a large 6.7-inch AMOLED display with a 2K resolution. The display will be curved towards the edges, providing an immersive viewing experience. Additionally, the screen will have a hole-punch cutout at the top for the front camera, which will not obstruct the display. The LTPO panel will allow for a refresh rate of between 1Hz and 120Hz, making it a smooth and fluid display.
The Xiaomi 13 Ultra will have a powerful 4900mAh battery under the hood, which will provide long-lasting battery life. It will also support up to 90W wired fast charging and 50W wireless charging, allowing users to quickly charge their phone on-the-go.
The highlight feature of the phone is undoubtedly its camera system. It is rumored to have a quad-camera setup on the back, featuring a giant circular camera module with a 1-inch 50MP Sony IMX989 main camera sensor. The camera will be accompanied by three more 50MP sensors, including one for ultra-wide shooting and two for telephoto zoom shots. Additionally, the phone is tipped to offer a periscope lens. For selfies, the phone will come with a 32MP front camera sensor.
The Xiaomi 13 Ultra will run Android 13 out of the box and have a layer of MIUI 14 on top, providing a smooth and user-friendly interface.
Author
-Anurag