After the successful debut of Redmi K60 and K60 Pro, the Chinese tech giant is now planning to bring the Ultra model of the device, which is expected to be released in Q3 2023. Additionally, the Redmi K60 Ultra is also tipped to debut with a powerful processor.
According to the information of Wisdom Pikachu, the Redmi K60 Ultra, could feature a MediaTek Dimensity 9200 processor, for robust performance. Moving on, a 1.5k domestic screen is currently been testing with 144hz and 165hz refresh rates, which will be formally selected.
Furthermore, the device will be is equipped with a large battery, which supports 120w fast charging. Whereas, the standard and pro variants of the lineup are equipped with Qualcomm Snapdragon 8 Gen 2 processor, 120W fast charging, and 30W wireless charging.
Looking at the leaked specifications, we find nothing that could be said as an outright upgrade over the K50 Ultra. Therefore, the company may change the game anytime with the latest version of the processor, which is expected to debut in the coming months.
It is worth noting that MediaTek will launch the Dimensity 9200+ chip anytime, which is an upscaled version of the Dimensity 9200. Thus, Redmi K60 Ultra, as a model that will be launched in Q3 this year, could be equipped with Dimensity 9200+ chipset.
Follow our socials → Google News, Telegram
Mediatek Dimensity 9200+
The chip is based on TSMC’s 4nm process and consists of one Cortex-X3 super core, three Cortex-A715 cores and four Cortex-A510 small cores. The Dimensity 9200+ provides underlying support for 64-bit applications from the chip level, and its performance core fully supports pure 64-bit applications.
Simultaneously, in the future, 32-bit applications can only be locked to run on the A510 small core. Control from the bottom layer of the chip, thus forcing application developers to fully support 64-bit applications.
After fully promoting 64-bit applications, 64-bit data processing speed will be twice as fast as 32-bit, with faster operation, faster response, better memory scheduling, and mobile phones can better release performance and reduce power consumption.
