Infinix has officially announced that it will unveil its highly anticipated Infinix Note 40 Series on April, marking an exciting milestone for the brand. In a recent update, the company revealed that select models within the lineup will feature a dedicated Cheetah X1 chip, specially designed to manage charging processes with precision and efficiency.
The Cheetah X1 chip will introduce Infinix’s innovative All-Round FastCharge 2.0 technology, boasting impressive charging capabilities. While reports suggest that this technology can achieve remarkable speeds of up to 260W wired and 110W wireless charging, Infinix’s announcement clarified that the X1 chip will currently support rates of up to 100W in the initial devices.
One of the key highlights of the Infinix Cheetah X1 chip is its ability to optimize charging rates while safeguarding the battery’s health. Through real-time monitoring, the chip ensures a delicate balance between charging speed and temperature, thereby prolonging the lifespan of the battery.
Furthermore, the platform offers eight distinct charging scenarios tailored for various scenarios, including wired, wireless, and reverse wired and reverse wireless charging. This comprehensive approach includes specialized battery management protocols for overnight charging and extreme temperature conditions.
To uphold user safety, Infinix has implemented a robust 63-level safety shield within the Cheetah X1 chip. This advanced module provides automatic intervention and user alerts to mitigate potential risks, ensuring peace of mind for consumers. Additionally, the company has managed to condense the Cheetah X1 chip into an impressively compact form factor, enabling faster processing, enhanced performance, and a more lightweight and comfortable user experience.
As anticipation builds for the launch of the Infinix Note 40 Series, enthusiasts can look forward to experiencing the cutting-edge technology and innovative features offered by Infinix’s latest devices. Stay tuned for further updates as the unveiling event approaches.
Published on 04/1/24 4:16 | by Rawa John