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Credit: phonebunch
Xiaomi may bring a phone with a 7500mAh battery, offering 100W fast charging speed. In today's changing times, most people prefer phones with fast charging. Previously, Xiaomi users had access to phones with only 5000mAh batteries, but now the company is offering a solution for its customers by potentially providing up to 7500mAh batteries in their smartphones. Testing is already underway. Let's dive into the details.
A phone with a 7500mAh battery may be launched:
Xiaomi may offer up to 7500mAh batteries in its mobiles, according to the latest update from tipster Digital Chat Station.
Redmi Note 14 3C certified in China, reveals upgraded fast charging
The company is reportedly testing phones with 5500mAh, 6000mAh, 6500mAh, 7000mAh, and even 7500mAh batteries, with 100W or 120W fast charging.
If the testing is successful, we might see smartphones with up to 7500mAh batteries from the brand in the near future.
Currently, the Redmi K70 Ultra launched in China comes with a 5500mAh battery.
The Indian model Redmi Note 13 Pro Plus offers a 5000mAh battery with 120W fast charging.
See the table for battery and charging time details:
| Battery | Fast Charging | Charging Time |
|---|---|---|
| 5000mAh | 120W | 18 minutes |
| 5500mAh | 100W | 34 minutes |
| 6000mAh | 120W | 30 minutes |
| 6500mAh | 100W | 49 minutes |
| 7000mAh | 120W | 40 minutes |
| 7500mAh | 100W | 63 minutes |
How long will it take to charge a 7500mAh battery?
According to the report, the 7500mAh battery could be fully charged in approximately 63 minutes with 100W fast charging.
Tests with a 7000mAh battery and 120W fast charging showed that the device could achieve a full charge in 40 minutes.
Testing a 6500mAh battery with 100W fast charging support showed that the phone could be fully charged in 49 minutes.
For the 6000mAh battery, tested with 120W fast charging, it was reported that the battery could be fully charged in 30 minutes.
Currently, the company is continuing this type of testing. It remains to be seen what results will emerge in the future.
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