Fast charging for laptops, smartphones, and smaller devices
The Xiaomi Mi 50W Powerbank with a Type-C port is ideal for quickly charging high-performance electronic devices, including the latest MacBook Pro, Mi notebooks, and Nintendo Switch devices. The Xiaomi power bank is the perfect solution for everyday charging needs.
Main features of Mi 50W Power Bank 20000mAh
Main features of Mi 50W Power Bank 20000mAh
Main features of Mi 50W Power Bank 20000mAh
- Simple and fast charging for laptops
- Suitable for charging 3 devices simultaneously
- High capacity of 20000 mAh
- 50W USB-C charging
- Low current charging for small devices
- Charges the Xiaomi Mi 11 to 100% in 44 minutes with 50W charging
Charges the Xiaomi Mi 11 to 100% in 44 minutes with 50W MAX super fast charging
The Xiaomi Mi 11 has a large battery with a capacity of 4600 mAh. The Xiaomi power bank charges the Mi 11 to 100% in approximately 44 minutes with 50W high-performance fast charging.
Can charge three devices at the same time
The Mi 50W Powerbank allows for simultaneous charging of three devices with one Type-C and two USB-A ports. Only the Type-C port can handle the high power consumption of devices such as Mi notebooks and MacBooks.
Easy to use low current charging
The USB-A ports are capable of charging low current devices such as Bluetooth headphones and Mi smart bands. The Mi 50W Powerbank provides a safe solution for everyday charging of small devices.
Don't waste time charging the power bank, the Type-C port supports bi-directional fast charging
Combined with the included cable, which supports up to 5A high current, the power bank can be charged to 100% in 4 hours.
Enhanced touch through improved design and construction
The Mi Power Bank 50W 20000 mAh casing has a smooth touch. Thanks to the glossy finish applied on both the top and bottom, the power bank shines like precious jade.
Increased safety with high-quality ICs
The power bank features high-precision sensors and advanced integrated circuits for greater safety, higher processing speed, and stability of discharge voltage.
