The RedMagic GO 3-in-1 power bank promises a convenient and powerful charging solution, combining a power bank and a 65W charger in a sleek, attractive design. This review delves into the performance and practicality of this integrated device, examining its charging speeds, safety features, and overall user experience. We explore its advertised capabilities, including its 5000mAh capacity and support for various fast-charging protocols, and put it to the test in real-world scenarios.Our evaluation covers the unboxing experience, design, and build quality, alongside a detailed analysis of the charging capabilities and potential limitations. We assess both its performance as a standalone power bank and its effectiveness when used in conjunction with the included charger. Particular attention is given to the heat generated during fast charging and the overall user-friendliness of the device, considering both its strengths and weaknesses to provide a comprehensive overview for potential buyers.
Pros And Cons
- Beautiful design
- Includes a 65W charger and a 20W power bank (5000mAh)
- Features a display showing battery level
- Includes safety protections (overcharge, heat, current, short circuit, surge, over voltage, trickle)
- Supports mainstream charging protocols (PD 3.2 PPS, QC 3.2)
- Integrated cable
- A little heavy
- Power bank's 65W output claim is misleading; it only outputs 20W
- Double duty charging reduces charging speed to 15W
- Charging a power bank with another power bank can be tricky due to the dual in/out ports
- User manual lacks detailed information
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Unboxing and First Impressions
The RedMagic GO 3-in-1 power bank arrived in a sturdy, hard plastic bag, creating a premium unboxing experience. The packaging itself is aesthetically pleasing, featuring the signature RedMagic pattern. Initial impressions suggested a heavier-than-expected weight, likely due to its integrated charging capabilities.
Upon opening, the power bank itself is revealed. While the box felt heavy, the device itself is surprisingly manageable. The RedMagic design is attractive, and the overall build quality feels solid.
Specifications and Features
The RedMagic GO 3-in-1 power bank boasts a 5000mAh capacity and a maximum 65W charging output, though the reviewer clarifies this is for the charger itself, not the power bank's output. The device supports various fast-charging protocols, including PD 3.2, PPS, and QC 3.2. The power bank itself offers 20W input and output.
The power bank features dual USB-C ports, one for charging the power bank and the other for outputting power. A braided USB-C cable is included, with a magnetic connector for secure attachment. It also includes safety features such as overcharge, overheat, short-circuit, and over-voltage protection.
Charging Performance and Tests
Testing the power bank's charging capabilities proved tricky. Directly charging one power bank with another proved difficult due to the bidirectional nature of the ports. Using a dedicated charging cable and an Anker 140W charger facilitated the test, confirming a 20W output.
When used as a charger, the RedMagic GO power bank and charger combination could provide up to 65W, with a possible 45W output from the USB-C port and 20W from the included cable. Dual device charging dropped the output to 15W per device, making this a decent power solution but not ideal for high-wattage demands.
Temperature Test and Final Thoughts
A one-hour charging test using a 60W input resulted in a significant temperature increase of up to 73°C. This indicates the RedMagic power bank produces a considerable amount of heat during fast charging. The device reached 100% charge within the hour despite the high temperature.
Overall, the RedMagic GO 3-in-1 power bank is a well-designed and attractive device offering decent charging speeds. However, the significant heat generation during extended use and the lack of detailed information in the user manual are noteworthy drawbacks. While aesthetically pleasing, potential buyers should weigh these factors against the convenience of its integrated design.
