INIU has announced the launch of the SnapGo Air 10000mAh, a compact magnetic power bank that integrates the latest Qi2.2 wireless charging standard with high-speed USB-C output. Designed for iPhone 12-17 series and other USB-C devices, the product combines wireless magnetic charging, wired fast charging, and a travel-ready form factor in a single unit.
The SnapGo Air 10000mAh is positioned as a multi-purpose charging solution for daily mobile use as well as international travel scenarios, where size, capacity limits, and device compatibility are key considerations.
The device supports up to 25W wireless output under the Qi2.2 standard, representing an incremental improvement in wireless charging efficiency compared to earlier Qi-based implementations. Qi2.2 introduces enhanced magnetic alignment and improved energy transfer consistency, particularly when paired with devices designed for magnetic attachment.
The SnapGo Air integrates a built-in magnetic ring structure that enables automatic alignment with supported smartphones. This reduces the impact of coil misalignment, which is a common factor affecting wireless charging efficiency and thermal performance. The magnetic attachment system is designed to remain secure during common usage scenarios such as handheld operation, messaging, or light movement.
In addition to Qi2.2 compatibility, the SnapGo Air maintains backward compatibility with standard Qi-enabled devices, functioning as a universal magnetic phone charger with adaptive power output based on device capability.
The SnapGo Air is equipped with a 10,000mAh battery, a capacity that balances usable energy with portability. This capacity typically allows for 2-3 times smartphone charges depending on device specifications, while complying with carry-on regulations for lithium battery products set by most airlines in North America and Europe. The device measures approximately 13.8mm in thickness, enabling it to remain attached to a smartphone during wireless charging without significantly affecting ergonomics.
A side-facing digital display provides real-time battery percentage and charging status, allowing users to monitor remaining capacity and charging activity with greater precision compared to traditional LED indicators.
Beyond wireless charging, the SnapGo Air incorporates two USB-C ports to support wired charging. Each port is capable of delivering up to 45W output, enabling compatibility with a range of devices including smartphones, tablets, and handheld gaming devices. The availability of dual ports allows for simultaneous wired charging, while the system dynamically distributes power depending on the number of connected devices and overall load requirements.
The SnapGo Air also supports up to 27W input via USB-C, enabling relatively fast recharging of the power bank itself. Under optimal charging conditions, the device can be recharged in under two hours. An integrated USB-C cable is included as part of the design, serving both as a charging cable and as a functional strap.
To support stable operation during extended charging sessions, the SnapGo Air incorporates a multi-layer safety architecture, including protection against overcurrent, overvoltage, short circuit, and overcharging conditions. The device also features a temperature monitoring system that continuously tracks internal and surface conditions during operation, dynamically adjusting output based on thermal readings to maintain safe operating temperatures.
Thermal efficiency is particularly relevant for wireless charging applications, where energy loss can result in heat generation. The improved alignment provided by the magnetic system, combined with system-level temperature management, contributes to more consistent performance over time.
The combination of magnetic wireless charging and high-speed USB-C output makes the SnapGo Air adaptable to a range of usage environments, including commuting, remote work, and travel. For mobile users, the magnetic attachment system simplifies charging during use, eliminating the need for cables when interacting with the device. For travel scenarios, the compact design and compliant battery capacity support easy integration into carry-on setups.
