Swissten MagPuck Qi2 Wireless Charger 1.5m (MagSafe compatible)

The SWISSTEN MagPuck wireless charger with Qi2 support is the ideal solution for users of iPhones, Samsung devices, and other Qi2-compatible smartphones. With up to 15W output, it provides fast, efficient, and safe charging with minimal energy loss. Premium materials and a compact design ensure durability and a sleek look.

Qi2 Wireless Charging up to 15W
The new Qi2 standard delivers faster, safer, and more efficient wireless charging than the previous generation. Android smartphones and iPhones with MagSafe support can be charged at up to 15W – wirelessly, quickly, and reliably. Charging remains stable even during movement and is gentle on your device’s battery.

Supports iPhone and Android
Compatible with iPhone 12 and newer, Samsung S23/S24/S25 series, and other Qi2-enabled devices. Also supports wireless charging of AirPods, including Pro (1st and 2nd gen.).

Compact Size and Premium Build
Crafted from aluminum and soft silicone rubber, it offers a pleasant feel, excellent heat dissipation, and long-lasting durability. With only 7 mm thickness and a 59 mm diameter, it fits easily anywhere.

Smart Features and Protection
MagPuck includes Foreign Object Detection (FOD), overheat, overvoltage, and short-circuit protection. It automatically detects connected devices and optimizes the charging process.

Technical Specifications
Charging standard: Qi2
Compatibility: iPhone 12 and newer, Samsung S23–S25, other Qi2-enabled devices
Material: Aluminum + silicone rubber
Dimensions: 59 × 7 mm
Weight: 62 g
Included cable: USB-C, 1.5 m braided nylon

Input: USB-C: 5V 3A, 9V 2.22A / Max. 20W

Output: 5W / 7.5W / 10W / 15W
Charging efficiency: Max. 83%
Frequency: 128–360 kHz
iPhone charging power: up to 15W (Qi2)

TWS Output
5V DC 1A / Max. 5W
Supported AirPods: Pro (1st & 2nd gen.), AirPods 1st–4th gen.

Safety & Smart Features:
Foreign Object Detection (FOD): Yes
Overheat protection: Yes
Overvoltage protection: Yes
Short-circuit protection: Yes
Smart device detection: Yes