Qi2 wireless charging is revolutionizing smartphones with faster speeds, magnetic alignment, and universal compatibility for both Android and iPhone. Learn how Qi2 compares to Qi and MagSafe, which devices support it, and what accessories are available as the new standard becomes mainstream in 2025.
Qi2 wireless charging is quickly becoming a standard feature in modern smartphones, offering enhanced speed and energy efficiency compared to older wireless charging technologies. Introduced in 2023, Qi2 is set to become mainstream throughout 2024 and 2025, with more devices and accessories supporting the new standard every month.
Qi2, developed by the Wireless Power Consortium (WPC), is the next-generation wireless charging standard that builds upon the foundation laid by classic Qi technology.
In essence, Qi2 unifies the best features of Apple MagSafe and traditional Qi charging, making wireless charging more efficient and user-friendly for everyone.
How does Qi2 compare to previous wireless charging standards? Here's a quick overview:
Feature | Qi | Qi2 | MagSafe |
---|---|---|---|
Power Output | 5-10W | Up to 15W | Up to 15W |
Magnets | ❌ No | ✅ Yes | ✅ Yes |
Compatibility | Android, iPhone (limited) | Android & iPhone (universal) | iPhone only |
Efficiency | Higher losses, overheating | Reduced losses, stable | High |
Qi2 combines the openness of Qi with the magnetic alignment of MagSafe, resulting in a universal, efficient, and reliable charging standard.
The main advantage: Qi2 provides more stable and efficient charging compared to older Qi versions.
Qi2 support is rapidly expanding across major smartphone brands:
In the coming years, Qi2 is set to become the standard for all flagship and many mid-range smartphones.
A growing range of Qi2 wireless chargers is now available, including:
Qi2 compatibility isn't limited to charging pads-car mounts, power banks, and even laptop chargers are now supporting the new standard.
Qi2 marks a new era in wireless charging technology, bringing users:
By 2025, Qi2 is already supported by many smartphones, and by 2026 it is expected to become the default standard for most mobile devices.