You deserve a better charger for you and your Apple devices
Missing a power adapter/charger for your latest Apple iPhone? Feel frustrated about taking several power adapters every time wanting to work from a cafe?
This overview will help you identify a USB-C power adapter for your new iPhone and other Apple products.
Here is the power overview Apple products require:
- Apple Watch: 5W
- Airpods: 5W
- iPhone (12, 13, 14 series or later) / iPad Air / Pro: 20W (Max 27W)
- MacBook Air: 30W
- MacBook Pro 13 inch (M1): 61W / 67W
- MacBook Pro 16 inch (2019): 96W
Innergie One For All adapter series is designed for all Apple devices, ranging from 30W to 60W+. Check out the below overview to find the most suitable One For All USB-C power adapter/charger for you:
- C3 Duo – 30W Dual USB-C Power Adapter
- 45H – 45W USB-C+USB-A Power Adapter
- C6 (60C Pro updated with GaN) – 60W Single Port USB-C Power Adapter
- C6 Duo – 63W Duo Port USB-C Power Adapter
Why Innergie One For All adapter is a better option for you?
- Smaller size than the same power Apple charger
- One more port than the same power Apple charger
- Smart & dynamic power allocation, so you charge without any fumble
- Greener manufacturing process: using 100% renewable electricity and Zero Waste Landfill (UL2799 certified)
A better charger deserves to be paired with better charging cables. Here are the charging cables with high durability and charging stability:
C-C 1.8m – USB-C to USB-C cable 1.8m 100W PD 5A E-Marker Fast Charging
Support charging and data transfer with the 5A E-Marker IC. Innergie C-C cable can deliver up to 100W power when both adapter and device support 100W charging. Passed 15,000+ bending test verified for long-lasting lifespan.
C-L 1.8m – USB-C to Lightning Cable 1.8m 3A Fast Charging
Certified by Apple MFi to have perfect compatibility with all Apple Lightning devices and passed 15,000+ bending test verified for long-lasting lifespan.
Innergie C-C and C-L cables use high-purity copper to ensure high power delivery efficiency and prevent voltage loss in delivery.