INIU
"Don't miss this deal!" INIU's 30W Fast Charger 2-Pack gets a massive 31% discount on Amazon!
Amazon商品名: INIU for iPad Air Pro Charger, 30W 2-Pack iPad Charger Fast Charging with USB C to C Cable Cord, Compact Foldable Cargador for iPad Pro 13 12.9 11, iPad Air 11 M3, iPhone 17 16 Pro Max, MacBook Air M4
$15.282026-01-07 Amazon price
Buy on AmazonPower up your devices faster than ever! Amazon is offering a huge 31% off on the INIU 30W Fast Charger 2-Pack, perfect for all your charging needs.
Product Overview
This product is a 2-pack of INIU 30W USB-C wall chargers designed for fast charging of a wide range of modern devices. Utilizing GaN technology for enhanced safety and efficiency, these chargers can power up devices like the latest iPhones and MacBooks quickly. Each charger features dual ports, allowing for simultaneous charging of two devices, and boasts an ultra-compact, foldable design perfect for portability and travel. The package includes two 30W chargers and two 60W USB-C to USB-C cables.
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Key Recommendations
- Offers 30W fast charging for the latest iPhones and compatible MacBooks.
- Dual ports allow for charging two devices simultaneously.
- Ultra-compact and foldable plug design makes it ideal for travel.
- GaN technology ensures safe and efficient power delivery.
- Excellent value with a 2-pack that includes two USB-C cables.
- Backed by a 3-year warranty and lifetime technical support.
Points to Consider
- Ensure your device supports USB Power Delivery (PD) for optimal fast charging speeds.
- While compatible with many USB-C devices, verify specific power requirements for high-demand equipment.
- The 30W output per port may not be sufficient for charging power-hungry laptops that require more than 30W.
Recommended For
- Users of modern iPhones, iPads, and MacBooks seeking fast and convenient charging.
- Frequent travelers who require compact and powerful charging solutions.
- Individuals needing to charge multiple devices at once.
- Anyone looking for a reliable, safe, and value-packed USB-C charger.
Not Recommended For
- Users who need chargers with higher wattage capabilities for demanding laptops (e.g., gaming laptops, high-performance MacBook Pro models).
- Individuals requiring chargers with non-USB-C connectors like USB-A.
よくある質問（Q&A）
Q.What is the maximum charging speed for this charger?
A.This charger provides up to 30W of power per port, which is fast enough to charge the new iPhone 16 series to 71% in 30 minutes and is compatible with MacBook Air M4.
Q.What is the maximum charging speed for this charger?
A.This charger provides up to 30W of power per port, which is fast enough to charge the new iPhone 16 series to 71% in 30 minutes and is compatible with MacBook Air M4.
Q.Can I charge two devices at the same time?
A.Yes, the charger features dual ports, allowing you to charge two compatible devices simultaneously.
Q.Can I charge two devices at the same time?
A.Yes, the charger features dual ports, allowing you to charge two compatible devices simultaneously.
Q.What devices are compatible with this charger?
A.It is designed for devices like iPad Pro, iPad Air, iPhone 17/16 series, MacBook Air M4, and other USB-C devices that support USB Power Delivery (PD) charging.
Q.What devices are compatible with this charger?
A.It is designed for devices like iPad Pro, iPad Air, iPhone 17/16 series, MacBook Air M4, and other USB-C devices that support USB Power Delivery (PD) charging.
Q.What comes in the package?
A.Each pack includes two 30W INIU Wall Chargers and two 60W Fast Charging USB-C to USB-C cables, along with a user manual.
Q.What comes in the package?
A.Each pack includes two 30W INIU Wall Chargers and two 60W Fast Charging USB-C to USB-C cables, along with a user manual.
Q.What is GaN technology?
A.GaN (Gallium Nitride) is an advanced semiconductor material that allows for smaller, more efficient, and safer chargers compared to traditional silicon-based chargers, minimizing risks like overcharging and overheating.
Q.What is GaN technology?
A.GaN (Gallium Nitride) is an advanced semiconductor material that allows for smaller, more efficient, and safer chargers compared to traditional silicon-based chargers, minimizing risks like overcharging and overheating.
