621 Powercore 5000mAh 12W Lightning Power Bank MFI A1645
✔️Works with All iPhone 14/13/12 series and previous models
✔️12W Fast Charging: Power your device quickly and efficiently with the 12W output, so you'll be up and running in no time.
✔️MFi Certified: The power bank is made specifically for Apple devices like iPhones, iPads, and iPods trust it to work safely and effectively with your devices.
✔️The Ultimate Power Boost: Get up to 20 hours of additional video playtime for your iPhone 14 Pro Max with a 5,000mAh capacity enough to keep you entertained for an entire journey.
✔️Unfold. Charge. Go Further.
✔️Compact Design and Pocket-Sized Power: In addition to its compact and scratch-free portable design, the power bank also features a built-in Lightning connector that can be folded away when not in use.
✔️Made for Your Apple Devices: You can trust the power bank to work safely and effectively with your Apple devices, thanks to its MFi certification.
✔️Charge with Confidence: ActiveShield safety system features advanced temperature monitoring and power output control to help protect your device while it's fast charging.
✔️ What You Get: Anker 621 Power Bank (Built-In Lightning Connector, 12W), 1.9 ft (60 cm) USB-A to USB-C cable
Specs:
Model Number: A1645
Cell Capacity: 5000mAh
Weight: 98.5g
Dimension: 7.7 x 3.68 x 2.5 cm
Input:
USB-C: 15W Max (5V=3A)
Output:
Lightning: 12W Max (5V=2.4A)
Total Output= 12W Max
Note:
- Use the Lightning port to charge an iPhone and the USB C port to recharge the power bank.
- Please note that simultaneous charging and recharging are not supported.
- To ensure a stable connection, we recommend holding your phone while charging as the Lightning port is foldable.
- Not compatible with phone cases thicker than 0.19 in (4.9 mm), such as OtterBox defender cases.
- Due to the foldable design of the lightning connector, we suggest holding both the phone and power bank while charging.
NOTE: The real capacity of a power bank with a 5,000 mAh battery ranges between 3,000 and 3,330 mAh. This is because of voltage conversion and power loss.
