Anker Nano 5,000mAh Power Bank

Description

Snap-and-charge convenience in a pocketable size. The Anker Nano 5,000 mAh plugs directly into your phone with a fold-out USB-C connector, so there’s no cable to carry. It delivers up to 22.5W high-speed charging and includes an extra USB-C port for charging a second device or for recharging the bank itself.

Why it stands out

• • Plug-in design: Fold-out USB-C male connector attaches straight to your phone—even with most cases on—so you can keep texting and scrolling while you charge.

• • Fast charging up to 22.5W: Efficient power for modern USB-C phones and small tablets; intelligently adjusts output for each device.

• • Compact & light: Toss-and-go size that fits pockets and small bags; LED indicators show remaining power at a glance.

• • Extra USB-C port (in/out): Top up another device or quickly recharge the power bank via USB-C.

• • Eco-conscious build: Exterior uses post-consumer recycled plastic to help reduce manufacturing impact.

• • Anker safety suite: Temperature control, over-voltage, and short-circuit protection for reliable everyday use.

 

Capacity & real-world use

• • 5,000 mAh—typically enough for about ~79% on an iPhone 15, ~56% on iPhone 15 Pro Max, or ~60% on Galaxy S23 Ultra (from the product tests shown). Actual results vary with device, settings, and usage.

 

Ports & power

• • USB-C (fold-out, male): direct-plug charging

• • USB-C (female, I/O): device charging or bank recharging

• • Max output: up to 22.5W

• • Recharging: via USB-C (cable not always included; check your bundle)

 

What’s in the box

• • Anker Nano Power Bank 5,000 mAh

• • Quick Start Guide & Warranty

• • (Bundle contents may vary by seller; some include a USB-C cable.)

 

Notes:

• • Charging speed depends on your device’s supported USB-C/PD profile; not all phones will draw the full 22.5W.

• • Case compatibility: works with most slim/medium cases; very thick or recessed ports may require removing the case.

• • Usable capacity varies with conversion losses and usage patterns; expect ~10–20% variance in real-world runtime.