VEVOR - 288W Dimmable LED Driver, 24V, Triac/ELV/MLV AC to DC Power Supply Transformer for LED Strip Light - Black

Supports PD 3.0, and QC 3+ fast-charge protocols. Works with MacBook Pro/Air, iPhone 17 series, Galaxy S25, iPad, and more. One high-power charger for all your tech today and tomorrow.

Keep your devices powered and their batteries protected with this powerful wall charger that prevents overcharge damage. The Staples® Single-Port USB-C Wall Charger includes innovative GaN technology to fully charge smartphones and tablets faster than standard chargers without the risk of overheating. With PPS (Programmable Power Supply) technology, this charger automatically changes the voltage and current required to finish charging a device to avoid fried batteries.

The Manhattan® 10-Port USB Charging Station keeps USB-powered devices — tablets, phones, cameras, Bluetooth® headphones, and portable game consoles — charged and ready to go. It plugs into any standard wall outlet and offers rapid charging, so it's ideal for home, school, and office use. To help with organization, 10 wide bays fit most devices in their cases, keeping the countertop clean and clutter-free. That means everything can charge in 1 place, without having lots of chargers plugged into a power strip or devices spread all over your desk. It also means you'll have some freed-up USB chargers to stow in a bag for when you need to charge devices away from home or the office. This charging station is ultra-powerful with 10 ports pumping out a total of 120 watts of power, which means simultaneous higher-powered multi-device charging. An adaptive smart chip detects and delivers the optimal charging current for connected devices. 3 USB-C® Power Delivery (PD 3.0) ports deliver up to 18 watts per port so newer iPhones, iPads, Samsung® Galaxy® Tabs and other PD devices can have full batteries in a short amount of time. The other 7 USB-A ports fast-charge devices with power up to 12 watts/2.4 amps per port. All ports feature smart, built-in safety measures to prevent short circuits, overvoltage, overcurrent, and overheating.