Keep your devices powered on the go with the Belkin BOOSTCHARGE 37W Dual Port PPS Car Charger. It boasts a 25W USB-C Port & 12W USB-A Port, both of which support simultaneous fast charging for all PD-Enabled devices. This 37-watt charger is equipped with PPS technology, which allows for optimized charging with compatible devices by dynamically negotiating the best charging voltage. It’s packed with the latest USB-C Power Delivery 3.0 and PPS technologies, working together to safely deliver the ideal amount of fast power to the device it’s connected to, up to 20W for an iPhone 14 Pro and 25W for a Galaxy S23 Ultra. Optimized to charge all USB-A or USB-C compatible devices faster than a standard 5w Charger. Compatible with Apple iPhone 14, 13, 13 Pro, 13 Pro Max, iPhone 12 Pro Max, iPhone 12 Pro, iPhone 12, iPhone 12 mini, iPhone XR, iPhone XS Max, iPhone XS, iPhone X, iPhone 8 Plus, iPhone 8, HTC U12+, Galaxy S23, S23 Ultra, S23+, Galaxy S22 Ultra, Galaxy S10+, Galaxy S10, Google Pixel 7 Pro, Google Pixel 7, iPad Pro (12.9") 2nd Gen, iPad Pro (10.5"), Huawei Mate 20, Huawei Mate 20 Pro, Huawei P30/P30 Pro, Sony Xperia Series.OPTIMIZED FOR MOST DEVICES: This Belkin 37W car charger is optimized for iPhone, Samsung, and more, giving you a one-charger solution for a variety of devices. USER FRIENDLY & TRAVEL READY: Our Belkin Car Charger is designed with durability in mind, able to fit in any standard vehicle power socket. The LED indicator on top lets you know when this charger is connected to a power source. USB-C PD 3.0 CERTIFIED: This Samsung and iphone charger is USB-C PD 3.0 certified, meaning it can deliver a fast and safe charge to your compatible device. MULTIPLE CHARGING PORTS: This 37W charger features one 25W USB-C port and one 12W USB A Ports, both of which support simultaneous fast charging for multiple devices. FAST CHARGING TECHNOLOGY: This 37W usb c call charger allows you to fast charge an iPhone 14 or a Galaxy S23 Ultra from 0-50% in 25 minutes. It uses PPS technology to dynamically adjust the output voltage based on the device it's connected to.