You’ve probably noticed a trend in recent years: USB-C power adapters are shrinking dramatically in size while simultaneously delivering more power than ever before. That tiny cube capable of charging your laptop likely relies on a key advancement in semiconductor…
The USB-C charger market is brimming with high-power options, boasting outputs of 100W, 140W, and even up to 240W thanks to the latest USB Power Delivery standards. The allure of faster charging and powering demanding devices is strong, but does…
Understanding USB Power Delivery (PD) is the magic behind fast and versatile charging over that ubiquitous USB-C port. It allows devices from tiny earbuds to powerful laptops to negotiate and receive optimal power from a compatible charger. However, the USB…
USB Type-C, commonly known as USB-C, is no longer just another port – it’s the ubiquitous connection standard found on virtually all modern laptops, smartphones, tablets, peripherals, and even gaming consoles. Its reversible connector, incredible versatility, and potential for high-speed…
Gallium Nitride (GaN) technology has transformed USB-C power adapters, making them significantly smaller, cooler, and more efficient than their old silicon counterparts. [If you’re unsure what GaN is, check out our guide: What is GaN Technology? Benefits…]. This means you…
You’ve embraced the convenience of USB-C, the one port to charge seemingly everything. But why does your phone charger barely keep your laptop alive, while your laptop charger juices up your phone in minutes? The answer lies in charger wattage…
