Plugable - 5-Pack 240W USB-C to USB-C Charging Cables with Data Blocking - Black

Charge Without Compromise The Plugable 240W USB C cable is engineered for pure charging performance and total peace of mind. With no data lines, it’s a genuine charge-only solution—ideal for security-conscious users who want to avoid juice jacking when charging in public spaces. Extreme Power, Built Right This C to C cable is a fast charging solution that supports up to 240W (48V/5A) Extended Power Range for high-demand laptops, tablets, and smartphones. An integrated E-Marker chip ensures flawless USB PD 3.1 compliance to deliver power safely and efficiently. Smart, Portable Design The 1m (3.3ft) length offers optimal reach without clutter. A built-in cable tag clearly identifies specs, while the included strap keeps your setup neat whether at your desk or on the go. Broad Device Support From gaming laptops to pro tablets, this fast charging cable works seamlessly with PD-compatible devices and chargers, making it a dependable choice for home, office, or travel use.

Features The Plugable USB-MC1 adapter turns any USB data port into a charge-only port for dedicated, safe charging. The adapter blocks juice jacking attacks from hackers. The USB-MC1 is smaller than a pack of chewing gum and will easily fit in your pocket, or with your other travel accessories. Perfect for on-the-go charging at airports, coffee shops, libraries, and more. USB Charging Information Most devices can't/won't charge from normal powered USB hubs if the computer is turned off or not connected. That includes most Android, Apple iOS, and Windows devices. The phone/tablet must negotiate how much power to pull; according to the original USB specification, devices are supposed to only draw 100mA at first and then negotiate up to 500mA. The Plugable USB data blocker uses a safe, IC-free design by adding a series of resistors in between the data lines to allow for up to 1A charging. This allows for charging communication, but no possibility of data transmission. Other USB data blockers that advertise higher charging rates likely include unfamiliar integrated circuits or chips which can introduce other security concerns. The Plugable design makes no compromises with a dedicated security focus. Whether you need a juice jacking data blocker or a fast charger for your Android/iPhone, our USB-MC1 gives you the power to charge your device with confidence and security!

The Plugable USB 10Gbps Type-C Extension Cable with Built-In 240W Power Meter with Male and Female connection (USBC-METER3-1MF) has a lot going for it. For starters, it’ll extend your current USB-C cord by 3.3’ (1m) and deliver up to 240W of charging power. That means you can combine this USB-C fast charging cable with your laptop’s USB-C charging cables to give you (and your laptop) a little extra room to move around. When extending an equally capable Thunderbolt 4 or USB-C data cable with charging, like the Plugable USB4-240W-1M USB-C data cable with charging, get 240W Extended Power Range support or support for video Alt Mode at up to 4K 60Hz. This USB-C to C cable also supports impressive 10Gbps data transfer speeds. And, as nice as it is to have, the most innovative feature isn’t the braided cord or the aluminum housing. The most unique feature of the Plugable USB-C cable to USB-C is the built-in USB-C power meter, sometimes called a Watt meter. Now you can monitor your power draw and consumption, use it as a USB cable tester to see if all of your laptop’s USB-C ports deliver the same charge, and finally find out if that “Super Best Fast Speed Charger” you ordered (I mean, it was so cheap how could you resist) actually delivers the charge it claims on the package. Built-In Power Meter – Measure your power flow and consumption with real-time monitoring on the digital power meter. 240W Extended Power Range – The first USB-C extension cable with a power meter capable of 240W power delivery. 4K 60Hz Video – Supports video over USB Alternate Mode at up to 4K 60Hz. Compatibility – Compatible with most USB-C devices; actual performance depends on connected devices