News and Events

Moving files and folders from one PC to another is easy if they're both on the same network, but if one is older and lacks the ability to connect to fast Ethernet or Wi-Fi networks

We all know that we can charge some of our devices via USB, but what is USB-C Power Delivery, exactly? Read this brief guide on how Power Delivery works.

The universal serial bus, or USB, has been a stalwart connector for all sorts of devices and systems for almost two and a half decades. It's consistently kept pace with new demands for speed and features, and today is one of the most comprehensive connectors out there. That does depend on which version of USB you make use of, though, with older generations not offering the same capabilities as the latest. In a head to head of two capable connectors like USB 3.0 vs 3.1, USB 3.1 almost always comes out on top.

In a nutshell, USB-C is the latest connector type developed by the USB Implementer’s Forum (USB-IF), a group of industry-leading companies like Apple, Intel, and Microsoft that set out to create industry-standard specifications for connecting devices. 

USB-C has been making headlines for a few years now, thanks to its reversible design and widespread capabilities. The result? You can use a single USB-C cable for all different devices, without having to worry about plugging it in the right way. But what devices use USB-C? Before diving into the devices that have USB-C, it’s important to note that USB-C isn’t always what it seems. USB-C is a connector - not a standard, like other versions of USB, might be. The USB-C port usually uses the USB 3.1 standard but can use older USB standards or another popular and powerful standard – Thunderbolt 3.

Ethernet Cables are available in a wide array of options which are called categories. The latest categories of ethernet cables are the Cat8 and Cat7 cables which are used in data center structured cabling applications. Similarly, for commercial and residential use, the latest ethernet cable categories are Cat6 and Cat6a cable.

In the September 2021 press release, the European Commission disclosed a plan to mandate smartphone makers to utilize a standardized USB-C charging connection on all devices.

The arrival of USB Type-C connectors and the faster USB 3.2 standard have both heralded a new age of consumer convenience. However, there seems to be quite a bit of confusion about what these new standards mean, especially since we’ve progressed through USB 3.0, 3.1, and 3.2 without much fanfare. Moreover, many consumers are (rightfully) confused over the relationship between USB Type-C, USB Power Delivery, and USB 3.2

What Do You Need? You’ll want to get Cat5e cabling in bulk, along with an RJ-45 crimping tool and bulk RJ-45 crimpable connectors specifically for Cat5e. Except for variances in cable length and the exterior package, bulk Ethernet cables do not contain connections, allowing you to adapt them as needed. The tool will help you cut into the isolated line, and the connectors will allow you to plug them into routers and other devices.

The use of charging cords has increased exponentially over the past decade to accommodate lifestyles that revolve around cell phones and mobile devices. We need to charge our technology to use them, and many places offer charging cables to the community or for sale. A charging cord has certain qualities that allow it to charge faster. People should look for these qualities so that their devices will charge with more efficiency.

What is USB Type-C? The USB Type-C (or USB-C), as it is known, is a game-changer when it comes to universal connection ports. It is currently the standard being used for its all-in-one transmission using  a single cable for data and power.

TL;DR The USB Implementers Forum has released new USB-C logos for certified cables and chargers. The new logos should make it clear which USB-C cables support the newer 240W power charging standards. There are also new logos to help identify cables with the USB4 data delivery standards.