Universal ADB Driver: If your device isn’t yet listed, you can install the Universal ADB driver instead. You can subscribe to our RSS, follow us on Twitter or like our Facebook page to keep on consuming more tech. Download NIU USB Drivers for All Devices When on Microsoft Windows.Download T-Mobile USB Drivers for All Devices When on Microsoft Windows.Download Philips USB Drivers for All Devices When on Microsoft Windows.Download Meizu USB Drivers for All Devices When on Microsoft Windows.If you’re really only looking to use up a minimal amount of hard drive space and you aren’t interested in any other features, then you ought to give the Universal ADB Diver package a try instead of any of the PC suite offerings. Often these types of packages are considerably larger than just the driver files, meaning they’ll take up more hard drive space.
Sometimes the packages containing the drivers you want that you get from the manufacturer websites make you install PC suites that also offer the chance to backup, sync contacts, etc. There you will find the instructions for installing the USB Drivers on the latest versions of the Windows operating system, as well as getting the Universal ADB Driver installed if you need it. Installing the USB Drivers is as simple as following the appropriate guide from the download links.
Toshiba Excite Pro USB Driver: Download.Toshiba Excite AT200 USB Driver: Download.Toshiba Excite 13 AT335 USB Driver: Download.Toshiba Excite 10 SE USB Driver: Download.Toshiba Excite 10 AT305 USB Driver: Download.Toshiba Excite 7.7 AT275 USB Driver: Download.Toshiba Excite 7C AT7-B8 USB Driver: Download.
Just like with the driver’s example said above, each different manufacturer that has a device needs to have a separate USB driver that helps translate the software for everything to do with that one manufacturer. Any device that gets connected to your computer with a USB cable will require a USB driver to go along with it. That way the software developers just write the one bit of code for everybody and the driver handles the translation to get it working for its bit of hardware.īecause there are lots of different devices out there in the world, there are also lots of different drivers. Thus you should think of a driver as a vital bit of software that transfers the language to work for your particular piece of hardware. A software developer writing one line of code might work well for one bit of hardware but not for another. When that happens, software developers would have to be working around the clock trying to write code that makes the software work with all the different hardware made by different people. Whatever software signal is Eb sharp to one sound card might mean B flat to another. Your software can recognize this as a soundcard, but there needs to be something else that allows the software to distinguish it from all other soundcards, or else they can’t communicate with one another because each one is completely different in how it works. For example, if you were to think about sound cards connected to your motherboard, there are probably over a thousand decent ones you could choose from. The problem starts when you have loads of different types of hardware that all do the same thing. In essence, there wouldn’t be anything stopping your software and hardware from communicating with one another just naturally. A driver, as Microsoft puts it, is software that allows your computer to communicate with hardware or devices. This is what you need to get the USB drivers for all Toshiba smartphones and tablets downloaded onto your computer.Īll leading computer operating systems need to have drivers.