Ralink Technology Corp. 802.11n Driver For Windows

Besides providing Ralink Technology Corp. 802.11n Driver for Ralink wireless network cards, this software also helps you close the gap between your PC and your device. It also allows you to update the driver automatically.

Works with RPi 1 B+ and 3 B+ in XBMC/OpenELEC. Some versions with Zydas chipset have problems (crash during heavy traffic). Workaround is a powered hub, see instructions.

Features Ralink Technology Corp. 802.11n Driver:

The Ralink Technology Corp. 802.11n Driver is a software package designed to bridge the gap between your wireless device and your operating system, thus allowing you to take full advantage of all its features.

It installs a small menu in your status bar and allows you to open the Wireless Utility or turn on the Internet sharing feature in a matter of seconds.

The drivers that come with the OS typically don’t recognize all of the networking capabilities of your hardware, so you will need the latest version to get the most out of your LAN card.

This is especially true in moments of system instability when generic Windows drivers may cause your OS to crash or corrupt local data.

Jayashree Adkoli is a contributing editor to TMCnet, covering a range of topics related to the IP Communications industry.

She also is the editor of TMCnet’s White Paper Library, a collection of in-depth reports on various technologies that affect businesses and the industries they serve.

Compatibility Ralink Technology Corp. 802.11n Driver:

There are a variety of wireless cards that work well with openSUSE, especially those with Atheros chipsets. However, it is important to note that a card’s compatibility with openSUSE depends on its chipset, not its make or model.

The archive comes with both installation and uninstallation packages that reduce the procedures to a simple case of following on-screen instructions. After the process is completed, users can easily use their devices.

Major manufacturers such as Linksys, D-Link, and Netgear often change the chipset in their wireless cards without changing the model number.

This means that a particular model from a manufacturer may work well with one version of Linux but not another.

For this reason, it is best to avoid cards from these vendors. Luckily, other companies such as Ralink manufacture their own wireless cards with stable and reliable chipsets. These are much more likely to work with openSUSE.

Installation Ralink Technology Corp. 802.11n Driver For Windows:

Ralink chipsets are used in wireless routers made by Gigabyte Technology, Linksys, D-Link, and Asus, as well as USB and PCI adaptors from manufacturers such as TP-Link and Belkin. Ralink provides GNU General Public License-licensed drivers for the Linux kernel for its RT2500 chipsets.

Those chipsets also appear in many Nintendo Wi-Fi USB Connectors that allow DS and Wii consoles to connect to home networks.

Ralink has also started to provide patches to the upstream rt2x00 kernel driver project, which is a welcome change in attitude, and shows a lot of respect for the Linux community.

It’s worth checking if you already have any old Win-10 drivers installed, as they may cause problems when upgrading to W10.

Uninstall them using the Device Manager (under “Network Adapters”). Ideally, you should also delete all unused drivers from your system. This will free up disk space and help maintain optimal performance. Then, install the latest Win-10 drivers from Ralink’s website.


To make sure that your Ralink Wi-Fi driver is always up to date, try using a professional tool such as Driver Booster.

It can scan your PC automatically, identify outdated or corrupted drivers, and then download and update them. This way, your computer will be much faster and more secure.

As an aside, HP’s preloaded Windows XP system doesn’t have a driver for this model wifi card with W10. However, there are drivers available for this type of wireless LAN adapter on Amazon and eBay.

You can find them by searching for the HP part number of your wifi card. You can also use the rt2x00 Linux kernel driver, maintained by Serialmonkey’s rt2x00 project.

The fact that Ralink now sends patches to the upstream rt2x00 driver rather than just dumping a standalone tarball on the community is a huge improvement over their past attitude.

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