#BROADCOM 4313GN WINDOWS 10 DRIVER KEYGEN#
See its name, and see whether it says anything about the radio bands it supports. Open Device Manager by pressing the Windows key on your keyboard, typing Device Manager and opening the result.įrom the list of drivers, you see in the Device Manager, expand Network Adapters and locate your wireless adapter. If your router supports 5GHz connectivity, the next thing to do is to check your adapter. However, a router that is 802.11b/g/n has a slim chance of supporting that frequency, and you may need to upgrade. Generally, a router that states it’s 802.11a/g/n, or 802.11ac will work at 5GHz. the adapter may support both 802.11n 2.4GHz, and 5GHz, but not necessarily.If you can’t find such a thing, look for the letters after 802.11, and use the following information to figure out if you can use the 5GHz frequency: If the router supports a 5GHz wireless network, it will be stated in its specifications. What you’re looking for is either supported frequencies or supported radio bands. Do a quick search online for that router, which should land you on the manufacturer’s website. Take a look at your router and see the model. Follow the instructions to see if your router and adapter even support this frequency. To do this, you will be required to do a bit of online research for your specific model. Method 1: Check if your router and wireless adapter support 5GHz wireless Keep in mind, however, that it is possible that you need to buy new hardware if for any reason you are dead set on using 5GHz.
To solve this issue, there are a few things that you should do. There are routers and adapters that can only work on 2.4GHz, and there are some that work with both. This may be confusing, but the letters in the name of your router and wireless adapter after the 802.11 standard have an important role here.
This issue means that even though your router is able to emit at both frequencies, and you have it set up so it does (or the faster, 5GHz one only), you can’t find the network on your computer. One of the most confusing issues is the dual band problem, specifically concerning wireless networks that emit at 2.4GHz and 5GHz. With the constant change of standards and speeds, a lot of users have found themselves confused with the sheer number of available options for wireless connectivity.
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