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The fastest wireless speed available for your laptop is 802.11n. This speed is most common in home routers with an “N” suffix, so if you see an “N” on the device, it has a minimum of 802.11n speeds. If you are shopping for a new wireless router, the N versions are the best choice to go with because they have higher range and can connect to more devices at once wirelessly than lower versions do. The standard version of 802.11n is just called "802.11n" without any letter designation following it, while N-capable devices will follow that naming convention; i.e., "802.11-g". Your computer may have an 802.11n wireless card, but you’ll still need to upgrade your router to an N version. The wireless card can’t connect any faster than the router can allow it to. For example, if you have an 802.11g router, your laptop can only access the internet at that speed, even if it has a built-in 802.11n wireless card. The only way to get faster speeds out of your wireless network is to get a faster wireless card for your computer or laptop. Wireless cards are available up to 802.11ac speeds currently on the market, but they are more expensive than their predecessors. One of the most common types of wireless cards is a "normal" or "basic" 802.11n card. If you have an older computer with a "standard" 802.11n card, you can upgrade to a newer version of the card but you will lose your ability to connect to your wireless home network at the new speed if it uses only standard-speed wireless communications. When you switch to a newer version of the same 802.11n hardware, you may be able to connect at that higher speed, depending on the router model and configuration. An 802. 11ac router can operate at speeds up to three times faster than an 802.11n router. An 802.11ac router operates on both 2.4 and 5GHz channels, whereas an 802.11n router only operates on the 2.4GHz channel, which means that two devices connected to different sides of a flat screen TV typically will not be able to connect to the internet at the same time without interference or obstructions like a metal wall or high traffic area between them and the router (see Wi-Fi dead spots). If you’re buying your first wireless router, you also need to consider how many devices you want it to support and if they all need to be connected simultaneously. To find the number of devices that will work with your home wireless network, check the number of "SSIDs" on your router. This is the number of unique networks that can be broadcasted simultaneously from the router. For example, if you have an 802.11n router and it has two SSIDs, then you can broadcast two different Wi-Fi networks at once on this device. If you want to connect more than one computer or mobile device at a time to your wireless router, consider an “AC1200” unit which is capable of broadcasting on both 2.4 and 5GHz bands simultaneously at speeds up to 300Mbps on 2. cfa1e77820
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