Many routers provide WPA2-PSK (TKIP), WPA2-PSK (AES), and WPA2-PSK (TKIP/AES) as options. Choose the wrong one, though, and you’ll have a slower, less-secure network.
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Wired Equivalent Privacy (WEP), Wi-Fi Protected Access (WPA), and Wi-Fi Protected Access II (WPA2) are the primary security algorithms you’ll see when setting up a wireless network. WEP is the oldest and has proven to be vulnerable as more and more security flaws have been discovered. WPA improved security, but is now also considered vulnerable to intrusion. WPA2, while not perfect, is currently the most secure choice. Temporal Key Integrity Protocol (TKIP) and Advanced Encryption Standard (AES) are the two different types of encryption you’ll see used on networks secured with WPA2. Let’s take a look at how they differ and which is best for you.
AES vs. TKIP
TKIP and AES are two different types of encryption that can be used by a Wi-Fi network. TKIP is actually an older encryption protocol introduced with WPA to replace the very-insecure WEP encryption at the time. TKIP is actually quite similar to WEP encryption. TKIP is no longer considered secure, and is now deprecated. In other words, you shouldn’t be using it.
AES is a more secure encryption protocol introduced with WPA2. AES isn’t some creaky standard developed specifically for Wi-Fi networks, either. It’s a serious worldwide encryption standard that’s even been adopted by the US government. For example, when you encrypt a hard drive with TrueCrypt, it can use AES encryption for that. AES is generally considered quite secure, and the main weaknesses would be brute-force attacks (prevented by using a strong passphrase) and security weaknesses in other aspects of WPA2.
The short version is that TKIP is an older encryption standard used by the WPA standard. AES is a newer Wi-Fi encryption solution used by the new-and-secure WPA2 standard. In theory, that’s the end of it. https://jrgenerous220.weebly.com/refrigeration-design-software.html. But, depending on your router, just choosing WPA2 may not be good enough.
While WPA2 is supposed to use AES for optimal security, it can also use TKIP where backward compatibility with legacy devices is needed. In such a state, devices that support WPA2 will connect with WPA2 and devices that support WPA will connect with WPA. So “WPA2” doesn’t always mean WPA2-AES. However, on devices without a visible “TKIP” or “AES” option, WPA2 is generally synonymous with WPA2-AES.
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And in case you’re wondering, the “PSK” in those names stands for “pre-shared key” — the pre-shared key is generally your encryption passphrase. This distinguishes it from WPA-Enterprise, which uses a RADIUS server to hand out unique keys on larger corporate or government Wi-Fi networks.
Wi-Fi Security Modes Explained
Confused yet? We’re not surprised. But all you really need to do is hunt down the one, most secure option in the list that works with your devices. Here are the options you’re likely to see on your router:
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WPA2 certification became available in 2004, ten years ago. In 2006, WPA2 certification became mandatory. Any device manufactured after 2006 with a “Wi-Fi” logo must support WPA2 encryption.
Since your Wi-Fi enabled devices are most likely newer than 8-10 years old, you should be fine just choosing WPA2-PSK (AES). Select that option and then you can see if anything doesn’t work. If a device does stop working, you can always change it back. Although, if security is a concern, you might just want to buy a new device manufactured since 2006.
Windows 10 Wifi Wpa2 PskWPA and TKIP Will Slow Your Wi-Fi Down
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WPA and TKIP compatability options can also slow down your Wi-Fi network. Many modern Wi-Fi routers that support 802.11n and newer, faster standards will slow down to 54mbps if you enable WPA or TKIP in their options. They do this to ensure they’re compatible with these older devices.
By comparison, even 802.11n supports up to 300mbps if you’re using WPA2 with AES. Theoretically, 802.11ac offers maximum speeds of 3.46 Gbps under optimum (read: perfect) conditions.
On most routers we’ve seen, the options are generally WEP, WPA (TKIP), and WPA2 (AES)—with perhaps a WPA (TKIP) + WPA2 (AES) compatibility mode thrown in for good measure.
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If you do have an odd sort of router that offers WPA2 in either TKIP or AES flavors, choose AES. Almost all your devices will certainly work with it, and it’s faster and more secure. It’s an easy choice, as long as you can remember AES is the good one.
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This automated test creates a wireless profile using the values provided in the two parameters.
Note
Microsoft will be accepting 802.11ad WDI drivers for HLK certification for the Windows 10 Fall Creators Update (1709) to facilitate broad distribution and testing among Windows Insiders and ecosystem partners. However, due to the lack of broad testing of 802.11ad WDI functionality, this feature is enabled as a developer preview for the Windows 10, version 1709 release.
If a problem is encountered with 802.11ad functionality, please contact your 802.11ad IHV partner for support assistance. Microsoft is committed to supporting 802.11ad Wi-Fi connectivity in a future version of Windows 10 in order to enable wireless docking and other scenarios.
Test details
Additional documentation
Tests in this feature area might have additional documentation, including prerequisites, setup, and troubleshooting information, that can be found in the following topic(s):
Running the test
Before you run the test, complete the test setup as described in the test requirements: Wireless LAN (802.11) Testing Prerequisites.
The test does the following:
Failure to ping the target address or to connect to port 80 of the target address will result in a test failure.
Wpa2-psk PasswordTroubleshooting
For generic troubleshooting of HLK test failures, see Troubleshooting Windows HLK Test Failures.
For troubleshooting information, see Troubleshooting Wireless LAN (802.11) Tests.
Make sure that the following are true:
Wep
Windows 10 Networking Tutorial
Most home routers (including routers that are specified in the Windows Hardware Lab Kit (Windows HLK)WLAN setup) will satisfy these requirements.
More informationCommand syntax
Parameters
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