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advanced-wireless [2023/06/23 15:45] – [Advanced Wireless] -update link to Network menu hogwild | advanced-wireless [2023/08/06 17:09] – [Interference Mitigation] -condense hogwild | ||
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==== Interference Mitigation ==== | ==== Interference Mitigation ==== | ||
- | This sets the Wireless Interference Mitigation mode. This option is only available wireless chipsets/ | + | This sets the Wireless Interference Mitigation mode. This option is only available wireless chipsets/ |
- | * None * (default) | + | * None * (Default) |
* Non-WLAN | * Non-WLAN | ||
* WLAN Manual | * WLAN Manual | ||
* WLAN Auto | * WLAN Auto | ||
* WLAN Auto with Noise Reduction | * WLAN Auto with Noise Reduction | ||
+ | |||
+ | \\ | ||
**None:** This setting is recommended if there are no other " | **None:** This setting is recommended if there are no other " | ||
- | **Non-WLAN: | + | **Non-WLAN: |
**WLAN Manual:** This activates interference mitigation against other Wireless LAN Access Points. | **WLAN Manual:** This activates interference mitigation against other Wireless LAN Access Points. | ||
- | **WLAN Auto:** This is similar to WLAN Manual, but activates mitigation only if FreshTomato detects other wireless | + | **WLAN Auto:** This is similar to WLAN Manual, but activates mitigation only if FreshTomato detects other WiFi APs transmitting at the time. This seems to work better in most cases, but consider disabling |
**WLAN Auto with Noise Reduction: | **WLAN Auto with Noise Reduction: | ||
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Turbo QAM, or 256-QAM is a modulation method in which the two carrier signals are shifted in phase by 90 degrees. These two signals are then modulated and combined. The 90° difference in phase between the two signals means they are "in quadrature" | Turbo QAM, or 256-QAM is a modulation method in which the two carrier signals are shifted in phase by 90 degrees. These two signals are then modulated and combined. The 90° difference in phase between the two signals means they are "in quadrature" | ||
- | In theory, this modulation method makes it possible to transmit more bits per symbol, and thus increase data rates. In reality, most claims of big increases in transfer rates are likely exaggerated. QAM links are more susceptible to noise. As a result, Turbo QAM is generally only useful in very low-noise/ | + | In theory, this modulation method makes it possible to transmit more bits per symbol, and thus increase data rates. In reality, most claims of big increases in transfer rates are likely exaggerated. QAM links are more susceptible to noise. As a result, Turbo QAM is generally only useful in very low-noise/ |
- | NitroQAM/ | + | |
- | \\ | + | {{: |
- | \\ | + | |
- | {{: | ||
- | \\ | ||
==== Explicit beamforming ==== | ==== Explicit beamforming ==== |