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advanced-wireless [2023/01/27 08:51] – [Country / Region] Canada and SDK6 router RT-AC68U A2 m_ars | advanced-wireless [2023/06/17 20:09] – Asus RT-AC56U - Bought in: United States (2015) m_ars | ||
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==== Afterburner ==== | ==== Afterburner ==== | ||
+ | |||
+ | (Note: only valid for MIPS RT & RT-N branch/ | ||
Enabling Afterburner turns on support for Broadcom' | Enabling Afterburner turns on support for Broadcom' | ||
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* US / 0 - Country: US (USA) AND Country Rev: 0 (Asus default setup for USA and SDK6 router RT-AC68U A1/A2) | * US / 0 - Country: US (USA) AND Country Rev: 0 (Asus default setup for USA and SDK6 router RT-AC68U A1/A2) | ||
* US / 0 - Country: US (USA) AND Country Rev: 0 (Asus default setup for Canada and SDK6 router RT-AC68U A2 - Bought in: Canada) | * US / 0 - Country: US (USA) AND Country Rev: 0 (Asus default setup for Canada and SDK6 router RT-AC68U A2 - Bought in: Canada) | ||
+ | * US / 10 - Country: US (USA) AND Country Rev: 10 (Asus default setup for USA and SDK6 router RT-AC56U - Bought in: USA [CFE: 1.0.2.7]) | ||
* Q2 / 33 - Country: Q2 (USA) AND Country Rev: 33 (Asus default setup for USA and SDK6 router RT-AC68U C1) | * Q2 / 33 - Country: Q2 (USA) AND Country Rev: 33 (Asus default setup for USA and SDK6 router RT-AC68U C1) | ||
* Q2 / 40 - Country: Q2 (USA) AND Country Rev: 40 (Asus default setup for USA and SDK6 router RT-AC68U B1/B2) | * Q2 / 40 - Country: Q2 (USA) AND Country Rev: 40 (Asus default setup for USA and SDK6 router RT-AC68U B1/B2) | ||
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//SDK714 Example Country / Region and Country Rev choices (ARM Router):// | //SDK714 Example Country / Region and Country Rev choices (ARM Router):// | ||
+ | * E0 / 946 - Country: E0 AND Country Rev: 946 (Asus default setup for Germany [alias " | ||
+ | * Q2 / 992 - Country: Q2 AND Country Rev: 992 (Asus default setup for USA [alias " | ||
* TBD. - CFE default value used | * TBD. - CFE default value used | ||
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For SDK7 ARM router: \\ [[https:// | For SDK7 ARM router: \\ [[https:// | ||
- | For SDK6 Mips (RT-AC) | + | For SDK714 ARM router: \\ **Not available so far!** |
For SDK5 Mips (RT-N) router: \\ [[https:// | For SDK5 Mips (RT-N) router: \\ [[https:// | ||
+ | |||
+ | For SDK6 Mips (RT-AC) router: \\ [[https:// | ||
Example: for SDK6 (ARM models only) builds and country USA, open file " | Example: for SDK6 (ARM models only) builds and country USA, open file " | ||
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**WLAN Auto:** This is similar to WLAN Manual, but activates mitigation only if FreshTomato detects other wireless APs transmitting at the time. The //WLAN Auto// selection seems to work better in most cases, but consider disabling the mitigation if you experience wireless stability issues. Caution is advised before using this feature. It has been responsible for instability and poor throughput. | **WLAN Auto:** This is similar to WLAN Manual, but activates mitigation only if FreshTomato detects other wireless APs transmitting at the time. The //WLAN Auto// selection seems to work better in most cases, but consider disabling the mitigation if you experience wireless stability issues. Caution is advised before using this feature. It has been responsible for instability and poor throughput. | ||
+ | |||
+ | **WLAN Auto with Noise Reduction: | ||
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* Enable | * Enable | ||
- | ==== Turbo QAM ==== | + | {{: |
+ | |||
+ | ==== Modulation Scheme | ||
+ | |||
+ | (Note: was called Turbo QAM up to 2022.7) | ||
This setting will enable Turbo QAM, Broadcom' | This setting will enable Turbo QAM, Broadcom' | ||
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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/ | ||
+ | \\ | ||
\\ | \\ | ||
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Both access points and clients (which support it) can use beamforming. However, the higher processing power and larger distance between antennas in routers/ | Both access points and clients (which support it) can use beamforming. However, the higher processing power and larger distance between antennas in routers/ | ||
+ | |||
+ | ==== Optimized for Xbox ==== | ||
+ | |||
+ | Options: | ||
+ | |||
+ | * Disable * (Default will enable LDPC (Low-Density-Parity-Check) cap.) | ||
+ | * Enable | ||
+ | |||
+ | Note: Align Option/ | ||
==== Air Time Fairness ==== | ==== Air Time Fairness ==== |