Received the EBAY EWG wires yesterday and installed them. Impressed with the quality of the wires. Bad news is, my car is no longer happy from a timing standpoint. I do feel the surge of boost in my butt dyno as they say, but I think the car pulling timing is more than offsetting any boost increase. I could hear audible knock with the window down. I run Map 5 and the car was running great, but last night testing after EWG wires install, the car was not happy - slower overall despite the surge of power you feel when 1st punching it. Reviewed the logs and my AFR was extra lean - in the 15's. I was hoping that was the problem so I turned off the fuel wires this morning. AFR back to normal 12-13's, but the knock was still there. Car even pulled throttle down to 30% a couple of times while I was holding 100 on the pedal. Not sure if this is some sort of fail-safe? One more variable is that I filled up with 93 octane from a local QT. I was very low on gas so didn't go to BP or Shell like I normally would. I may try to dump a bottle of Octane boost in and see if the knock goes away.
Did you update all of the settings in the user adjustments? Try the stock suggestions first, then try bumping FF up to 60.
User Adjustment Page:
1) 50 across the board under duty bias. This represents a "neutral" base EWG mapping meaning no WGDC is added or subtracted. The base mapping is shown under the FF curve in logs. Cars that tend to over boost will need lower values (e.g. 40 or 45 across the board), and other vehicles that are under boosting will need higher values. The profile can be set by RPM to reduce top end boost taper for example.
2) FF set to 50, this factor is multiplied by duty bias to globally scale up or down the FF mapping.
3) PID gain set to 20, this determines the dynamic WGDC range, how far above or below FF WGDC can go based on boost over/under targeting.
4) Auto Shift Reduction set to 60, this determines how much WGDC is cut during shifts to tune turbine speed change related boost spiking.
5) RS models should also set options/FUD bit6 on, this setting increases the modeled flash boost target (DMEBT) which together with ECU_PSI form the basis of the PID control on WGDC.