As you can see in my post above, installing it in the stock exhaust is not really possible due to the flex section right before the primary catalytic converter. That's why I had to switch to high flow cats, since they get rid of that flex section. I just had Lou Belanger add an extra bung before they shipped them...I also had him imply that I was an idiot for even wanting a wideband on the car for tuning (according to him it wouldn't tell me anything useful), but he installed it nonetheless.
Innovate makes a fine product (I used one in the past on my old Camaro), but I think AEM makes a better product. More specifically, their 30-0334:
https://www.aemelectronics.com/produ...and-uego-obdii
With most widebands, you end up having to use an analog output for the 0-5V wideband signal. What most fail to account for are the ground offsets...I chased my tail for years with this issue on my Camaro, and there's really not much you can do about it. Because of that, I would usually end up with an AFR that wasn't quite where I wanted it. Close, but not quite close enough for me.
What the AEM lets you do on newer cars is output the DIGITAL signal (not analog) from the wideband on to the CAN BUS. The very LONG story is here:
https://forum.hptuners.com/showthrea...hlight=03-0300
To summarize, it dumps that data on to the BUS as a PID...that PID doesn't actually get used by anything on the network (it's an unused address on our cars), but HPTuners recognizes it, and can pull it in just like it can any other PID. Since it is digital, there is no analog ground offset you have to worry about, and you can poll the data at up to 100 Hz (10 millisecond intervals). That gives you a ton more data to work with, which means you only have to make 1-2 full pulls to get all the data you should need to get your AFR in line. Because of that, I've been able to get my AFR to about 0.01% of where I'm commanding.
YMMV, but it sure made tuning a lot easier for me.
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