I'm using the tech aero HV version unregulated (no jumpers) with a 2S LiPo which is 8V regulated output. All the jumpers do is remove the excess voltage, so if your battery voltage drops the output will match what ever the input is less about 0.3V. IE: regulated 8V, input 7V the output is 6.7V. If you have 8.2V input, 8V regulated, the output will be roughly 7.9V. Hope That helps.
When I talked with Joe Lewis at Aviator plus, he said he uses the regular non-hv Tech Aero regulated to 6.6V and likes it better. Pretty interesting. I think the older GP ignitions had issues with lower voltage (backfiring on starting, poor transition), the new ones don't have the same issue.
After talking with Joe, he told me to send my ignition in. We contemplated the overheating, and my air inlet/outlets and when it dies. He seemed to think that I would notice a pinging sound and loss of power before overheating and dying. My scenario is almost like someone hit a kill switch. He has someone making a 3DP carb plate cover that protects the carb from ram air and eliminates diaphragm flutter. He's going to send me one along with a new ignition under warranty. In the mean time I'm putting the ignition on from my other GP sitting here and give it a go. He also said I am a little rich on the LSN, and his experience is once I hit about 60 flights the rings will seat better due to the synthetic oil and ceramic cylinder wall coating. As far as getting pink, he's seen many like this from the guys running them hard like myself and don't have any issues. Keeping the temps below 350F is ideal, My sensor temp alert was at 330F, now it's at 320F because last time it died it was below 330F and the probes that I'm using due to the location are going to be off by 15-30 degrees roughly. Seeing how fast my temps climb is why I opened up the cowl more and am re-routing some more exit air. Pics to come.