These are the boards which can reprogram H8/534 etc for R33 and daughterboards to use with those ECUs with emulators. Pricey and difficult to install though
What's the problem in using R32 ECU anyway? Those are easily available and work really well, just a few wires to swap. You need a wire for TPS idle switch, and consult clock is missing too.. Consult is easy to fix by swapping the "check" signal to clock pin.
Even the multifunction display works correctly, except that it only shows 0-50% for throttle position.. Seems to go fast enough with "half the throttle", though.
Zuikkis wrote:What's the problem in using R32 ECU anyway? Those are easily available and work really well, just a few wires to swap. You need a wire for TPS idle switch, and consult clock is missing too.. Consult is easy to fix by swapping the "check" signal to clock pin.
Even the multifunction display works correctly, except that it only shows 0-50% for throttle position.. Seems to go fast enough with "half the throttle", though.
One must not always the easiest way to go
I have two R32 GTR and two R33 GTR and one R34 GTR ECU
These are the boards which can reprogram H8/534 etc for R33 and daughterboards to use with those ECUs with emulators. Pricey and difficult to install though
I have a R33 Techtomboard but its scramble for realtimetuning i need it unscrambled.
If it is simple scrambling with some address/data lines swapped, you can build your own "unscrambler" which simply switches the lines back to where they belong. Not very easy but can be done.
Is it possible you send me your board ? I will dump the xilinx software by the JTAG port (I think it's the connector 2 on your board) and make another one (of course I will share all my work and I can pay and give you a caution...), I know I ask a lot however you are my last solution even if I buy a NIStune 2 board.
Xilinx have a locking mechanism. This makes it very difficult to dump the macrocells and use that to create another JED for programming a blank Xilinx. For example we use the locking on our Xilinx to prevent readback/copying