janar

It was too easy! If I tried my camera then boot was opened. Guidelines appears only when boot is closed. Now i have everything OK, Thank you all who helped me.

I thought I have wrong camera and bought camera 5N0827566AB, but problem still exist, i dont see guidelines :(

Thank you linni, it helps! Finally I got RVC picture on my columbus screen. But of course, now i have new problem - I dont have guiding lines on screen. If I look on VCDS backcamera adaptions then I see steering angles but on screen not even green box. Camera what i have is 5ND 827 566 C and RVC unit is 7N0 907 441. Is it possible to activate these guidelines somewhere or i have wrong spare parts?

Tried to connect all wires as suggested, but nothing happened. I think that problem is in coding. If i tried to activate rvc with vcds, i have there only choise "rvc LOW installed" in navigation adaption. Did not find rvc HIGH anywhere. After activating, appears on screen right bottom corner rvc image when shift is reverse. If i push on icon, then i see black screen only. Any ideas?

So, both or/br goes to CAN-low and both or/prpl gos to CAN-high?

Thank you Gazdok, its helpful! I have only one problem yet. If you see my pictures, i have same colors in both twisted wires. I dont have or/gr cable. Which cables goes to pins 9 and 10? And if you know, what are the other pins? If I connect them wrong, what happens?

If you want to do it in fuse box, then its OK, no problem. I dont have this loom like in your link. Mine is exactly same like in this first post, with TV and RVC connectors. As I understand then: RVC connector and 2 x white - boot handle camera Red/White - switched 12V+ Brown - Ground twisted orange/brown and orange/purple - Can-high and Can-low (Columbus) TV connector and Red/Yellow - switched 12V+ Brown - Ground twisted orange/brown and orange/purple - ???

Could you please write all wire connections here? I dont understand where to connect other cables, (orange/brown and orange/purple from DVB-T and same from RVC unit) are they must connected together to Can L and Can H?