The high resolution and registration offered by photolithography makes for an ideal system to make high-performing organic thin-film transistors.

Smaller channel lengths and precise gate placement increases switching speeds.

Further, the ability to pattern source and drain on top of deposited organic semiconductors enhances field effect mobility by improving film formation and charge injection at the interface.

High resolution also translates into smaller devices and circuits, saving both space and cost by fitting in more devices in the same area.

Materials independence means that the highest performing semiconductors can be selected for maximum performance.

Complementary circuits also become possible with the ability to pattern multiple organic layers, further enhancing performance.