The correct answer is: True.
Transconductance is a measure of how much current a transistor can source or sink for a given change in voltage. It is a function of the transistor’s geometry and the semiconductor material it is made from. The process refers to the manufacturing process used to create the transistor. The process can affect the transistor’s geometry and the semiconductor material it is made from, so it can also affect the transistor’s transconductance.
For example, a transistor made with a different semiconductor material may have a different transconductance than a transistor made with the same semiconductor material but a different geometry. Additionally, a transistor made with a different manufacturing process may have a different transconductance than a transistor made with the same manufacturing process but a different semiconductor material.
Therefore, the transconductance of a transistor depends on the process used to create it.