santhosh.mandugula
Member level 5
As per i know the standard routing pitch is required for
i) All the pins placement on the intersection points, so that the P&R tool finds this pins and routes over this routing pitch.
ii) Helps to avoid DRC errors (since by using via-to-via pitch distance for pitch spacing).
Q1) Is there any special reason for using routing pitch other than these?
The standard cell height is fixed (interms of number of tracks) for the continuity of VDD and VSS by placing side by seide to each other.
Q2) Is there any other reason for limiting te height of the standard cell for a particular technology interms of number of tracks?
Thank you very much in advance!!
i) All the pins placement on the intersection points, so that the P&R tool finds this pins and routes over this routing pitch.
ii) Helps to avoid DRC errors (since by using via-to-via pitch distance for pitch spacing).
Q1) Is there any special reason for using routing pitch other than these?
The standard cell height is fixed (interms of number of tracks) for the continuity of VDD and VSS by placing side by seide to each other.
Q2) Is there any other reason for limiting te height of the standard cell for a particular technology interms of number of tracks?
Thank you very much in advance!!
