u/knightprince1

What type of questions are asked in the OA?

What is the difficulty level?

Which core electronics/digital topics should I focus on?

Tell me Good free sv resources ( lectures or notes)

I'm working on the RTL-to-GDS flow for an AES-128 encryption block ,After synthesis on genus of cadence the reported core area is around 356,000 µm².

I'm trying to understand whether this is in the expected range or whether it's unusually high. Also I am working on 180nm pdk files

I'm working on the RTL-to-GDS flow for an AES-128 encryption block for tapeout After synthesis on genus of cadence the reported core area is around 356,000 µm².

I'm trying to understand whether this is in the expected range or whether it's unusually high. Also I am working on 180nm pdk files

I'm working on the RTL-to-GDS flow for an AES-128 encryption block for tapeout. After synthesis on genus of cadence the reported core area is around 356,000 µm².

I'm trying to understand whether this is in the expected range or whether it's unusually high. Also I am working on 180nm pdk files

I'm working on the RTL-to-GDS flow for an AES-128 encryption block for tapeout After synthesis on genus of cadence the reported core area is around 356,000 µm².

I'm trying to understand whether this is in the expected range or whether it's unusually high. Also I am working on 180nm pdk files

I'm working on the RTL-to-GDS flow for an AES-128 encryption block for tapeout. After synthesis on genus of cadence the reported core area is around 356,000 µm².

I'm trying to understand whether this is in the expected range or whether it's unusually high. Also I am working on 180nm pdk files