Project 1: Demois Core Design
Tech Node : TSMC 4nm
Tools : INNOVUS and TEMPUS .
Macro count : 1486 ports with 187 macros, operate at 2.6 GHz.
Roles & Responsibilities:
• Floorplan was the main challenge for better QOR.
• Congestion was resolved by applying Blockages and Cell padding Techniques.
• Applied path grouping to clear the timing issue in placement stage.
• Having hands on experience about ECO stage such as clearing timing issues like DRVs setup and hold fixes.
Project 2: Ananke core Deign
Tech Node : TSMC 4nm
Tools : INNOVUS and TEMPUS
Macro count : 1499 ports with 59 macros, operate at 2 GHz.
Roles & Responsibilities:
• Responsible for Floor planning, Place & Route of the design, perform STA and bring the block to timing closure.
• Performed multiple Floorplan experiments to improve the timing and congestion.
• Fixed congestion using cell padding, routing blockage and applied Partial, Hard and Soft Blockages.
• Path groups and weights, bounds, skewing, bypassing cells to fix timing issues.
Project 3: DMA_MAC
Tech Node : TSMC 45nm
Tools : INNOVUS and TEMPUS
Macros: 7
No. of Std Cell: 23600
Frequency : 125 MHz
Roles & Responsibilities:
• Responsible for Physical Implementation – starting from Netlist to GDSII, including Floor planning, Placement,Clock Tree Synthesis, Optimization, Timing Closure
• Performed timing and congestion result at each stage in PnR flow and performed signoff checks like DRC and DRV fixing
Project 4: PICO_RV
Tech Node : TSMC 45nm
Tools : INNOVUS and TEMPUS
Instance Count: 25k
Frequency: 125 MHz
Roles & Responsibilities:
• Responsible for Floor planning, Place & Route of the design, perform STA and bring the block to timing closure.
• Applied placement techniques like partial blockage to reduce congestion.