Physical Design (Synthesis, STA, P&R)From Netlist to GDSII with Predictable Closure

We deliver end-to-end physical design and implementation from RTL/netlist to GDSII, with a strong focus on PPA optimization and signoff closure. Our teams bring deep expertise across advanced nodes, enabling predictable execution and first-time silicon success.

Physical Design Architecture & Planning Read More →

Implementation: Synthesis, Placement & Routing Read More →

Timing, Power & PPA Closure Read More →

Signoff, Verification & Tapeout Read More →

1

Physical Design Architecture & Planning

Early-stage planning and design strategy to ensure optimal PPA and smooth downstream execution.

  • Floorplanning and partitioning strategies
  • Power planning and grid design
  • Clock architecture definition (CTS, mesh, hybrid)
  • Design constraints and early timing analysis
  • Cross-functional alignment with RTL, DFT, and package teams
2

Implementation: Synthesis, Placement & Routing

Full-chip and block-level implementation with focus on quality of results (QoR).

  • Logic synthesis and constraint optimization
  • Placement, optimization, and congestion management
  • Clock Tree Synthesis (CTS) and clock optimization
  • Routing and signal integrity-aware implementation
  • Multi-mode, multi-corner (MMMC) optimization
3

Timing, Power & PPA Closure

Driving closure across timing, power, and area for high-performance designs.

  • Static Timing Analysis (STA) and timing closure
  • Power optimization (dynamic and leakage)
  • IR drop and electromigration (IR/EM) analysis
  • Crosstalk and signal integrity optimization
  • PPA trade-off analysis and QoR improvement
4

Signoff, Verification & Tapeout

Ensuring design readiness for manufacturing with full signoff and tapeout support.

  • Physical verification (DRC, LVS, ERC)
  • Low-power signoff (UPF/CPF validation)
  • Layout vs schematic (LVS) closure and debugging
  • Design rule compliance and DFM considerations
  • Tapeout readiness and foundry interaction