Digital Backend

Our team consists of leading experts in DFT, Synthesis, PnR, STA, Custom SoC/GPU Clocking and Physical Verification, delivering exceptional results in every area.

We have successfully delivered projects on Multiple Soc's, ASICs, SOCs, Automotive and Consumer Electronics

We have expertise working with multiple fabs like TSMC, Samsung, Intel, GF, UMC, etc, and various technology nodes ranging up to 18A

Physical Design

  • Block/SoC level full ownership of RTL to GDSII
  • Analog Block Integration
  • Low Power Methodology 
  • Synthesis
  • STA
  • Floorplanning 
  • Placement and Routing
  • Power Planning / Optimization
  • Clock Tree Synthesis
  • Cross-talk / Thermal / Noise Analysis
  • IR drop and Signal Integrity Closure
  • Physical Verification (DRC, LVS, ERC, Customer-specific Checks)
  • ICC2, Innovus, Caliber, RC, DC, RedHawk, PT / PTSI
  • TCL, SHELL, Perl & Python Scripting
  • 5nm & Lower Nodes | UMC, TSMC, Intel, GF & more
  • Logical Equivalence Check

STA

Lorem Ipsum

Custom Clocking

  • SoC Level Global Clock Distribution Planning and Custom Implementation of high frequency functional clocks, DFx clocks and PLL Reference Clocks
  • Modelling clock uncertainty due to systematic variations, POCV, DCD, Aging, Jitter, Thermal and Voltage Gradients etc
  • Methodology to distribute PLL reference clock with low Jitter

DFT – Design for Testability

  • DFT Implementation – Scan Insertion, LBIST Insertion, Test Pin-Muxing
  • Logic Insertion, Boundary Scan Insertion, Memory BIST Insertion and IOs
  • ATPG, ATPG Verification
  • Test pattern generation and Simulation
  • Test mode timing constraints
  • Coverage Improvement

Static Timing Analysis (STA)

  • Setting up the STA flow
  • Develop timing constraints and exceptions
  • Timing Analysis for multi modes & multi corners
  • Timing ECOs using TSO or manual for timing-critical paths.

Physical Design & Verification

  • Setting up the Physical Design Flow
  • Floor Planning at Top Level & Block Level
  • Power Planning at Top Level & Block Level
  • Placement and optimization
  • Clock Tree Synthesis (CTS)
  • Routing and optimization.