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Eldo Platform

Advanced verification for analog-centric ICs

Industry-proven platform for analog-centric circuits, offering a differentiated solution for reliability verification and comprehensive circuit analysis and diagnostics for analog, RF, and mixed-signal circuits.

Perfect for a variety of end applications

The Eldo Platform provides a complete solution for custom ICs for the automotive, industrial, medical and other mission-critical markets.

The platform delivers the required SPICE accuracy and performance to design and verify complex automotive IC designs using the BCD technology and to address their design and verification challenges efficiently and in a timely manner.

Reliability verification

Made possible with Eldo’s advanced ageing simulations which

  • predict reliability issues from circuit degradation
  • support electrothermal simulation to analyse thermal impact of power dissipation,
  • also provide safe operating area simulation and analysis to detect dangerous operating condition violations over the lifetime of the IC.
  • Optimised performance for BCD & high-voltage processes
  • Comprehensive analog & RF analyses
  • Accurate & fast device noise analysis
  • Advanced user-defined static & dynamic SOA checks
  • Sophisticated analog characterisation


  • Optimised performance for BCD and high-voltage processes
  • Comprehensive analog and RF analysis
  • Accurate and fast device noise analysis
  • Advanced user-defined static and dynamic SOA checks


Integrated with the Kronos product for

  • Incremental, dynamically controlled Monte Carlo convergence
  • Monte Carlo acceleration for normal and rare events
  • Standard cell and IO characterisation with Kronos
  • Native multi-threading, distributed processing


Integrated with the Questa digital verification platform from Simens EDA to create a  mixed-signal verification platform called Questa ADMS for

  • Full HDL/HDL-AMS language, UVM, UPF, and Matlab support
  • Unified, coverage-driven mixed-signal verification
  • Flexible, easy-to-use design reconfiguration