- info@advinno.com
- 周一至周五：上午 9:00 至下午 6:00
Eldo 射频模拟
Eldo 射频模拟
The Eldo Platform is an industry-proven solution for analog-centric circuits, offering a differentiated platform for reliability verification and comprehensive circuit analysis for analog, RF, and mixed-signal applications. It is purpose-built for automotive, industrial, and medical sector designs requiring BCD and high-voltage process support.
Eldo combines comprehensive circuit analysis and diagnostics, analog characterization with the Kronos engine, and tight integration with Questa ADMS for mixed-signal verification, delivering a complete solution for reliability-critical analog and RF design teams.
Key Eldo RF Simulation Solutions:
- Analog and RF circuit analysis
- BCD and high-voltage process optimization
- Accurate device noise analysis
- Advanced static and dynamic SOA checks
- Monte Carlo convergence acceleration
- Standard cell characterization with Kronos
- Mixed-signal verification with Questa ADMS
- Native multi-threading and distributed processing
Comprehensive Circuit Analysis and Diagnostics
Delivers optimized performance for BCD and high-voltage processes with comprehensive analog and RF analyses, accurate and fast device noise analysis, and advanced user-defined static and dynamic SOA checks.
- Optimized for BCD and high-voltage processes
- Comprehensive analog and RF analyses
- Accurate and fast device noise analysis
- Advanced user-defined static and dynamic SOA checks
Analog Characterization with Kronos
The Kronos characterization engine provides incremental, dynamically controlled Monte Carlo convergence with acceleration for both normal and rare events, plus standard cell and IO characterization with native multi-threading.
- Incremental dynamically controlled Monte Carlo
- Monte Carlo acceleration for normal and rare events
- Standard cell and IO characterization
- Native multi-threading and distributed processing
Mixed-Signal Verification with Questa ADMS
Tight integration with Questa ADMS delivers full HDL/HDL-AMS language support, UVM, UPF, and MATLAB, enabling unified coverage-driven mixed-signal verification with flexible, easy-to-use design reconfiguration.
- Full HDL/HDL-AMS language and UVM support
- UPF and MATLAB integration
- Unified coverage-driven mixed-signal verification
- Flexible design reconfiguration
