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HyperLynx SI/PI/热
HyperLynx SI/PI/热
HyperLynx is a complete, integrated family of analysis tools for modern PCB design, covering the entire process from schematic capture and exploration through post-layout verification. The suite delivers signal integrity, power integrity, and electromagnetic analysis without switching formats or requiring isolated specialists.
The HyperLynx product family includes dedicated tools for schematic analysis (HL-SA), analog/mixed-signal simulation (HL-AMS), design rule checking (HL-DRC), power integrity (HL-PI), signal integrity (HL-SI), and advanced EM solvers (HL-AS), plus Z-Planner Enterprise for stackup design.
Key HyperLynx Solutions:
- Signal integrity analysis (HL-SI)
- Power integrity analysis (HL-PI)
- Design rule checking (HL-DRC)
- Schematic analysis (HL-SA)
- Analog/mixed-signal simulation (HL-AMS)
- Advanced solvers and 3D EM (HL-AS)
- Z-Planner Enterprise for stackup design
- DDR and SerDes serial link verification
Signal Integrity Analysis
HyperLynx Signal Integrity provides automated post-layout topology extraction, component and standards-based simulation, progressive verification from schematic through post-layout, and DDR and SerDes-based serial link verification for high-speed PCB designs.
- Automated post-layout topology extraction
- Component and standards-based simulation
- DDR interface analysis and verification
- SerDes-based serial link verification
Power Integrity Analysis
HyperLynx Power Integrity delivers comprehensive power delivery network analysis and stackup design optimization, enabling engineers to validate power distribution networks and identify PDN issues before layout is finalized.
- Power delivery network analysis
- Stackup design optimization
- Early PDN issue identification
- Comprehensive power distribution validation
Advanced EM Solvers
HyperLynx Advanced Solvers provides 2D, 2.5D, and 3D electromagnetic modeling for complex interconnect analysis, expert-based rule checks, and standards compliance analysis, delivering best-in-class accuracy for the most demanding high-speed design challenges.
- 2D, 2.5D, and 3D EM modeling
- Expert-based rule checks
- Standards compliance analysis
- Best-in-class EM accuracy for high-speed designs
