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SI, PI 3D Analysis
High reliability, Excellent quality
Semiconductor / Medical equipment / Communication equipment / Defense, Automotive Electronics , Industrial PCB SI, PI 3D Analysis
As high-frequency RF and high-speed digital signal processing develop, the problem of increased PCB noise inevitably arises.
By verifying the increasingly complex PCB noise problem through SI and PI Analysis, important signals are verified before PCB production and the possibility of malfunction due to PCB design is prevented in advance, thereby ensuring integrity and creating a board with a stable power supply system. By providing reliable support and reducing trial and error, the development period is also shortened.
SI, PI Analysis Tool
SI, PI Analysis Tool
Signal Integrity
- Analyzing noise generated from board wiring
- Signal Quality Assurance (Securing Noise Margin, Securing Setup/Hold Timing Margin)
- System Interface Application
- High-speed semiconductor test board, MIPI CSI-2 v3.0, LPDDR4~5, AP board, Other boards where signal quality is important
Power Integrity
- Analysis of noise generated from the power/ground of the board
- Reduces noise from the board’s power/ground
- Resonance, IR Drop, Power/Ground Impedance, Simultaneous Switching Noise Application
- Defense boards (missiles, lasers, etc.), Automotive Electronics boards (autonomous driving), High-speed test semiconductor equipment board, communication equipment board, robot board, FPGA board, DDR4,5,6 PCB, CPU Main board
PI & Layout Analysis
| Simulation Based PCB Design | |
|---|---|
| Power Plane Analysis | PCB Layout Analysis |
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ECAE Process
ECAE Process
SI Process & Required Documents
SI Process & Required Documents
PI Process & Required Materials
PI Process & Required Documents
Analysis result
Analysis Results
SI Analysis
- Insertion Loss and Return Loss margin results
- Waveform, Eye Diagram results
- Signal Quality, Jitter, Delay, Skew results
- PCB Design Guide
PI Analysis
- IR-Drop & DCR Results
- PWR/GND Impedance Results
- Design Guide
Analysis Application Effect
Effect of application
Signal quality results that could only be confirmed through measurement are predicted in advance at the circuit diagram/PCB design stage and applied to the design.
Improved signal quality of developed products, reduced noise improved undershoot/overshoot and ringing/non-monotonic Predict timing of clock/bus signal and apply to design.
SI Report Example
PI Report Example
Innovating the Future
Transforming Your Business
