EMArtist
Product Details
EMArtist is a fully integrated power integrity (PI) and signal integrity (SI) analysis tool for electronic packaging and printed circuit board (PCB) design. Through three-dimensional (3-D) modeling and finite element method (FEM) analysis, EMArtist performs 3-D, full-wave model extraction, and power and signal integrity analysis, including DC (static), AC (frequency domain), and transient (dynamic) analysis. EMArtist can import package and PCB design formats exported from various CAD tools. EMArtist discretizes the 3-D physical model and then solves Maxwell equations to extract resistive SPICE models or broadband S-parameters from the discretized geometry via FEM methods.
Product Function
-
3D Full-Wave Network Extraction and Power/Signal Integrity Analysis
Adaptive meshing and adaptive frequency sweep, with accuracy benchmarked against leading commercial EM modeling tools
Support for standard PCB/PKG design formats, such as .brd, ODB++, .mcm, etc.
Support for generic discrete component models, including S-parameters or circuit models for capacitors, inductors, resistors, ferrite beads, and more
Batch port setup automation and support for commonly used port types
3D Full-Wave FEM Solver
-
-
Flexible multiple viewing and editing options
Topology viewing and device editing
2D and 3D viewing
Layer stacking, topology connection, vias and other information viewing and editing
Content-rich one-click report function (.html) and feature-rich waveform display
-
-
Built-in S-parameter post-processing tool
Support various post-processing operations, such as parameter merging, port de-embedding/embedding, normalization, and stability analysis
Support conversion of S-parameters into equivalent broadband SPICE circuit models
-
Product Value
-
Integrated End-to-End SimulationEMArtist unifies Power Integrity (PI) and Signal Integrity (SI) analysis into a single workflow, covering DC, AC, and transient simulations. This eliminates tool switching and data inconsistency issues common in traditional flows, significantly improving design and verification efficiency.
-
High-Accuracy 3D Modeling and Full-Wave AnalysisLeveraging the Finite Element Method (FEM) and 3D full-wave model extraction, engineers can obtain highly accurate electromagnetic characteristics. This ensures that simulations of complex packages and PCBs closely reflect real-world behavior, effectively reducing trial-and-error costs.
-
Shortened Development Cycles and Reduced CostBy enabling comprehensive simulation and validation early in the design phase, engineers can identify potential issues in advance, reducing repeated prototyping and hardware debugging. This leads to significantly lower R&D costs and faster time-to-market.
-
Communication Industry
The 5G/6G era demands higher-speed interconnects and ultra-broadband networks. The Julin EM simulation platform enables engineers to evaluate signal integrity issues early in chip, package, and PCB design, ensuring stable and reliable high-speed links.
-
Big Data Center GPU Industry
Large-scale computing and data centers impose stringent requirements on high-speed interconnects and low-noise power networks. The Julin EM simulation platform helps optimize power distribution networks, reduce noise, and enhance throughput and system stability.
-
Automotive Industry
Intelligent and electric vehicles rely on high-speed buses and power electronics modules, with stringent PI and EMC requirements. The Julin EM simulation platform supports full-vehicle SI/PI analysis, ensuring the reliability and safety of automotive electronic systems.
-
Product
Details -
Product
Function -
Product
Value -
Related
Industries
