Fast RFIC Passive Extraction
- 3D full-wave EM solver
- Multi-core parallelization and distributed computing
- Accurate modeling of substrate loss and conductor skin effect
- Large number of port model extraction and back-annotation to schematic
Fast RFIC and MMIC Passive Extraction
- Support import IRIS project file modeling
- Support import GDS file modeling
- Support serpentine routing model modeling
- Support RFIC modeling
- Support RFPCB modeling
- Support import Allegro RFPCB component with one click
- Support stackup setting by layer
- Support mesh size setting based on frequency
- Auto port searching simplifies EM setup
- Support metal 3D model to capture sidewall effect, and make it suitable for 45nm technology and below
- Support metal-slot removal option to improve simulation speed
- Introduce multi-threading technology to Green’s Function, greatly improve the database creation efficiency
- Optimized mesh to balance speed and accuracy, support rectangle and triangle mixed mesh to improve simulation speed
- Auto via array disfeaturing when generate mesh file
- Support 3D model display
- Support parallel processing techniques, especially for multi-threading processing
- Support batch simulation when multiple simulation jobs exist
- Support EM simulation results back-annotation
- Support export IRIS Plus model to HFSS with one click
Fast PDK Model Generation
- Parameterized Layout Design
- PDK EM Model Extraction
- PDK Equivalent Circuit Generation
- Customized PDK Generation
- Automatical Simulation Data Post-Processing
- Large Number of Parameters Sweeping Technology
- Correlation between PDK Measurement & Simulation
RF Passive PDK Verification
- Seamless integrated inside Cadence Virtuoso.
- Easy definition of parametric sweeping.
- Both Spectre simulation and EM simulation can be activated.
- Built-in template allows quick extraction of the electrical parameters.
- Multiple visualization plots helps to understand the impact on the electrical characteristics from the physical parameter sweep.
S-parameter Exploration
- Both frequency domain S-parameter and TDR plot
- One-click to define diff pairs and victim/aggressor pairs
- Built-in crosstalk plots including FEXT, NEXT, PSXT, ILD, ICN, and ICR
- Built-in compliance metrics
- Built-in passivity/causality/reciprocity/stability metrics
- Built-in delay and skew calculator
- Built-in template plot for RF components
- Built-in Tline2D Calculator
- Built-in Thru-Only De-embedding
Via Modeling and Simulation
- Optimized mesh function improves simulation speed and precision.
- Fast 3D FEM solver offers better fidelity and quality.
- Fast Hybrid solver offers better capacity and speed compared to other tools in market.
- Multiple ways to create models or import Allegro brd.
- Use templates to create SMD/SMA/AC Decap model
- Auto port generation simplifies EM analysis setup.
- Support parametric and optimization sweep simulation.
- 3D-View makes the model check easier.
- Export to HFSS and CTS.
- SnpExpert displays S-parameter and TDR.
Channel Exploration
- Easy multiple channel creation by table with only one-click
- Built-in substrate and stackup databases
- Parametric S-Parameter and transmission line physical parameters for easy channel exploration
- Integrate SnpExpert into ChannlExpert seamlessly to automate compliance check for popular standards like CEI-25G-LR, IEEE 802.3bj and others.
Cable Modeling and Simulation
- Built-in template to allow easy cable modeling
- Support different drain types including center drain and dual drain
- Support different twine shielding including longitudinal and wrapping twine shielding
- Auto port generation to simplify EM setup
- Supports parametric sweep for easy what-if analysis
- 2D FEM solver to generate RLGC model
- 3D FEM solver to generate S-parameter model
- Interface to HFSS
TML Modeling and Simulation
- Transmission line calculator for SE, differential, and N-trace microstrip and stripline
- Built-in serpentine line template
- Built-in tabbed routing template
- Parametric support for parameter sweep
- 2D Finite Element Method (FEM) for transmission line calculator
- 3D Finite Element Method (FEM) for serpentine lines and tabbed routing lines
Package and Board level signal integrity analysis
- Optimized mesh algorithm improves simulation speed and precision
- Fast 3D FEM solver provides high-precision, high-quality solution
- Hybrid solver provides high-speed solution, performance is higher than similar products in market
- Support import brd model
- Manually add port, analysis setting
- The 3D view function makes the model checking more easily and visually
- Support export result to HFSS and CTS
Simulation Job Queue System
- Both Windows and Linux simulation platform were supported, in order to meet all customers’ requirements
- Support multiple simulation tools, including HFSS, IRIS Plus and so on
- Based on C/S architecture, so it’s quite easy to deploy, upgrade and play
- Support several major browsers for better usability, such as Chrome, IE and Firefox
- Support several user roles with different access permission, including administrator, ordinary user and super user
- Maximize computing resource usage by fully utilizing cluster scheduler, such as LSF, SGE and PBS
- Maximize simulation speed and efficiency by fully utilizing parallel computing and distributed computing
- Maximize simulation tool usage and save GUI license cost by fully utilizing queuing and batch simulation technology
- All submitted simulation projects were managed and supervised by project management module for easy back trace and reuse
- Simulation results and convergence status real time display improve simulation efficiency and productivity
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