High Speed SI Solutions
SnpExpert – S-parameter Exploration
ViaExpert – Via Modeling and Simulation
CableExpert – Cable Modeling & Simulation
TmlExpert – TML Modeling & Simulation
ChannelExpert – Channel Exploration
HERMES SI – Package and Board level signal integrity analysis
JobQueue – Simulation Job Queue System
IRIS – RFIC Passive Extraction
IRIS Plus – Fast RFIC and MMIC Passive Extraction
iModeler – Passive PDK Model Generation
iVerifier – Passive PDK Verification
You are here:
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.
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.
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
2017-06-12 - 11:17
Xpeedic to Exhibit at EDI CON China 2017
2017-03-25 - 17:26
0512 82855520 (Tel)
Scroll to top