Free Download Luceda Photonics IPKISS Design Suite 2025.12 | 1.4 Gb
Luceda Photonics is proud to announce the Luceda Photonics Design Platform 2025.12, empowering PIC designers worldwide to design more efficiently, collaborate more smoothly, and gain deeper insight into their PICs from the very first iteration.
This release introduces an easy PDK creation flow, a new interactive Signal Tracer, enhanced placement & routing (P&R), native dummy filling to simplify tape-out preparation, a new tutorial on fixing DRC violations, upgraded Layout Visualizer for layout navigation and inspection, enhanced collaboration via easy design sharing, and improved simulation robustness.
Key Highlights:
1.Easy PDK Creation & Building: Launch Your PDK Faster Than Ever
Creating a new Luceda PDK is now streamlined with the NEW Design Kit Project wizard in the Luceda Control Center, accelerating the journey from concept to production-ready PDK.
- Quickly start populating your PDK with layers and library components.
- Inspect & verify your setup using built-in inspection routines for layers and components.
- Automatically build a full distributable (including documentation, layer files, schematic IPKISS Canvas files, and OpenAccess libraries).
If you want to easily create and validate your IP libraries and PDKs using IP Manager, check out Luceda IP Manager.
2.NEW Interactive Signal Tracer: Visualize Light Propagation in Real Time
We're excited to introduce the new Signal Tracer, a new interactive tool that allows you to view your PIC designs and simulation results simultaneously.
- View the light propagation through your circuit.
- Identify major loss mechanisms and wavelength dependence.
3.Length Matching & New Placement Features: Design Faster with Smarter P&R
Two new features have been added to Placement & Routing to further automate your design flow.
- i3.MatchLength: Automate path length matching for Manhattan connectors by intelligently shifting control points, eliminating the need for manual tuning.
- i3.Distribute: Uniformly distribute a sequence of instances across a specific axis or grid using simple X/Y specifications.
4.Native Support for Dummy Filling: Streamline the Path to Your Tape-Outs
Your path to manufacturing has now been streamlined, giving you greater control over tape-out preparations directly within your everyday design environment.
- Add dummy fill directly inside IPKISS Layouts with i3.dummy_fill_layout
- Post-process any existing GDSII file with i3.dummy_fill_gdsii
5.Upgraded Layout Visualizer: Leverage New Navigation & Inspection Capabilities
The updated layout visualizer introduces powerful new navigation and inspection features, allowing you to explore complex PIC layouts faster and more intuitively.
- Anchor visualization: Easily copy the instance and anchor names for use in P&R code from the layout visualizer.
- Hierarchy navigation: View and navigate the full cell hierarchy and toggle visibility for individual cells or layers to isolate specific parts of your circuit.
- Visual UX improvements: Enjoy improved zooming for grids and axes, and proper highlighting of hidden layers on mouse hover.
6.Enhanced Collaboration via Easy Design Sharing - No License Required
Designers can now export the full visualizer state (including layout, signal tracing results, and hierarchy) to a standalone HTML file. Your colleagues can explore your designs interactively in any standard web browser, even without an active IPKISS license. This feature is especially useful for:
- Education: Explaining PIC concepts clearly in the classroom.
- Measurement teams: Showing colleagues exactly how to measure a device and what results to expect.
- Collaboration: Sharing interactive designs with colleagues and partners for immediate feedback.
7.Improved Simulation Robustness for Faster Results
- Mixed-Mode Support: You can now run your simulations containing a mix of multimode and single-mode devices seamlessly.
- Remove Undefined Models From Circuit Simulation: You can remove any undefined or unevaluable models from the simulation netlist prior to simulation, particularly for electrical devices without models that do not contribute to the optical simulation, while warnings are provided when models cannot be netlisted.
IPKISSis a parametric design framework for integrated circuits, and in particular for Photonic Integrated Circuits (PICs). It revolves around the sound engineering concept that duplicating information in the design process is dangerous: at some point you will make an error (copy-pasting the wrong component, or forgetting to modify a parameter in one place). In IPKISS, you can define parametric cells (PCells) where all your design information is integrated into one place. IPKISS then handles the transition between the different steps in your design flow and makes sure that the necessary information is available and correct. IPKISS is based on Python, an easy to learn yet very powerful programming language that is widely used in engineering, science, data science, and automation.
Luceda IPKISS - OptiSystem Co-simulation: Bridging PIC Design and System Simulation
OptiLUCEDA CoSim is a new co-simulation tool developed by Optiwave in collaboration with Luceda Photonics. This integration enables designers to fully simulate their photonic integrated circuit (PIC)-based products in a unified system environment where they can leverage Luceda's layout and modelling capabilities of the PIC and the system-level simulation features of Optiwave.
Luceda Photonicsis a leading provider of photonic integrated circuit (PIC) design software and services. The Luceda Photonics Design Platform bundles the expertise of the company's team of experienced professionals, and empowers the designer to quickly achieve their tape-out, getting their designs right the first time. We enable photonic IC designers to enjoy the same power as electronic IC designers. Since our launch in 2014, we've worked with thousands of customers and partners across the globe.
Owner:Luceda Photonics
Product Name:IPKISS Design
Version:Suite 2025.12
Supported Architectures:x64
Website Home Page :www.lucedaphotonics.com
Languages Supported:english
System Requirements:Windows *
Size:1.4 Gb
1.Easy PDK Creation & Building: Launch Your PDK Faster Than Ever
Creating a new Luceda PDK is now streamlined with the NEW Design Kit Project wizard in the Luceda Control Center, accelerating the journey from concept to production-ready PDK.
- Quickly start populating your PDK with layers and library components.
- Inspect & verify your setup using built-in inspection routines for layers and components.
- Automatically build a full distributable (including documentation, layer files, schematic IPKISS Canvas files, and OpenAccess libraries).
If you want to easily create and validate your IP libraries and PDKs using IP Manager, check out Luceda IP Manager.
2.NEW Interactive Signal Tracer: Visualize Light Propagation in Real Time
We're excited to introduce the new Signal Tracer, a new interactive tool that allows you to view your PIC designs and simulation results simultaneously.
- View the light propagation through your circuit.
- Identify major loss mechanisms and wavelength dependence.
3.Length Matching & New Placement Features: Design Faster with Smarter P&R
Two new features have been added to Placement & Routing to further automate your design flow.
- i3.MatchLength: Automate path length matching for Manhattan connectors by intelligently shifting control points, eliminating the need for manual tuning.
- i3.Distribute: Uniformly distribute a sequence of instances across a specific axis or grid using simple X/Y specifications.
4.Native Support for Dummy Filling: Streamline the Path to Your Tape-Outs
Your path to manufacturing has now been streamlined, giving you greater control over tape-out preparations directly within your everyday design environment.
- Add dummy fill directly inside IPKISS Layouts with i3.dummy_fill_layout
- Post-process any existing GDSII file with i3.dummy_fill_gdsii
5.Upgraded Layout Visualizer: Leverage New Navigation & Inspection Capabilities
The updated layout visualizer introduces powerful new navigation and inspection features, allowing you to explore complex PIC layouts faster and more intuitively.
- Anchor visualization: Easily copy the instance and anchor names for use in P&R code from the layout visualizer.
- Hierarchy navigation: View and navigate the full cell hierarchy and toggle visibility for individual cells or layers to isolate specific parts of your circuit.
- Visual UX improvements: Enjoy improved zooming for grids and axes, and proper highlighting of hidden layers on mouse hover.
6.Enhanced Collaboration via Easy Design Sharing - No License Required
Designers can now export the full visualizer state (including layout, signal tracing results, and hierarchy) to a standalone HTML file. Your colleagues can explore your designs interactively in any standard web browser, even without an active IPKISS license. This feature is especially useful for:
- Education: Explaining PIC concepts clearly in the classroom.
- Measurement teams: Showing colleagues exactly how to measure a device and what results to expect.
- Collaboration: Sharing interactive designs with colleagues and partners for immediate feedback.
7.Improved Simulation Robustness for Faster Results
- Mixed-Mode Support: You can now run your simulations containing a mix of multimode and single-mode devices seamlessly.
- Remove Undefined Models From Circuit Simulation: You can remove any undefined or unevaluable models from the simulation netlist prior to simulation, particularly for electrical devices without models that do not contribute to the optical simulation, while warnings are provided when models cannot be netlisted.
IPKISSis a parametric design framework for integrated circuits, and in particular for Photonic Integrated Circuits (PICs). It revolves around the sound engineering concept that duplicating information in the design process is dangerous: at some point you will make an error (copy-pasting the wrong component, or forgetting to modify a parameter in one place). In IPKISS, you can define parametric cells (PCells) where all your design information is integrated into one place. IPKISS then handles the transition between the different steps in your design flow and makes sure that the necessary information is available and correct. IPKISS is based on Python, an easy to learn yet very powerful programming language that is widely used in engineering, science, data science, and automation.
Luceda IPKISS - OptiSystem Co-simulation: Bridging PIC Design and System Simulation
OptiLUCEDA CoSim is a new co-simulation tool developed by Optiwave in collaboration with Luceda Photonics. This integration enables designers to fully simulate their photonic integrated circuit (PIC)-based products in a unified system environment where they can leverage Luceda's layout and modelling capabilities of the PIC and the system-level simulation features of Optiwave.
Luceda Photonicsis a leading provider of photonic integrated circuit (PIC) design software and services. The Luceda Photonics Design Platform bundles the expertise of the company's team of experienced professionals, and empowers the designer to quickly achieve their tape-out, getting their designs right the first time. We enable photonic IC designers to enjoy the same power as electronic IC designers. Since our launch in 2014, we've worked with thousands of customers and partners across the globe.
Owner:Luceda Photonics
Product Name:IPKISS Design
Version:Suite 2025.12
Supported Architectures:x64
Website Home Page :www.lucedaphotonics.com
Languages Supported:english
System Requirements:Windows *
Size:1.4 Gb
Recommend Download Link Hight Speed | Please Say Thanks Keep Topic Live
Rapidgator-->Click Link PeepLink Below Here Contains Rapidgator
LucedaPhotonicsIPKISSDesignSuite202512FreeDownload.html
http://peeplink.in/695e95f8dcbf
DDownload
7gavy.Luceda-Photonics-IPKISS-Design-Suite-2025-12-Free-Download.rar
FreeDL
7gavy.Luceda-Photonics-IPKISS-Design-Suite-2025-12-Free-Download.rar.html
AlfaFile
7gavy.Luceda-Photonics-IPKISS-Design-Suite-2025-12-Free-Download.rar
Links are Interchangeable - No Password - Single Extraction
