[Segreteria.iii] New IPKISS 3.7 - Placement & Routing made intuitive

[Luceda Photonics]

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At Luceda, our main goal has always been to provide designers with the best tools to design photonic circuits. The new  IPKISS Photonics Design Platform 3.7 *brings to you an intuitive and flexible approach to placement and routing of photonic integrated circuits (PICs), perfected from designing countless PICs together with our customers.
Intuitive and flexible * PIC Placement & Routing *
By using the new IPKISS Circuit class ( i3.Circuit ), you can tackle large and complex circuits with the same ease as small and simple ones. Start simple and  gradually refine *your placements and connectors, cutting down the amount of time and iterations needed to achieve your final PIC design. Your connectors can’t be drawn because of layout restrictions? No worries, visualize the path for  easy understanding *of how to improve them. Do you want to switch from a Manhattan route to an S-Bend the week before tape-out? Simply replace a Manhattan connector with a bend connector and let IPKISS take care of the rest. From component design to circuit level, you will maintain full  parametricity *for both layout and simulation, enabling you to perform post-layout validations of your photonic circuits to achieve  full design integrity*.
Gain control over your routes *
Yes, you heard that right. With IPKISS 3.7 controlling your Manhattan routes becomes easier than ever. By specifying the  vertical and horizontal lines *your waveguide has to pass through, you have a more readable and intuitive way of controlling your routing.

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For a complete list of all the new features, please consult the  None [6] release notes  .

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Optical Phased Array  Learn how to maximize parametric control in layout and simulation of an optical phased array (OPA).
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AWG filter for Optical Coherence Tomography  Design an arrayed waveguide grating (AWG) filter for Optical Coherence Tomography using the IPKISS PDK for Ligentec AN150.
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IPKISS Libraries  Learn how to structure your IPKISS libraries and enrich foundry components with simulated models .
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Working as a team: tape-outs  Learn how to collaborate with your team towards a tape-out design project.
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Advanced routing  Learn how to define a routing heuristic to automate waveguide routing.
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Support *
Do you need help? Or do you have any questions? The Luceda team is here for you!
Send an e-mail to  None [13] support a lucedaphotonics.com  . You will automatically get a reply, asking you to choose a password, so that you can track the progress of your tickets and those of your team on  None [14] http://support.lucedaphotonics.com

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