Cloud native EDA tools & pre-optimized hardware platforms
The challenges of today’s optical designs require sophisticated and precise non-spherical surface shapes. A new surface formulation specified by G.W. Forbes provides designers with a “freeform” surface where the coefficients are orthogonal (similar to Zernikes), but in addition, provide insight and control over the manufacturability of the surface. These attributes can improve the design process and lower the manufacturing costs for the components that use these surfaces.
A CODE V surface using the Forbes Freeform formulation is available as a User-Defined Surface, which you can download from the Customer Support Portal.
For background on this freeform surface formulation, see:
G. W. Forbes, “Characterizing the shape of freeform optics,” Opt. Express 20, 2483-2499 (2012). https://doi.org/10.1364/OE.20.002483.
Updates to the CODE V material database, including the Hikari, Hoya, and Ohara optical glass catalogs, are now available for download from https://www.synopsys.com/optical-solutions/support/support-glass-catalog.html. Download links and installation instructions can be found on this page. For information about glasses affected by this update, refer to the History of CODE V Glass Database Changes on our website.
Please note that the glass catalog files are not compatible with CODE V version 11.0 or earlier.
Register for the Spring 2018 CODE V training sessions, which will be held in Mountain View and Sunnyvale locations in California. Visit our website and register today!
Introduction to CODE V for Image Forming Systems
March 5-9, 2018
Sunnyvale, CA
View details and register
Advanced Topics in CODE V
April 9-11, 2018
Mountain View, CA
View details and register
If you have any questions about these training courses, please email us for details at codev_support@synopsys.com.