With the HyperLynx 3D Explorer, you don’t have to start from scratch because you have access to templates of commonly used 3D structures, whose parameter values can be specified and swept. Save time and effort when exploring the solution space and optimizing 3D structures. 16-minute webinarĮxplore the solution space and optimize 3D structures (3D Explorer) Additionally, once the S-parameter model is generated it can be automatically reused for different instances of the same 3D structure. It also reduces the time between design revisions because the 3D field solver can be run by a different team (the RF team, for example) than the team performing the PCB design.

The automatic process ensures return path continuity, avoids double counting of trace segments, and implements structure-specific port creation, # of mesh elements, and so on. This is an industry first! No other tool has such built-in intelligence. The over-arching model can then be used for subsequent time- or frequency-domain analysis.

The channel is divided automatically, with each part modeled in the respective field solver and then recombined to form the interconnect.

In VX.2.3, HyperLynx automatically identifies which parts of the net need to be modeled in a 3D vs.

Major new functionality is listed below.Īutomatic Channel Extraction and Modeling (Industry First) The release also includes more than 40 customer-requested enhancements (Ideas). I’m glad you asked! HyperLynx® VX.2.3 contains a large number of signal- and power-integrity analysis features, with a big focus on SERDES channel design and analysis (2-minute video).

Hyperlynx vx