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HyperLynx SI can address high-speed PCB problems throughout the design cycle, beginning at the earliest architectural stages and moving through post-layout verification. Pre-layout simulation allows you to predict and eliminate signal integrity problems early. Then you can proactively constrain routing, plan stack-ups and optimize topologies and terminations of clocks and other critical signals prior to board layout. Post-layout verification allows you to analyze signal integrity and timing at three important stages: Part placement in PCB layout system, after critical net routing and after detailed routing of an entire board.

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HyperLynx PI identifies potential DC power delivery issues such as excessive voltage drop, high current densities or excessive via currents which can lead to damage to the board and/or disconnected power can also be identified. HyperLynx PI can create highly accurate models of vias that include the entire bypassing network of the board, including all stitching capacitors and vias and the effect of energy radiated into the planes and plane resonances. HyperLynx PI optimizes the impedance of power distribution network (PDN) and allows for extraction of PDN models in terms of S,Y, Z-parameters.

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HyperLynx Thermal can import and analyze single-sided, double-sided and multilayer boards with irregular shapes and reference-plane discontinuities. Effects of gravity, air pressure and flow directions are modeled and PCBs can reside in a sealed compartment with or without a heat exchanger or in an open system with forced convection. Also HyperLynx Thermal incorporates full 3D modeling of complex flow and thermal fields based on heat conduction, convection and radiation, with accuracy results.

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Hyperlynx Analog is PCB functional simulation environment that extends Mentor Graphics’ DxDesigner into a design creation and functional verification cockpit. The combined DxDesigner and HyperLynx Analog solution promotes using the same schematic for both design entry and simulation and it allows the design team to verify the functionality of the design before proceeding to physical layout thus minimizing the costs and time associated with the traditional prototyping and debugging cycles. HyperLynx Analog can be used with any flow that includes DxDesigner, such as Expedition Enterprise, PADS, Cadence Allegro or Zuken flows.

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HyperLynx 3D EM SSD is regarded as the industry’s standard EM structure design tool built upon the only full-wave 3D method-of-moments platform. HyperLynx 3D EM SSD is ideally suited for the design of monolithic microwave integrated circuits (MMICs), radio-frequency integrated circuits (RFICs), low-temperature co-fired ceramic (LTCC) circuits, high-temperature superconducting (HTS) circuits, radio-frequency identification (RFID) antennas, patch antennas, slot antennas, wire antennas

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HyperLynx 3D EM - SI is the industry’s first full-wave 3D EM design and verification solution proven to meet the capacity & run-time performance demands of complete package, PCB or circuit-level simulation and modeling. The results are EM-accurate enabling design and signal integrity (SI) engineers to design and verify even their largest designs with the highest level of confidence. Automatic 3D geometry model creation features full support for bond wires, solder balls & bumps, interconnect and dielectric thicknesses. Proprietary non-uniform mesh generation and adaptive curve fitting ensure fast and accurate simulation results for these broadband applications.

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PADS® enables you to develop PCBs within a highly productive, scalable and easy-to-use environment. PADS solutions cover the spectrum of PCB development from schematic entry to manufacturing preparation. It has been proven on tens of thousands of designs around the world and the PCB design solutions are said to be created by designers for designers. They cover the entire design flow, from design definition through signal integrity analysis, functional simulation, layout and outputs to manufacturing. The PADS I/O Designer interface provides correct-by construction, drag and drop functionality that enables FPGA designers to easily create legal FPGA pins assignments. The add-on modules like design variant creation, advanced packaging, design-for-test, etc., enables PADS Layout to meet future design needs. In addition, PADS Layout offers seamless integration with Hyperlynx.


Ideal for the Electrical Design Engineer looking for rapid product definition.


Designed for the Layout Designer who wants to quickly define and complete PCB designs.


Created for Engineers who want complete product definition within a single solution and Layout Designers who need high speed routing capabilities.

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