ZUKEN UNVEILS ADVANCED HIGH-SPEED FEATURES FOR INTERNET-CONNECTED PCB DESIGN

eCADSTAR is now available in four configurations: Base, Advanced 3D, Advanced HS and Ultimate

December 18, 2019 – Bristol, UK, and Westford, MA – Zuken unveils advanced high-speed design features for its recently launched eCADSTAR connected PCB design platform. eCADSTAR Advanced HS extends eCADSTAR’s connected 3D PCB design capabilities with powerful high-speed routing tools, such as length and delay-based impedance and skew control, and comprehensive constraint management capabilities. With the release of eCADSTAR Advanced HS, eCADSTAR is now available in four complementary bundles that can be easily combined to meet individual profiles.

“As products become more complex and connected, high-speed design is a key part of the design and manufacturability of printed circuit boards (PCBs). High-speed components and interfaces are at the heart of today’s smart and internet-connected products, and they demand advanced requirements for layout and routing”, says Jane Berrie, Signal Integrity Expert, Zuken Tech Center, Bristol. “eCADSTAR Advanced HS delivers those capabilities in an easy to use environment so that PCB designers can deliver exceptional high-speed design quality.”

eCADSTAR Advanced HS delivers those capabilities in an easy to use environment so that PCB designers can deliver exceptional high-speed design quality.

Jane Berrie Signal Integrity Expert, Zuken Tech Center, Bristol.

High-Speed PCB Design

The need to utilize high-speed design principles is becoming the norm rather than the exception – even if the clock-rates are not in the gigahertz range. Many of today’s common components like DDR3, DDR4 or DDR5 SDRAMs require high-speed PCB design practices to produce high-signal quality. As product performance increases and the need for device connectivity is pervasive, so is the need for high-speed constraint-driven PCB layout techniques.

eCADSTAR Advanced HS

With a consistent user interface from design entry through physical layout, and a central constraint browser, eCADSTAR Advanced HS provides powerful built-in capabilities to address the complex details of critical high-speed layout and routing. Constraints can be specified both in the schematic, and the physical design tools, or as design rules stacks eCADSTAR’s built-in constraint browser. eCADSTAR’s high-speed capabilities include:

  • Impedance controlled routing: In eCADSTAR, hardware engineers can constrain both single-ended and differential impedance to meet constraints on each board layer.
  • Length, delay and skew based routing: eCADSTAR works with both, length and delay constraints, including built-in simulation for detailed investigation of effects such as signal-to-signal coupling.
  • Topology control: High-speed signals need a routing topology that adhere to specified constraints. eCADSTAR enables topology control with a wide selection of templates and instant visualization to make control as fast and reliable as possible.
  • Handling of differential signals: In eCADSTAR differential signals can be routed with the assistance of automatic, clean end routing, specific design rules, and constraints.

Configurations and Pricing

With modular bundles, eCADSTAR Base, Advanced 3D, Advanced HS and Ultimate eCADSTAR can be configured in a wide variety of options to fit individual needs. eCADSTAR promotional pricing starts at under 2000 GBP / 2200 EUR / 2500 USD.

To find out more information about the bundles available click below.

COMPARE PRODUCT BUNDLES

 

eCADSTAR High-Speed Collage
eCADSTAR Advanced HS provides powerful built-in capabilities to address the complex details of critical high-speed layout and routing.

 

eCADSTAR Topology
The routing strategy for high-speed signals can be defined (“constrained”) in eCADSTAR’s Constraint Browser. Specifications include topology assignment and transmission line constraints
eCADSTAR Lenghten 3D
After routing the high-speed signals to the constraints specified in eCADSTAR’s Constraint Manager, the result can be submitted to a final DRC check and visualized in 3D to make sure everything is as it should be.

 

Embrace High-Speed Design

Is your PCB design high-speed? Even using standard components like DDR3, DDR4 or DDR5 SDRAMs means following high-speed PCB design guidelines. Let’s route some DDR3 memory.

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