Zuken Delivers High-Speed PCB Design and FPGA Collaboration

By DE Editors

Zuken announced the latest release of CR-5000, its PCB and IC Package design software. CR-5000 version 14 includes a number of productivity enhancements for greater collaboration in FPGA development and for high-speed design, the company says. CR-5000 Lightning, Zuken’s high-speed design verification tool, has also been upgraded.

Within CR-5000 Lightning, designers can automatically derive total routing capacitance to meet vendor specification for high-speed applications, such as DDR3. Lightning also has support for nested sub-circuits and coupled inductors (K elements) for importing SPICE models.

For batch SI simulation and analysis, improvements in operation and reporting for Lightning’s SI Controller include: expanded verification results and new options for generating reports, including automatic waveform image creation, to improve verification during the design process.

Also included are enhancements to DDR2/DDR3 wizards for managing constraints for multi-receiver, high-speed signal structures, and enhanced design reports supporting cross-probing with the PCB design.

Constraint setup within CR-5000 Board Designer is now simpler:  differential pairs can be created automatically, and new utilities allow constraints to be applied to high-speed signals without accessing the Constraint Editor. There is also improved collaboration during layout and design review. Design mark-ups can be exchanged bi-directionally between Board Designer and Board Viewer Advance for intelligent exchange of feedback.

For improved co-design of PCBs and programmable devices, such as FPGAs and ASICs, there is now tighter integration in CR-5000 with Zuken’s Graphical Pin Manager (GPM). New changes to high pin count,  multi-symbol devices in GPM can be updated collectively and automatically during logical circuit design. For FPGA design, pin constraint files in vendor specific formats, such as Xilinx or Altera,  can submitted to FPGA design tools, while updated signals associated to a device pin or signal names can be filtered.

For more information, visit Zuken.

Sources: Press materials received from the company and additional information gleaned from the company’s website.