Zuken has launched the CR-8000, a new PCB design product family that is specifically designed for system-level multi-board design. The CR-8000 suite is the only concept-to-manufacturing, multi-board design solution that has been developed from the start to address the unique requirements of today’s ever-increasing challenges in system-level design optimization.
The increasing complexity of systems, whether implemented in silicon or an a PCB, require engineers to use a tightly integrated design flow that spans architectural partitioning through fabrication, and includes bill of material (BOM) construction that is integrated with the design process. Although few EDA vendors offer a collection of tools to achieve most of these tasks, CR-8000 is the only completely integrated family of products to provide such solution.
The suite’s fully integrated design flow ranges from initial system planning, where critical design decisions are made about design partitioning, component selection, and form, fit, and function of the product or system; through detailed schematic and PCB design; and optimized manufacturing output.
Over the last decade, there have been numerous technology advances that enable a major step forward in PCB system design. CR-8000 has been designed from the start to take advantage of the latest advances in hardware and software technologies to offer unmatched user productivity and system performance.
CR-8000 includes the latest in:
All of this combines to form a solution that offers companies a competitive edge in their product design.
All of the products in this flow inherently support and facilitate multi-board design for system level design optimization:

Design Force has embedded support for high-speed design, allowing engineers and layout designers to conduct signal integrity, EMC, and power integrity analysis, manage constraints and autoroute. Improved product quality is achieved by early detection of design errors and verification of performance requirements through the embedded design analysis and online rules checking. Designers can effectively co-design a chip, package and board, embed components in the dielectric, and verify manufacturing rules in real-time. This ensures that both manufacturing requirements and engineering intent are preserved during the design process.