Synopsys Selects Zuken for Prototyping System Design

​Synopsys Selects Zuken Software for HAPS Prototyping System PCB Design

2 September 2015 – Zuken announces that Synopsys has chosen Zuken’s CR-8000 PCB design platform for their HAPS® FPGA-based prototyping family of products.

Synopsys sought the highest-performing PCB design platform available to assist with designing complex high-speed boards for their HAPS prototyping systems. Synopsys’ integrated and scalable hardware and software FPGA-based prototyping systems accelerate pre-silicon software development, hardware/software integration and system validation of IP and SoC designs. HAPS systems are used by design and validation teams to accelerate their SoC design schedules and avoid costly device re-spins.

FPGA-Based Prototyping Market Leader Chooses CR-8000 PCB Design Platform

John Koeter, Vice President of Marketing for IP and Prototyping at Synopsys, says: “To develop Synopsys’ highest performing SoC prototyping systems, we need a PCB design environment that can address the routing, signal integrity and timing margin challenges on these complex boards. Zuken’s CR-8000 met all of our requirements and we are using it to design the new high performance components in our next-generation HAPS systems.”

Zuken-Z0404-John-Koeter-x247-150x150Zuken’s CR-8000 met all of our requirements and we are using it to design the new high performance components in our next-generation HAPS systems.

John Koeter Vice President of Marketing for IP and Prototyping at Synopsys

Zuken’s CR-8000 is the industry’s only 3D, multi-board PCB design platform based on product-centric design principles. CR-8000 takes advantage of today’s multi-core processors and the latest graphics standards to maximize performance.

Kent McLeroth, CEO Zuken USA Inc., says: “Synopsys and Zuken have a long history of successful collaboration, and we look forward to continuing this relationship. The size and complexity of Synopsys’ HAPS systems is exactly the type of challenge we had in mind when developing the next generation CR-8000 design platform.”

For more information see www.zuken.com/cr-8000 and www.synopsys.com/HAPS

– ends –

About HAPS®

Synopsys HAPS® (High-performance ASIC Prototyping Systems) FPGA-based prototyping solution provides an integrated and scalable hardware-software solution used by design and validation teams to improve their ASIC design schedules and avoid costly device re-spins. HAPS systems enable a more parallel hardware/software development strategy where software developers, validation engineers and system integration experts have access to prototypes running at near real time speed months before tape-out of new ASIC silicon. FPGA-based prototypes are ideal for pre-silicon software development, system validation and hardware/software integration of ASIC IP and SoC designs. www.synopsys.com/HAPS

Related stories
Ingenieur-an-zwei-Schaltplanmonitoren-510x310
  • Press Release
octobre 21, 2026
CR-8000 2026 Streamlines PCB Development With New Automation and Reuse Capabilities

CR-8000 2026 introduces new PCB design automation, placement analysis, routing, and design reuse capabilities focused on reducing repetitive work across schematic development and PCB layout. New functionality includes automated schematic routing, Main Path View, AI-assisted Smart Design Reuse, and expanded AIPR routing controls.

Read now
Before-and-after PCB layout views showing dense connection data compared with the simplified Main Path View highlighting primary device connections.
  • Products
octobre 20, 2026
What's New in CR-8000 Release 2026

Zuken announced CR-8000 2026, a new release of its PCB design platform that adds automation, placement analysis, and design reuse capabilities to support engineering productivity across schematic development and PCB layout.

Read now
Valeo-Zuken-people-510x310
  • Press Release
mai 28, 2026
Valeo et Zuken unissent leurs forces pour redéfinir la conception électronique automobile

Valeo et Zuken collaborent à travers le Zuken Valeo InnoLab afin de créer une plateforme ouverte de conception électronique assistée par l’IA pour l’ingénierie automobile. Cette collaboration associe l’architecture IA de Zuken aux agents IA et à l’expertise industrielle de Valeo afin de réduire les délais de conception, renforcer la continuité numérique et soutenir une conception électronique robuste sur l’ensemble du processus de développement.

Read now
JOINT3_logo_TN-510x310
  • Press Release
septembre 04, 2025
Participating in "JOINT3" Consortium to Develop Next-Generation Semiconductor Packaging

Zuken Inc. has joined the JOINT3 consortium—an industry co-creation platform led by Resonac to accelerate the development of next-generation semiconductor packaging materials, equipment, and design tools for panel-level organic interposers—where Zuken will contribute its CR-8000 Design Force expertise to help demonstrate, optimize, and evolve design and manufacturing processes that address the growing demand for 2.xD and 3D semiconductor packages in applications such as generative AI and autonomous driving.

Read now