"The ability to extend the ARC processors with our own instructions enabled us to preserve the performance of our market-proven TOP core while enabling a more productive C programming environment. This was a key requirement in our design and was possible only because of the flexibility of the ARC processors."

"Our customers requested that we move quickly to upgrade our webcams to the USB 3.0 specification, so we needed reliable USB 3.0 IP. By using DesignWare USB 3.0 IP, our silicon rollout went exactly as planned."

“Our focus is on ensuring that the code we develop in-house does not include defects that may be lead to vulnerability and exploit by attackers. We base our coding rules on SEI CERT, an internationally recognized coding standard to improve the reliability and security of software from design through development.”

"This SoC is our key product, so the IP had to work, and work the first time. DesignWare ARC Processors, USB 3.0 IP, and AMBA Interconnect offered the features that we needed, Synopsys Professional Services helped with integration, and silicon came up in the lab right away."

"Synopsys’ reputation as an established provider of FPGA-based prototyping solutions was a key factor in our decision to use HAPS for our A80 Octa SoC."

"With ZeBu we achieved a win-win situation not just faster time-to-market for our chips, but also faster time-to-market for the products of our customers. I would say confidently that with ZeBu we were able to cut close to three months off the development cycle of our image processing SoCs."

"Synopsys’ reputation as an established provider of FPGA-based prototyping solutions was a key factor in our decision to use HAPS for our high-end smart card integrated chip design. The flexibility of Synopsys’ HAPS system enabled reuse for several projects, ultimately reducing our development costs.”

"The Synopsys FPGA-Based Prototyping Solution provides our research staff high performance with design visibility and system control. These attributes allow us to rapidly bring up design variations and operate them at multimegahertz speeds."

"Using Platform Architect MCO & Virtualizer, we can build a virtual platform sooner, enabling architecture exploration, early software development and hardware performance verification at the highest level of the design phase for our SoC design."

"Synopsys Platform Architect MCO provides powerful analysis to identify and resolve architecture bottlenecks sooner, enabling us to achieve the right balance of system performance and cost."

"Being able to deliver a Virtual Target based on Synopsys’ virtual prototyping technology is key to helping our customers address the growing software complexity in their SoC FPGA-based designs."

"Our engagement demonstrated the proven expertise and experience from Synopsys’ service and support organization in building and deploying virtual prototyping solutions."

"Without the availability of Synopsys’ LTE and WCDMA model libraries early on, we would have increased our schedule and cost risk by 30%."

"Synopsys’ SPW consistently enables us to reach tape-out on schedule and within budget, despite the increasing complexity and required flexibility of our multi-standard transceiver solutions.”

"We trust the HAPS system to provide reliably high performance. Because Synopsys’ solution includes an integrated hardware plus software flow and great technical support, we save time and money."