close By using this website, you agree to the use of cookies. Detailed information on the use of cookies on this website can be obtained on OneSpin's Privacy Policy. At this point you may also object to the use of cookies and adjust the browser settings accordingly.

In the news

From EDACafe: Wild West: OneSpin’s Dave Kelf rides shotgun on SystemC

The last time I spoke at length with OneSpin’s Dave Kelf, the conversation was all about the Cloud. This week we picked up where we left off, talking about the Cloud, but then moved on to the Wild West. Dave is quite taken with the idea that the current situation in EDA is on par with the Wild West, that mythical place where a lack of structure and entrenched establishment allows true innovators to run wild free. First however, we caught up with OneSpin and the Cloud.

Read more


From Embedded Systems Engineering: Deep Verification Defends Embedded Components’ Safety and Security

David Kelf, OneSpin Solutions

Safety and security have become a paramount concern in a number of embedded design applications. Engineering segments such as automotive, defense, aeronautical and power generation require failsafe components that cannot be disrupted through accidental or malicious action, and often must demonstrate adherence to govern- ment or industry standards.

Read more

From Semiconductor Engineering: Tools And Flows In 2015

Others see the need for languages that span multiple levels of abstraction. Today, SystemC is heavily used for the development of blocks that process specific algorithms, says David Kelf, vice president of marketing for OneSpin Solutions. Transaction-level models of the algorithmic processing components in a chip are modeled using C, with a SystemC wrapper. These are verified and then synthesized into Verilog.

Read more

From Embedded Computing Design: Strategies for Verifying an FPGA Design

The escalating cost, time, and risk associated with custom integrated circuit (IC) fabrication has driven increased field programmable gate array (FPGA) usage across electronics applications. FPGAs are larger, faster, and more power-efficient than ever, and bring a number of capabilities unavailable in custom silicon design, such as field updates, multi-function devices, and simplified prototyping, making them an attractive option.

Read more




Press Contact

Michelle Clancy
» send an e-mail
» +1 503-702-4732