Analysis
Synopsys announces Springsoft acquisition
Synopsys announces today that it has signed a definitive agreement to acquire SpringSoft. The SpringSoft acquisition supports Synopsys' strategy to quickly and effectively deliver the advanced capabilities that will help semiconductor customers solve their toughest design challenges, including verification and custom implementation.
UndeAfter the closing, SpringSoft will become part of Synopsys and SpringSoft stock will cease trading. When completed, Synopsys anticipates the transaction to be slightly accretive to fiscal 2013 non-GAAP earnings per share.
Verification requirements have exploded as designs have become increasingly complex, and debugging is the most time-consuming part of verification, taking up nearly half of the design cycle. At the same time, custom implementation tools have not kept up with the dramatic improvements seen in digital design. The combination of SpringSoft's and Synopsys' industry-leading verification technology portfolios will help accelerate delivery of a unified, powerful system-on-chip (SoC) debug environment so customers can continue to meet the demands of today's complex electronic designs. In addition, by integrating the physical design technology and teams from SpringSoft, Ciranova and Magma, Synopsys can accelerate innovation and offer a higher level of automation in custom implementation tools.
This acquisition will increase Synopsys' investment in Taiwan by growing our local engineering expertise, technology development capabilities and customer support, said Chi-Foon Chan, president and co-CEO at Synopsys. Combining SpringSoft's team and platform with Synopsys' complementary technology will help Synopsys lead further innovations in debug to more rapidly address the growing verification challenge. Simultaneously, SpringSoft's innovative custom implementation solution and its strong presence in leading Asian, European and U.S. semiconductor companies will help accelerate Synopsys' delivery of automation and innovation to an area of IC design that has been stagnant in the past.