Synopsys, Inc. has released enhancements to its Synplify Pro and Synplify Premier FPGA synthesis tools. Synopsys reports that the 2010.09 release offers 4X faster runtimes and enables faster post-netlist incremental design turns. The new Synplify FPGA Synthesis Software supports Synopsys DesignWare Library datapath and building blocks components thus enables the use of common RTL from prototype to production. The 2010.09 Synplify Pro and Synplify Premier products also supports SiliconBlue’s iCE65 family of low-power FPGAs. The Synplify FPGA synthesis products are supported on Windows and Linux, 32 and 64-bit platforms.

“Designers increasingly require fast design turnaround, quick and accurate feedback on design performance and tools that improve the productivity of their geographically distributed design teams,” said Ed Bard, senior director of marketing, Solutions Group at Synopsys. “We enhanced the latest releases of Synplify Pro and Synplify Premier with these requirements in mind. Designers implementing FPGAs for production applications or ASIC prototyping will benefit from the faster, easier-to-use Synplify-based design flows.”

“As the leading provider of FPGAs, we are excited to see Synopsys’ commitment to making their high quality DesignWare IP available to FPGA designers. Synchronized support for DesignWare Library will greatly improve user productivity in FPGA-based design flows,” said Tom Feist, senior director of marketing for ISE Design Suite at Xilinx. “We have been working closely with Synopsys to ensure that our mutual customers gain the power efficiency, performance-capacity and price-performance of our Virtex-6, Spartan-6 and new 28nm 7 series FPGAs. The Synplify FPGA synthesis tools’ new team-design flow, improved runtime speeds and high quality of results will be critical for large-scale designs with up to two million logic cells.”

“The team-design features within the Synplify synthesis tool complement the incremental compilation technology in our Quartus II software in order to help users dramatically reduce design iteration times,” said Phil Simpson, senior manager, software technical marketing and EDA relationships at Altera Corporation. “Customers leveraging these solutions to design with our Arria, Cyclone or Stratix FPGAs will achieve rapid design turn-around times with improved quality of results and higher levels of productivity.”

“The adoption rate of our mobileFPGA devices is very strong, especially when you consider that many of our designers have never used FPGAs,” said Kapil Shankar, CEO at SiliconBlue Technologies. “The Synopsys Synplify FPGA synthesis solution will further accelerate this rate by enabling these users to achieve very high quality of results with low area utilization quickly and easily, getting their mobile handsets to market as fast as possible.”

Synplify Premier’s FAST logic synthesis employs the compile-point technology, thus enabling speed improvements with automatic parallel timing-driven synthesis execution on different portions of a design.

A new physical synthesis flow within Synplify Premier employs Synopsys’ global placer technology to apply performance improvements to an existing placed and routed design. Physical constraints are automatically determined from prior place and route runs. This makes the flow easy to use for logic synthesis users by freeing them from the need to perform complex physical constraint setup. Both the tools incorporate team-design features for hierarchical project management and concurrent development. Design blocks, or previously verified design IP can be created and shared internally and design blocks can be integrated at both the RTL or EDIF levels. Design team members can take a snapshot of a block and transfer the design files to the team leader for overall integration into the design.

Synplify Premier supports the full suite of datapath and building block components within DesignWare Library. Synplify Premier users can synthesize ASIC RTL that instantiates any of the DesignWare Library’s components to create FPGA-based prototypes of their ASIC design. ASIC and FPGA component support are now synchronized to help ensure the same DesignWare Library component used in the prototype is also used in the ASIC.

Source:http://www.eeherald.com/section/new-products/nps201009289.html