Using the Synplify Pro product within the Modular Design Flow, design teams can easily define modular boundaries for each team member, and generate separate netlists and constraints for each section of the design.
Synplify pro rom inferencing software#
With this release, sequential shift components are automatically inferred and then implemented as an SRL (Shift Register Lookup) table, significantly improving performance in designs using these components.įor the first time, the Synplify Pro software includes support for the Xilinx Modular Design Flow.
The enhanced family of Synplify® products includes new quality of results improvements for Xilinx Virtex-II FPGAs, including Dynamic SRL support, automatic inference of Up/Down counters and support for simultaneous read and write for BlockRAMs. STAMP is a popular modeling format that is part of Synopsys Liberty(TM) program.
The software also includes support for the STAMP modeling format, enabling synthesis to understand timing within IP modules and therefore better optimize its surrounding logic. This mixed-language support can also benefit a team of designers implementing complex FPGAs by allowing individual designers to work on portions of the design in their language of choice. This becomes increasingly important as programmable logic design density increases and design reuse becomes a necessity. The Synplify Pro software enables communication between the modules, eliminating the need to re-implement the IP module. Traditionally, a designer would have to manually re-implement an IP module if it were written in a language different from the primary language of the design. The new Synplify Pro release offers mixed-language support, giving designers the ability to mix Verilog and VHDL modules within a design. With today's enhancements to our Synplify Pro synthesis solution, we believe that we have eliminated two major hurdles associated with design reuse and have helped to ease the design of complex FPGAs.'' ``However, integrating the modules can be tricky and time consuming if the IP module is written in a language different from the primary design language, or the timing of the IP module is unknown. ``Today, it has become commonplace to utilize IP in FPGAs in order to quickly add functionality and meet stringent time to market requirements,'' said Andy Haines, vice president of marketing for Synplicity. Synplicity has improved quality of results for Xilinx Virtex-II devices and Altera APEX20K/E families while adding new support for devices from Actel, Lattice Semiconductor, Lucent, QuickLogic and, for the first time, Triscend. Synplicity® also announced the Synplify Pro software supports the Xilinx Modular Design Flow. Additionally, the new release offers support for IP cores whose timing is modeled in the STAMP format, enabling improved timing performance in designs using pre-synthesized IP. With this new release, the synthesis product includes support for FPGA designs containing both Verilog and VHDL modules, known as ``mixed-language'' designs.
Synplify pro rom inferencing verification#
(Nasdaq: SYNP), a leading supplier of software for the design and verification of semiconductors for Internet infrastructure, today announced it has enhanced its Synplify Pro(TM) synthesis solution to support designers integrating intellectual property (IP) into high-density FPGAs. Synplicity Enhances Synplify Pro Product to Overcome IP Integration Barriers
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