#Synplicity’s synplify pro pro
I think the last time I talked to a Synplicity rep the difference in cost between the pro and premier versions was substantial. The Synplify Pro and Synplify Premier products provide comprehensive HDL support for: VHDL 99 Verilog 2005 SystemVerilogWhile not comprehensively supported tools do support many mainstream language functions.
![synplicity’s synplify pro synplicity’s synplify pro](https://www.techdesignforums.com/practice/files/2015/02/IP-based-design-with-Synplify-diag-3.jpg)
While this approach can give you great results with ASICs, I'm not convinced it's worth the extra money for FPGAs where I think the improvement is only going to be minimal. VHDL output file for logic synthesis with Synplicity's Synplify Pro 7.0 and subsequent place and route with Xilinx' ISE Foundation Series 4.1i. Timing info from the place and route tool is fed back into the synthesis which can then try to improve the synthesis before another place and route iteration is attempted. In physical synthesis there is some iteration between the synthesis and place & route processes. Physical synthesis supposedly allows you to meet timing on designs where the traditional synthesis -> place & route process aren't sufficient. There is a big difference between these two versions.Īs I think you may have already discovered, the only difference between the Pro and Premier verisons is the physical synthesis option, otherwise the two versions are identical. Platform: VHDL Size: 315KB Author: guozifan6038 Hits: 2 Other systems SynplicitySynplifyProv7. Synplicity has optimized its Synplify and Synplify Pro FPGA synthesis software to provide a fast, easy-to-use solution for quickly reaching timing and. Synplify Pro software enhancements include the addition of register re-timing enabling faster circuit runtime for Xilinxs Virtex and Virtex-II devices. Synplify Pro has a much nicer interface and offers a bunch of addtional features. VHDLfrediv Description: VHDL is used to design the frequency divider The use of VHDL in FPGA/CPLD is described in this paper The number of odd and half integers with an even number, not 50, and 50 (N + 0.5) frequency, fractional frequency, score frequency and integral frequency.