Synplicity synplify pro download software

#Synplicity synplify pro download software software#
#Synplicity synplify pro download software plus#

Its customers are also located in many fields such as communications, semiconductors, aerospace, computers and military electronics, such as: Philips, Agilent, Cisco, Lockheed, GE, Siemens, Lucent, Ericsson, Huawei, ZTE, UTStarcom, etc. All products support industry standard design languages (VHDL and Verilog) and can be applied to the most common operating systems. At the same time, the use of Synplicity's synthesis tools is 5 to 10 times faster than traditional synthesis tools. In the high-end FPGA market, Synplicity's advantages are more obvious, maintaining absolute market share. According to the latest market share data, Synplicity's global FPGA market share in 2004 was an absolute leading 67%, far ahead of the second 26%.

#Synplicity synplify pro download software software#

To show only the nodes you have selected, on the HDL_Analyst menu, click Filter Schematic.DataquestвЂ™s EDA market statistics show that SynplicityвЂ™s FPGA synthesis tools have ranked first in the comprehensive software market for five consecutive years. To highlight the critical paths in the design, on the HDL_Analyst menu, click Show Critical Path. To select specific signals quickly in your design, on the HDL_Analyst menu, click Find. Note: Because the Synplify software combines the a + b and a - b operations, cross-probing highlights the Case Statement that defines both functions.

#Synplicity synplify pro download software plus#

In either the RTL or Technology View, perform one or more of the following actions:Дouble-click the plus ( +) symbol pointer on a port name or symbol to cross-probe your VHDL or VerilogВ HDL source design files in the Synplify software. When you select this view, the HDL Analyst displays a graphical representation of the design and the mouse pointer becomes a plus ( +) symbol. On the HDL_Analyst menu, click Technology View to view the gate-level schematic. On the HDL_Analyst menu, click RTL View to view the RTL schematic. If you have not already done so, generate Verilog Quartus Mapping Files with the Synplify software. To use the Synplify HDL Analyst after synthesizing your design with Synplify software, go through the following steps: After you determine the critical speed paths, you can add timing constraints either to the VHDL or VerilogВ HDL source file or to a separate Synplify Design Constraints File (. The Synplify HDL Analyst also highlights critical paths within the design to show which signals require optimization for performance.

You can instantly identify and fix potential problems earlier in the design cycle by cross-probing between the RTL schematics, gate-level schematics, and HDL source code. The Synplify HDL Analyst generates Register Transfer Level (RTL) schematics, as well as technology-mapped, gate-level schematics. You can use the optional Synopsys Synplify HDL Analyst to graphically analyze and evaluate the performance of a design. Analyzing Design Results with the Synplify Software