With each technological advance in the electronics industry, PCBs grow increasingly complex and challenging to design. Add globally dispersed design and manufacturing teams to the mix, and the collaboration hurdles make the project difficult at best. PCB Systems Design solutions from Mentor Graphic address these challenges by helping companies meet market demands, facilitate global collaboration, accelerate time-to-market, increase profit margins, and optimize / improve PCB reliability.

With each technological advance in the electronics industry, PCBs grow increasingly complex and challenging to design. Add globally dispersed design and manufacturing teams to the mix, and the collaboration hurdles make the project difficult at best. PCB Systems Design solutions from Mentor Graphic address these challenges by helping companies meet market demands, facilitate global collaboration, accelerate time-to-market, increase profit margins, and optimize / improve PCB reliability.

With each technological advance in the electronics industry, PCBs grow increasingly complex and challenging to design. Add globally dispersed design and manufacturing teams to the mix, and the collaboration hurdles make the project difficult at best. PCB Systems Design solutions from Mentor Graphic address these challenges by helping companies meet market demands, facilitate global collaboration, accelerate time-to-market, increase profit margins, and optimize / improve PCB reliability.

With each technological advance in the electronics industry, PCBs grow increasingly complex and challenging to design. Add globally dispersed design and manufacturing teams to the mix, and the collaboration hurdles make the project difficult at best. PCB Systems Design solutions from Mentor Graphic address these challenges by helping companies meet market demands, facilitate global collaboration, accelerate time-to-market, increase profit margins, and optimize / improve PCB reliability.

SystemVision allows system engineers and engineers from multiple disciplines to communicate, simulate, and optimize designs for first-pass success. SystemVision provides a virtual lab for design and analysis of analog, mixed signal, digital, and electro-mechanical designs.

SystemVision allows system engineers and engineers from multiple disciplines to communicate, simulate, and optimize designs for first-pass success. SystemVision provides a virtual lab for design and analysis of analog, mixed signal, digital, and electro-mechanical designs.

SystemVision allows system engineers and engineers from multiple disciplines to communicate, simulate, and optimize designs for first-pass success. SystemVision provides a virtual lab for design and analysis of analog, mixed signal, digital, and electro-mechanical designs.

PADS PCB design solutions are created for designers by designers. They cover the entire design flow, from design definition through signal integrity analysis, functional simulation, layout and outputs to manufacturing.

PADS PCB design solutions are created for designers by designers. They cover the entire design flow, from design definition through signal integrity analysis, functional simulation, layout and outputs to manufacturing.

PADS PCB design solutions are created for designers by designers. They cover the entire design flow, from design definition through signal integrity analysis, functional simulation, layout and outputs to manufacturing.

Thesystem of digital simulation projects based on VHDL, Verilog andmixed descriptions of built in performance analysis, indicatingactive code (code coverage), the comparator time diagrams andvisualizer Enhanced Dataflow Window. Main features: high speedsimulation for RTL and Gate projects; single simulator kernel andoptimized architecture Native Compiled; interactive debugging andanalysis module Debug Detective; integrated analysis of Code Coverage;optimization speed simulation using Performance Analyzer PerformanceAnalyzer; exhaustive tracing signals Signal Spy; debugger for C, C andinterfaces support Tcl / Tk; support for OS Unix / Windows / Linux.

Thesystem of digital simulation projects based on VHDL, Verilog andmixed descriptions of built in performance analysis, indicatingactive code (code coverage), the comparator time diagrams andvisualizer Enhanced Dataflow Window. Main features: high speedsimulation for RTL and Gate projects; single simulator kernel andoptimized architecture Native Compiled; interactive debugging andanalysis module Debug Detective; integrated analysis of Code Coverage;optimization speed simulation using Performance Analyzer PerformanceAnalyzer; exhaustive tracing signals Signal Spy; debugger for C, C andinterfaces support Tcl / Tk; support for OS Unix / Windows / Linux.

Thesystem of digital simulation projects based on VHDL, Verilog andmixed descriptions of built in performance analysis, indicatingactive code (code coverage), the comparator time diagrams andvisualizer Enhanced Dataflow Window. Main features: high speedsimulation for RTL and Gate projects; single simulator kernel andoptimized architecture Native Compiled; interactive debugging andanalysis module Debug Detective; integrated analysis of Code Coverage;optimization speed simulation using Performance Analyzer PerformanceAnalyzer; exhaustive tracing signals Signal Spy; debugger for C, C andinterfaces support Tcl / Tk; support for OS Unix / Windows / Linux.

When using large FPGA's on a PCB making sure that the FPGA pins are connected to the right signals is a cumbersome task. On the FPGA side the pins are assigned to the HDL signals that form the toplevel of the logic implemented on the FPGA. On the PCB side the pins have to be connected to the proper net that will connect it to other components on the PCB. Because implementation of FPGA and PCB is often done in parallel, the signal names used are not always identical. To make things even worse, it is often necessary to perform pin swaps to prevent PCB routing problems. These pin swaps have to be made both on the FPGA and the PCB. As this is almost always manual work, and current devices have over 1500 pins, a mistake is easily made.

When using large FPGA's on a PCB making sure that the FPGA pins are connected to the right signals is a cumbersome task. On the FPGA side the pins are assigned to the HDL signals that form the toplevel of the logic implemented on the FPGA. On the PCB side the pins have to be connected to the proper net that will connect it to other components on the PCB. Because implementation of FPGA and PCB is often done in parallel, the signal names used are not always identical. To make things even worse, it is often necessary to perform pin swaps to prevent PCB routing problems. These pin swaps have to be made both on the FPGA and the PCB. As this is almost always manual work, and current devices have over 1500 pins, a mistake is easily made.

When using large FPGA's on a PCB making sure that the FPGA pins are connected to the right signals is a cumbersome task. On the FPGA side the pins are assigned to the HDL signals that form the toplevel of the logic implemented on the FPGA. On the PCB side the pins have to be connected to the proper net that will connect it to other components on the PCB. Because implementation of FPGA and PCB is often done in parallel, the signal names used are not always identical. To make things even worse, it is often necessary to perform pin swaps to prevent PCB routing problems. These pin swaps have to be made both on the FPGA and the PCB. As this is almost always manual work, and current devices have over 1500 pins, a mistake is easily made.

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