Logo

   ASIC and FPGA Projects
o    
Architecture design, VHDL coding and simulation of frame buffer manager portion of a Digital Video Recorder system using Altera FLEX FPGAs with Leonardo Spectrum VHDL synthesis and Altera Quartus-II place and route tools.
o    
Architecture design, VHDL coding, simulation, and lab debugging for a Xilinx Virtex-E XCV600E FPGA running at 66 and 132 MHz using Synplicity, Xilinx, and Model Technology tools. Used in a Voice over IP product.
o    
Chip architecture and VHDL design and simulation for portions of 2 CMOS standard cell ASICs using Synopsys, Model Technology, code coverage, and formal verification tools. Gate counts were 250k+ with design rules of 0.25 micron or smaller. Chips were used in a multi-gigabit ATM switch. Fab was IBM.
o    
Architecture design and vendor selection for an estimated 200k gate CMOS standard cell ASIC targeted for a multi-gigabit ATM switch. Fab was to be ST. Project was canceled just as coding began.
o    
System design and VHDL design and simulation of 22000-gate, 0.8 micron CMOS gate array ASIC following prototyping in Xilinx FPGAs using Synopsys, Model Technology, and Xilinx tools. Fab was AMI.
o    
Schematic design and simulation of a 9200-gate, 1.0 micron CMOS gate array ASIC using Viewlogic tools. Fab was AMI. Custom C model written for behavioral simulation and test vector generation.
   CAD/CAE tools used (platform)
o
Synopsys Design Compiler ASIC VHDL synthesis (Sun)
o
Synplicity FPGA VHDL synthesis (PC)
o
Leonardo FPGA VHDL synthesis (PC)
o
Model Technology VHDL simulation (PC and Sun)
o
VHDLCover code coverage (Sun)
o
Chrysalis formal verification (Sun)
o
Verisity Specman E VHDL verification (Sun). Course taken but not used.
o
Altera Quartus II (PC) place and route tools
o
Xilinx ISE (PC and Sun) place and route tools
o
Protel schematic and PCB layout (PC)
o
Viewlogic synthesis and schematic (PC and Sun)
o
Timing Designer (PC and Sun)
o
Abel (VAX)
HOME

  Copyright © 2003-2011 Marmot Engineering

Valid HTML 4.01!