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ESC SV-282- A Methodology for Successful VHDL-Based FPGA Design
Jim Weyand Systems Engineer, Embedded Systems Design, Inc.
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DESCRIPTION
Engineers new to VHDL-based FPGA design often struggle converting design requirements into a successful FPGA design. The design methodology presented shows FPGA designers how to produce an RTL-level logic design that is easily and quickly converted to VHDL code, simulated, and implemented in the target FPGA. The design process also provides documentation that simplifies FPGA simulation and test. An example design is first presented to demonstrate the process followed by a class exercise.

PREREQUISITES
Course Price $19.95
Familiarity with RTL-level logic design; VHDL; VHDL test benches; FPGA technologies.

ESTIMATED TIME
94 minutes

AUTHOR

Jim Weyand Systems Engineer, Embedded Systems Design, Inc.
Jim Weyand has been a principal systems engineer at Embedded Systems Design, Inc. in Elkridge, Maryland since 2004. His previous employers include General Dynamics Advanced Information Systems and the Northrop Grumman Electronic Sensor and Systems Division. He has over twenty years experience in the specification, design, simulation, integration, and test of high performance, real-time embedded processing systems. During this time, his primary specialization has been in the areas of ASIC and FPGA design.
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Embedded Systems Conference (ESC)