Ensuring design quality in large-scale FPGAs.
With the latest advancements in FPGA technology and the release of large-scale FPGA devices, design teams are facing more challenges than ever in creating high-quality HDL code. To save time during functional verification and implementation stages, it is becoming increasingly important to ensure design quality from the early stages of the design process. In the ASIC design flow, Lint tools (also known as design rule checkers) guarantee design quality in the early stages of the design lifecycle and maintain this quality throughout the entire project lifecycle.
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**Contents (Excerpt)** ■ Introduction ■ Design Rule Check Types ■ RTL Coding Checks - Typing Checks - Insertion of Latches - Combination Loops - Priority Encoded Multiplexers - Mismatches in Simulation and Logic Synthesis - Implementation-Independent Coding - Hierarchical Coding Checks ■ Clock and Reset in Large-Scale Designs Clock Reset ■ Clock Domain Crossing (CDC) Verification ■ FPGA-Specific Checks ■ Lint Tools in FPGA Design Flow - Block Level RTL Coding - Top Level Design Integration - Checks After Logic Synthesis (Gate Level) ■ Conclusion
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Aldec Japan, Inc. is a leading EDA tool vendor in the industry, releasing innovative design creation, simulation, verification solutions, and a variety of development boards, which are adopted for the development of large-scale FPGA/ASIC/SoC and embedded system designs. The fields we are involved in span various areas, including telecommunications, automotive, educational and research institutions, and the aerospace industry. Please feel free to contact us if you have any inquiries.