I/O clustering in design cost and performance optimization for flip-chip design

Keyphrases

• Input-output 100%
• Design Performance 100%
• Performance Optimization 100%
• Design Cost 100%
• Cost Optimization 100%
• Flip-chip Design 100%
• Input-output Clustering 100%
• Cost Reduction 28%
• Output Buffer 28%
• Voltage Drop 14%
• Design Optimization 14%
• Long Wires 14%
• Power Network 14%
• Minimum Cost Flow Problem 14%
• Signal Integrity 14%
• Timing Performance 14%
• Integrated Circuit Design 14%
• Product Failure 14%
• Wirelength 14%
• Microelectronic Center of North Carolina 14%
• Placement Constraints 14%
• Flip-chip Technology 14%
• Integrity Preserving 14%
• Standard Cell Placement 14%
• Buffer Planning 14%
• Buffer Blocking 14%
• Traditional Rule 14%
• Technology Input 14%
• Design Inputs 14%

Engineering

• Cost Reduction 100%
• Early Stage 50%
• Experimental Result 50%
• Microelectronics 50%
• Voltage Drop 50%
• Flow Problem 50%
• Integrated Circuit Design 50%
• Placement Constraint 50%
• Product Failure 50%
• Circuit Designer 50%
• Buffer Block 50%