RTL (Register Transfer Level) is a design abstraction in digital circuits that describes data flow between registers and the logic operations on that data. It’s used in hardware description languages like Verilog, enabling designers to simulate and verify circuits before hardware synthesis and fabrication.

verification ensures that a design meets specifications and functions correctly through simulation, formal methods, and testing. It detects errors, validates functionality, and confirms compliance with design requirements, helping to prevent costly post-production issues.

Static Timing Analysis (STA) in VLSI evaluates a circuit's timing performance by checking all possible paths for delays, ensuring it meets speed and timing constraints. It identifies critical paths and timing violations, helping to optimize and verify the design’s performance without requiring simulation.

• Bash 
• Perl 
• Tcl/Tk

• APB
• AHB
• AXI 
• AXI- Lite
• Wishbone
• DMA 
• SPI
• I2C
• UART

Consectetur libero id faucibus nisl. Et tortor at risus viverra adipiscing at in tellus. Et netus et malesuada fames ac. 

Functional coverage in VLSI design measures how thoroughly the design's functionality has been tested. It tracks whether all desired scenarios and code paths have been exercised during simulation. By identifying untested areas, functional coverage helps ensure comprehensive verification, leading to a more reliable and robust design.

Assertions in VLSI design are automated checks that validate code behavior during simulation. They ensure logical correctness and timing constraints, catching errors early for efficient debugging. Assertions help create reliable, robust systems that meet design specifications.