Comprehensive Protocol Coverage: Supports AXI3, AXI4, and AXI4-Lite protocols, ensuring compatibility with a wide range of system configurations. It guarantees that the design adheres to AMBA specifications, enabling thorough verification.

High-Performance Verification: Validates high-throughput and low-latency transactions, ideal for bandwidth-intensive applications. Simulates burst transactions and out-of-order execution for accurate testing of system performance.

Flexible Configurations: Allows users to customize master, slave, and interconnect configurations to match diverse system architectures. This flexibility simplifies integration into various SoC designs and enhances testing accuracy.

Error Injection and Detection: Enables the injection of protocol violations to test error detection and recovery mechanisms. Helps identify potential issues in corner cases, improving system robustness and reliability.

Advanced Traffic Generation: Simulates complex traffic patterns, such as burst reads and writes, to stress-test the system. Supports multiple outstanding transactions, providing insights into real-world system performance.

Clock and Reset Management: Models clock domain crossing and reset synchronization to verify the system’s performance across different clock frequencies. Ensures smooth and consistent functionality in multi-clock designs.

Protocol Checks and Coverage Analysis: Includes built-in protocol checkers to monitor adherence to AXI specifications. Provides functional coverage metrics for faster identification of protocol violations and gaps in test coverage.

Low Power Mode Verification: Validates AXI low-power features, including idle states and clock gating, for power-efficient designs. Helps ensure the system operates optimally in power-constrained environments.

Debug and Monitoring Tools: Provides detailed transaction logging, signal tracing, and waveform generation for in-depth analysis. These tools simplify troubleshooting and accelerate debugging in complex SoC environments.

Ease of Integration: Compatible with industry-standard simulators and integrates seamlessly into UVM and other verification methodologies. This makes it easy to incorporate into existing workflows and enhances overall efficiency.