Comprehensive Cache Coherency Verification: Verifies compliance with cache coherency protocols across multiple processors. Ensures the proper handling of cache states such as shared, invalid, and exclusive for seamless communication.

Support for Advanced Coherency Models: Validates both snoop-based and directory-based coherency protocols for effective data consistency across multi-core systems. Essential for maintaining high performance in complex designs.

Multi-Layer Interconnect Support: Simulates interactions across multiple interconnect layers to ensure accurate protocol compliance in SoCs. Verifies proper operation in systems with complex memory hierarchies and communication paths.

Coherency Transaction Coverage: Covers key coherency transactions like ReadUnique, WriteBack, and CleanShared. Validates these operations under various traffic scenarios to ensure correct data handling across cores.

Highly Configurable Test Environment: Offers a parameterized test environment that allows for customization of ACE configurations. Tailors bandwidth, latency, and coherency levels to match specific system requirements.

Protocol Checkers and Assertions: Includes built-in protocol checkers that detect violations during simulation. Real-time assertions ensure that the system complies with AMBA ACE protocol rules and accelerates debugging.

System-Level Performance Metrics: Tracks performance metrics like latency, throughput, and coherency resolution time. Provides insights to optimize system performance and identify bottlenecks during simulation.

Seamless Integration with SoC VIPs: Easily integrates with AXI and other AMBA VIPs for a unified testbench environment. Ensures system-level compatibility across different verification IPs in SoC designs.

Pre-Built Test Scenarios: Provides pre-configured test cases for common cache coherency scenarios like eviction and invalidation. Speeds up the verification process by reusing proven, comprehensive test scenarios.

Debug-Friendly Features: Generates detailed logs and waveform traces to aid in debugging. Helps identify issues quickly and ensures efficient troubleshooting during the verification phase.