Compliant with UFS Standards: Ensures the UFS controller adheres to industry standards like UFS 2.0, 2.1, 3.0, and 3.1..

Host-Device Communication Simulation: Simulates interactions between host and device, ensuring proper data transfer for various UFS operations. It tests commands like read/write, erase, and command handling.

Multi-Lane Operation: Verifies the controller’s ability to handle multiple data lanes for high-speed data transfer. This ensures proper synchronization and error correction mechanisms between lanes.

Power Management Simulation: Simulates power states, including active, sleep, and suspended states. It ensures the controller efficiently manages power consumption and transitions between power modes.

Error Handling Verification: Simulates potential protocol errors, such as timeouts and data corruption. It tests the controller’s response to errors and its ability to recover using retries or other error-handling mechanisms.

Clock & Data Integrity: Ensures reliable clock synchronization and data integrity between the host and device. This feature validates the consistency and timing of data transfers.

Advanced Performance Testing: Benchmarks performance metrics like throughput and latency. It simulates burst data transfers to validate the system’s capacity to meet high-performance storage requirements.

Transaction-Level Verification: Simulates both data and control transactions at the protocol level. This ensures proper sequencing and flow of UFS commands, in compliance with the UFS standard.

Protocol Error Injection: Enables the injection of protocol-level errors for testing. This feature helps verify the robustness of error detection, reporting, and handling mechanisms.

Realistic Timing Models: Provides precise timing models to replicate real-world conditions. This includes factors like signal delays and bus contention to ensure accurate simulation results.