Enables multiple masters and slaves to communicate concurrently, enhancing scalability for complex systems. This is essential in multi-component architectures.

Handles multiple pending requests at once, enabling higher throughput. This reduces waiting times in systems with heavy data traffic.

Efficiently handles data that isn’t aligned to memory boundaries, increasing flexibility in memory operations. This is useful for handling dynamic or irregular data structures.

Allows transactions to complete in a non-sequential order, optimizing latency and system responsiveness. This ensures high efficiency in resource usage.

Provides a straightforward way to interface with peripherals and memory, reducing development complexity. This simplifies system design and debugging.