Dual Data Transmission Channel System for Read Write Command Segmentation

By segmenting the data transmission channel into dedicated read and write channels, the system maintains high adaptability to handle different command types simultaneously while ensuring data transmission smoothness within each channel. Each channel processes its designated command type without interruption or flushing, eliminating the instability caused by frequent switching in single-channel systems

The patent implements dynamic command routing that automatically directs Host Read commands to the first channel and Host Write commands to the second channel. This dynamic allocation allows the system to adapt to varying command sequences while maintaining stable, continuous data transmission within each channel, preventing the flushing and re-seeking that occur in static single-channel systems

The patent segments the transmission channel into dedicated read and write channels, eliminating time-wasting flushing and re-seeking operations. While this increases device complexity slightly, the time savings from continuous data transmission without interruption far outweigh the additional structural complexity, resulting in net time reduction for data transmission tasks

By providing separate channels for read and write operations, the patent ensures continuous useful action in both directions simultaneously. The first channel continuously transmits read data while the second channel continuously receives write data, eliminating the idle time and re-seeking operations that occur in single-channel systems during command switching