An improved method of operating a digital signal processor instruction pipeline and a memory interface for implementing the method. Memory store requests are separated into an address phase and a data phase. Store addresses are issued to the interface when ready and held in a queue until the corresponding store data is available. The store data is issued to the interface and held in a queue until its corresponding store address is to be coupled to memory. The pipeline operates more efficiently because it does not have to wait for store data before issuing the address and related control signals. Data coherency is maintained because load and store addresses are issued at the same pipeline stage and executed in the order issued.

 
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< Backup and archiving system by means of tape volume cassettes for data processing units

< Storage system and method for reorganizing data to improve prefetch effectiveness and reduce seek distance

> Memory system for supporting multiple parallel accesses at very high frequencies

> Multiprocessor system having a shared main memory accessible by all processor units

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