Abstract: An acceleration engine may include a set of accelerators and a set of resources coupled to the accelerators. The resources may interface the accelerators to an interconnect, and may provide a programming interface to the accelerators. Since the resources handle interfacing the accelerators to a given interconnect, the accelerators may be insulated from the details of a given system. If more than one accelerator is included in the acceleration engine, some of the resources may be shared by the accelerators. For example, if the resources include a memory for storing data accessed by an accelerator, the memory may be shared between by the accelerators. A methodology for creating an acceleration engine is also described.

Abstract: One aspect of the invention relates to an apparatus for processing a store instruction on a superscalar processor that employs in-order completion of instructions, the processor having an instruction dispatch unit, an architected register file, a rename register file, a load store unit, a completion unit and cache memory. In one embodiment of the invention, the apparatus includes a pointer queue having an entry corresponding to the store instruction, the entry containing a pointer to the entries in the architected and rename register files that contain data required by the store instruction; and a multiplexer coupled to read ports on the architected and rename register files so that data can be passed from one of the register files into an entry in a data queue, the data queue being coupled to the cache memory.