1. An apparatus, comprising: NAND flash memory; random access memory; a first circuit for receiving and processing DDR signals such that the DDR signals result in SATA signals, the first circuit capable of being communicatively coupled to a first memory bus including a standard bus associated with a DDR protocol including at least one of a DDR protocol, a DDR2 protocol, a DDR3 protocol, or a DDR4 protocol; and a second circuit for receiving and processing the SATA signals such that the SATA signals result in NAND flash signals, the second circuit communicatively coupled to the first circuit via a second memory bus associated with a SATA protocol, the second circuit further communicatively coupled to the NAND flash memory via a third memory bus associated with a NAND flash protocol; wherein the apparatus is configured for: receiving, at the first circuit and via the first memory bus including the standard bus, a special command resulting from an execution of a first thread, the special command being one of a plurality of commands that are required to be received from a processing unit or a system component utilizing the DDR protocol for a random access data read from the NAND flash memory via the random access memory, the special command resulting in fetching of data; providing a status; and after the status, receiving, at the first circuit, a read command being another one of the plurality of commands that are required to be received from the processing unit or the system component utilizing the DDR protocol for completing the random access data read from the NAND flash memory via the random access memory; wherein the apparatus is further configured such that at least a portion of the data is caused to be fetched between the execution of the first thread and a second thread.