1. A Non-Volatile Memory Device (NVMD) comprising: a host-device interface for receiving commands from a host over a host bus; a bridge, coupled to the host-device interface, for converting requests from the host into concurrent requests; a traffic controller and dispatcher, coupled to the bridge, receiving the concurrent requests, for dispatching the concurrent requests over an internal bus; a plurality of NVMD branches, each NVMD branch coupled to the internal bus to receive one of the concurrent requests from the traffic controller and dispatcher; wherein each NVMD branch of the plurality of NVMD branches further comprises: a NVMD controller, coupled to the internal bus, having control logic and a flash channel interface; and a NVMD memory; wherein multiple NVMD branches are accessed concurrently in parallel by the concurrent requests; wherein the NVMD is a single chip integrated onto a single substrate of silicon; wherein the NVMD memory in each of the NVMD branches comprises: a memory interface coupled to the flash channel interface; a non-volatile memory array for storing blocks of data; a block address manager, for receiving a logical block address (LBA) from the traffic controller and dispatcher, for mapping the LBA to a physical block address (PBA) within a non-volatile memory array in the NVMD; wherein each NVMD branch of the plurality of NVMD branches further comprises: a NVMD controller, coupled to the internal bus, having control logic and a plurality of flash channel interfaces; wherein each of the plurality of flash channel interfaces is coupled to a NVMD memory; whereby multiple NVMD memory are coupled to each NVMD controller; wherein the NVMD controller further comprises: a page buffer; an address correlation page usage memory (ACPUM); a partial logical-to-physical address and page usage information (PLTPPUI) tracking table; a wear leveling counter and bad block indicator (WL/BB) tracking table; and wherein the plurality NVMD memory include a reserved area for a plurality of first physical blocks and a plurality of second physical blocks, the first physical blocks referenced by a plurality of first special logical addresses while the second physical blocks referenced by a plurality of second special logical addresses; wherein the plurality of first physical blocks is configured for storing the PLTPPUI tracking table and the plurality of second physical blocks for storing the WL/BB tracking table; wherein the ACPUM is configured to keep one set, corresponding to a set number, from the PLTPPUI tracking table; wherein the PLTPPUI tracking table is configured to hold correlations between the first special logical addresses and the first physical blocks; wherein the WL/BB tracking table is configured to hold correlations between the second special logical addresses and the second physical blocks, whereby requests from the host are dispatched to multiple NVMD branches.