Abstract: Disclosed are a data processing system comprising: a memory system for providing a host with a memory map segment including map pieces; and the host for storing the memory map segment as a host map segment and converting a logical address into a physical address using the host map segment. The memory system stores changed map pieces in a map cache, inserts the changed map pieces in a response to a first command, and provides the host with the response. The host updates the host map segment based on the changed map pieces. When a read command includes a logical address and a physical address, the memory system accesses a memory device using the physical address of the read command according to whether the logical address of the read command is stored in the map cache.

Abstract: Provided herein may be a storage device and a method of operating the same. A memory controller may include a command processor configured to generate a flush command in response to a flush request and determine flush data chunks to be stored, a write operation controller configured to control memory devices to perform a first program operation of storing flush data chunks, and to perform a second program operation of storing data corresponding to a write request that is input later than the flush request, regardless of whether a response to the flush command has been provided to a host, and a flush response controller configured to, when the first program operation is completed, provide a response to the flush command to the host depending on whether responses to flush commands, input earlier than the flush command, have been provided to the host.

Abstract: A memory controller includes a mapping data control unit configured to interrupt the generation of the additional mapping data, when during generation of additional mapping data, an operation for an address identical to a logical block address in the additional mapping data is performed, and to generate dummy mapping data. The additional mapping data may include mapping information indicating a mapping relationship between a logical block address and a physical block address.

Abstract: Provided herein may be a memory system and a method of operating the same. The memory system may include a host configured to generate and output a host command and a host address and to receive and store host map data, a controller configured to store map data, generate an internal command in response to the host command, and map the host address to an internal address based on the map data, and a memory device configured to perform an operation in response to the internal command and the internal address, wherein the controller is configured to load, when the map data corresponding to the host address is not stored in the controller, new map data into a map data storage area storing map data that is identical to the host map data.

Abstract: Disclosed are a memory system, a memory controller, and a method of operating the memory system. The memory system performs an operation of recovering system data lost due to SPO when an SPO recovery operation is performed, and flushes recovered system data into the memory device after a first time point at which the operation of recovering the system data is completed and before a second time point at which a power off preparation request is received from a host.

Abstract: A memory system may include a plurality of dies; and a controller coupled to the plurality of dies through a plurality of data paths, the controller being suitable for transmitting first data received from a host and second data obtained through an internal operation in parallel through the plurality of data paths.

Abstract: A memory system may comprise: a memory device including a plurality of memory dies; and a controller including a first memory, Wherein the controller may store data segments of user data, corresponding to a plurality of commands received from a host, in the first memory, controls the memory device to sequentially store the data segments in the memory dies through interleaving, may update map segments of map data corresponding to storage of the data segments in the memory dies, may store the map segments in the first memory, controls the memory device to store the map segments stored in the first memory in the memory dies, and may assist the host in storing the map segments, stored in the first memory, in a second memory in the host.

Abstract: A memory system may include: a nonvolatile memory device; and a controller suitable for generating first map information which maps physical addresses of the nonvolatile memory device to logical addresses received from a host, selecting some segments of the first map information as second map information, and outputting the second map information to the host, the controller may determine whether the second map information is updated, and may determine updated map segments as third map information, and the controller may output information to the host indicating the third map information corresponding to a command received from the host.

Abstract: A data storage apparatus includes storage including a plurality of memory blocks and a controller configured to set an attribute of each of the memory blocks as a random memory block or a sequential memory block, and to manage validity of map data for data stored in each of the memory blocks using a map segment bitmap. The controller configures at least one memory block set by combining a set number of memory blocks, as a housekeeping event is triggered, and selects a victim block set from the at least one memory block set based on continuity of a logical address, or a number of valid map data, or both.

Abstract: Provided herein may be a memory system and a method of operating the same. The memory system may include a host configured to generate and output a host command and a host address and to receive and store host map data, a controller configured to store map data, generate an internal command in response to the host command, and map the host address to an internal address based on the map data, and a memory device configured to perform an operation in response to the internal command and the internal address, wherein the controller is configured to load, when the map data corresponding to the host address is not stored in the controller, new map data into a map data storage area storing map data that is identical to the host map data.

Abstract: A memory system includes a memory device configured to store a piece of data in a location which is distinguished by a physical address and a controller configured to generate a piece of map data associating a logical address, inputted along with a request from an external device, with the physical address and to transfer a response including the piece of map data to the external device.

Abstract: There are provided a controller and a memory system having the same. The controller includes: a background operation manager configured to determine a background operation level according to an amount of first data received from a host and an amount of second data generated in a randomization operation and an error check operation of the first data, and output a background operation signal according to the background operation level, and a processor configured to output a background command set by adjusting an operating ratio of a background operation according to the background operation signal.

Abstract: A memory system includes a memory device including a plurality of source dies, wherein each of the plural source dies includes a plurality of memory blocks; and a controller suitable for configuring a super block by selecting a memory block of which a maximum erasable count value is lowest in each of the plurality of dies.

Abstract: Embodiments of the present disclosure relate to a system and an operating method thereof. According to embodiments of the present disclosure, a memory system may transmit a first type response indicating that first data has been cached in a cache to the host when receiving a first command requesting to write the first data from the host, and may transmit a second type response indicating success or failure of an operation of storing the first data in the memory device to the host after transmitting the first type response to the host. Further, the host may delete the first data from a write buffer after the operation of storing the first data in the memory device succeeds.

Abstract: A memory system may comprise: a memory device including a plurality of memory dies; and a controller including a first memory, Wherein the controller may store data segments of user data, corresponding to a plurality of commands received from a host, in the first memory, controls the memory device to sequentially store the data segments in the memory dies through interleaving, may update map segments of map data corresponding to storage of the data segments in the memory dies, may store the map segments in the first memory, controls the memory device to store the map segments stored in the first memory in the memory dies, and may assist the host in storing the map segments, stored in the first memory, in a second memory in the host.

Abstract: An electronic device may include a plurality of data storage devices including a master storage device and one or more slave storage devices. Each of the data storage devices comprises a storage configured to store data and a controller configured to control data input/output operations with respect to the corresponding storage. The controller of the master storage device receives device information including identification information, capacity information and physical configuration information from each of the slave storage devices, and the controller of the master storage device changes an electric power mode of at least one of the slave storage devices selected based on capacity margin of the master storage device and the device information.

Abstract: Disclosed is a memory system including: a memory device including a plurality of memory blocks; an address management component suitable for generating an address map table by sequentially mapping a logical address of write data to physical addresses of the memory blocks, in response to a write command; and a read/write control component suitable for writing the write data to a super memory block including pages of each of the memory blocks, based on the address map table, wherein the address management component maps a logical address of invalidation data which is designated by a host, to a physical address of a first memory block of the memory blocks in the address map table.

Abstract: A data processing system may include: a host suitable for including a first physical address corresponding to a first logical address in a first command, wherein the first physical address and the first logical address are associated with data, and sending the first command with the first physical address; and a memory system suitable for performing an operation corresponding to the first command by using the first physical address received from the host, and sending a result of the performed command operation to the host as a response, the host may check a time difference between a first time point that the first command is sent and a second time point that the response corresponding to the first command is received, and may determine whether to use the first physical address in a next command, based on a result of the time difference check.

Abstract: A storage device having an improved write response speed includes a memory device and a memory controller. The memory device including a plurality of turbo write blocks and a plurality of normal memory blocks and a memory controller configured to control the memory device to store data corresponding to a write request received from a host in any one block among the plurality of turbo write blocks and the plurality of normal memory blocks, in response to the write request, wherein the plurality of turbo write blocks respectively include memory cells being programmed to store different numbers of data bits.

Abstract: A memory system may include: a memory device including plural memory dies each having plural memory blocks; and a controller configured to control the memory device to independently perform an operation to each of the memory dies, wherein the controller controls the memory device to perform a foreground operation to a first one among the memory dies while performing a background operation to a second one among the memory dies.