Abstract: Provided herein may be a computing system having improved command processing speed. The computing system may include a host device configured to generate a command including information associated with operations to be requested, the information including a first information portion associated with a first operation of the operations and a second information portion associated with a second operation to be requested subsequent to the first operation, and output the command including the first information portion and the second information portion, and a storage device configured to store data and in communication with the host device, wherein the storage device is configured to: receive the command from the host device, perform the first operation in response to the command, and perform part of the second operation based on the second information portion in the command.

Abstract: Embodiments of the present disclosure relate to a storage device and more particularly to a storage device which processes data for each zone in a device implemented with zone storage, and an operation method of the storage device. According to the embodiments of the present disclosure, remaining blocks generated in each zone are collected and set to an over provisioning area, so that a storage space can be efficiently used. According to the embodiments of the present disclosure, data is separated and written to different zones. Also, zone compression is performed on the data written to a specific zone, so that the storage space of the zone storage can be efficiently used.

Abstract: A storage device may update, when executing a recovery operation for a sudden power-off, zone information for a target zone among a plurality of zones, and may transmit, after updating the zone information, an exception event alert message to a host. Further, the storage device may receive, after transmitting the exception event alert message, a command from the host, and may transmit updated zone information to the host as a response to the command.

Abstract: A storage device may receive provisioning information, which is setting information for a provisioning operation that sets a plurality of zones on a memory, from a host, and set a first zone in which cold data requested to be written by the host is stored, among the plurality of zones based on write booster type included in the provisioning information. The storage device may set the first zone in a first memory area if the write booster type is a first type, and set the first zone in a second memory area if the write booster type is a second type.

Abstract: The memory system is provided to include a memory device, and a memory controller configured to control the memory device. The memory controller is configured to transmit, after the host completes a first initial setting operation for the memory system, mapping information between a logical address and a physical address to a host in order to load the mapping information between the logical address and the physical address into a host memory area located in the host, and to transmit, before the host executes a second initial setting operation for the memory system, to the host, updated mapping information between the logical address and the physical address to update, based on a change made to the host memory area.

Abstract: A memory system may include a storage medium including a buffer region and a main region; and a controller configured to, when performing a flush operation, move normal data from the buffer region to the main region and maintain pinned data in the buffer region, wherein the pinned data is data which is determined by a host device to be maintained in the buffer region irrespective of the flush operation.

Abstract: A memory system may include a storage medium including a buffer region and a main region; and a controller configured to, when performing a flush operation, move normal data from the buffer region to the main region and maintain pinned data in the buffer region, wherein the pinned data is data which is determined by a host device to be maintained in the buffer region irrespective of the flush operation.

Abstract: A memory system may include a storage medium including a buffer region and a main region; and a controller configured to, when performing a flush operation, move normal data from the buffer region to the main region and maintain pinned data in the buffer region, wherein the pinned data is data which is determined by a host device to be maintained in the buffer region irrespective of the flush operation.

Abstract: A memory system includes: a memory device; and a controller suitable for controlling the memory device and including a buffer memory, wherein the controller performs error history logging into the buffer memory in response to a logging start command from a host, stops the error history logging in response to a logging stop command from the host, and provides the host with the logged error history in response to an output command from the host.

Abstract: A memory system may include a storage medium including a buffer region and a main region; and a controller configured to, when performing a flush operation, move normal data from the buffer region to the main region and maintain pinned data in the buffer region, wherein the pinned data is data which is determined by a host device to be maintained in the buffer region irrespective of the flush operation.

Abstract: A memory system includes: a memory device; and a controller suitable for controlling the memory device and including a buffer memory, wherein the controller performs error history logging into the buffer memory in response to a logging start command from a host, stops the error history logging in response to a logging stop command from the host, and provides the host with the logged error history in response to an output command from the host.

Abstract: The memory system is provided to include a memory device, and a memory controller configured to control the memory device. The memory controller is configured to transmit, after the host completes a first initial setting operation for the memory system, mapping information between a logical address and a physical address to a host in order to load the mapping information between the logical address and the physical address into a host memory area located in the host, and to transmit, before the host executes a second initial setting operation for the memory system, to the host, updated mapping information between the logical address and the physical address to update, based on a change made to the host memory area.

Abstract: The present invention provides an earth anchor bracket supported by a girder coupled to a side surface of an earth wall to fix a free length of an anchor body inserted into a boring hole formed at the earth wall according to an earth anchor method. The earth anchor bracket of the present invention includes two side plates each including a curved portion including saw-teeth and facing each other; a coupling material coupling and fixing the two side plates; and a pressure bearing means, supported by the two side plates and including obstacle protrusions engaged with the saw-teeth of the two side plates and a through portion withdrawing the free length of the anchor body.

Abstract: The present invention provides an earth anchor bracket supported by a girder coupled to a side surface of an earth wall to fix a free length of an anchor body inserted into a boring hole formed at the earth wall according to an earth anchor method. The earth anchor bracket of the present invention includes two side plates each including a curved portion including saw-teeth and facing each other; a coupling material coupling and fixing the two side plates; and a pressure bearing means supported by the two side plates and including obstacle protrusions engaged with the saw-teeth of the two side plates and a through portion withdrawing the free length of the anchor body.