Abstract: A set of data items programmed to a first region of a memory subsystem according to a first sequence is identified. The first sequence does not correspond to a target sequence. The set of data items is copied from the first region to a second region of the memory subsystem according to the target sequence.

Abstract: Operations include establishing a queue storing a list of data burst commands to be communicated via a multiplexed interface coupled to the set of memory dies, communicating, during a first time period, a first data burst command in the queue to a first memory die of the set of memory dies via the multiplexed interface, and communicating, during a second time period, a second data burst command in the queue to a second memory die of the set of memory dies via the multiplexed interface, where a first latency associated with the first data burst command occurs during the second time period.

Abstract: A set of data items programmed to a first region of a memory subsystem is identified. The set of data items is programmed to the first region according to an initial sequence. A determination is made of whether the initial sequence corresponds to a target sequence associated with accessing the set of data items. Responsive to a determination that the initial sequence does not correspond to the target sequence, the set of data items is copied from the first region to a second region of the memory subsystem according to the target sequence.

Abstract: Operations include establishing a queue storing a list of data burst commands to be communicated via a multiplexed interface coupled to the set of memory dies, communicating, during a first time period, a first data burst command in the queue to a first memory die of the set of memory dies via the multiplexed interface, and communicating, during a second time period, a second data burst command in the queue to a second memory die of the set of memory dies via the multiplexed interface, where a first latency associated with the first data burst command occurs during the second time period.

Abstract: A set of data items programmed to a first region of a memory subsystem is identified. The set of data items is programmed to the first region according to an initial sequence. A determination is made of whether the initial sequence corresponds to a target sequence associated with accessing the set of data items. Responsive to a determination that the initial sequence does not correspond to the target sequence, the set of data items is copied from the first region to a second region of the memory subsystem according to the target sequence.

Abstract: A set of host data items is received for programming to the memory subsystem. The set of host data items is programmed to a first region of the memory subsystem that includes one or more memory devices. A determination is made that a sequence at which the set of host data items are programmed across memory devices of the first region does not correspond to a target sequence associated with accessing the set of host data items via the first region. The target sequence corresponds to a sequence that enables a host data items programmed to the memory sub-system to be accessed in parallel. The set of host data items is copied from the first region to a second region of the memory subsystem. A sequence at which the set of host data items is copied to memory devices of the second region corresponds to the target sequence.

Abstract: Operations include establishing a queue storing a list of data burst commands to be communicated via a multiplexed interface coupled to the set of memory dies, communicating, during a first time period, a first data burst command in the queue to a first memory die of the set of memory dies via the multiplexed interface, and communicating, during a second time period, a second data burst command in the queue to a second memory die of the set of memory dies via the multiplexed interface, where a first latency associated with the first data burst command occurs during the second time period.

Abstract: A set of host data items is received for programming to the memory subsystem. The set of host data items is programmed to a first region of the memory subsystem that includes one or more memory devices. A determination is made that a sequence at which the set of host data items are programmed across memory devices of the first region does not correspond to a target sequence associated with accessing the set of host data items via the first region. The target sequence corresponds to a sequence that enables a host data items programmed to the memory sub-system to be accessed in parallel. The set of host data items is copied from the first region to a second region of the memory subsystem. A sequence at which the set of host data items is copied to memory devices of the second region corresponds to the target sequence.