Abstract: A machine-implemented method for managing a flash storage system includes determining a projected life value for each of a plurality of flash memory devices in the flash storage system, wherein the projected life value for at least one of the plurality of flash memory devices is higher than the projected life value of at least another one of the plurality of flash memory devices. The method also includes determining operating parameters for each of the plurality of flash memory devices based on the respective projected life values for the plurality of flash memory devices. The method also includes configuring the plurality of flash memory devices based on the determined operating parameters.

Abstract: A machine-implemented method for managing a flash storage system includes determining a projected life value for each of a plurality of flash memory devices in the flash storage system, wherein the projected life value for at least one of the plurality of flash memory devices is higher than the projected life value of at least another one of the plurality of flash memory devices. The method also includes determining operating parameters for each of the plurality of flash memory devices based on the respective projected life values for the plurality of flash memory devices. The method also includes configuring the plurality of flash memory devices based on the determined operating parameters.

Abstract: A machine-implemented method for managing a flash storage system includes determining a projected life value for each of a plurality of flash memory devices in the flash storage system, wherein the projected life value for at least one of the plurality of flash memory devices is higher than the projected life value of at least another one of the plurality of flash memory devices. The method also includes determining operating parameters for each of the plurality of flash memory devices based on the respective projected life values for the plurality of flash memory devices. The method also includes configuring the plurality of flash memory devices based on the determined operating parameters.

Abstract: A machine-implemented method for managing a flash storage system includes determining a projected life value for each of a plurality of flash memory devices in the flash storage system, wherein the projected life value for at least one of the plurality of flash memory devices is higher than the projected life value of at least another one of the plurality of flash memory devices. The method also includes determining operating parameters for each of the plurality of flash memory devices based on the respective projected life values for the plurality of flash memory devices. The method also includes configuring the plurality of flash memory devices based on the determined operating parameters.

Abstract: A machine-implemented method for managing a flash storage system includes determining a projected life value for each of a plurality of flash memory devices in the flash storage system, wherein the projected life value for at least one of the plurality of flash memory devices is higher than the projected life value of at least another one of the plurality of flash memory devices. The method also includes determining operating parameters for each of the plurality of flash memory devices based on the respective projected life values for the plurality of flash memory devices. The method also includes configuring the plurality of flash memory devices based on the determined operating parameters.

Abstract: Techniques for implementing a hybrid non-volatile memory storage system are disclosed. The hybrid memory system may include a first non-volatile memory; a second non-volatile memory; and a memory controller to analyze a type of an operation and a characteristic of the operation, to determine a state of the second non-volatile memory, and to determine whether another operation is being implemented on the second non-volatile memory, the memory controller selectively implementing an operation on one of the first non-volatile memory and the second non-volatile memory segment based on the type of the operation, the characteristic of the operation, the state of the second non-volatile memory, and whether another operation is being implemented on the second non-volatile memory such that the memory controller implements the operation on the first non-volatile memory concurrently with the other operation being implemented on the second non-volatile memory based on the type of the operation.

Abstract: A machine-implemented method for managing a flash storage system includes determining a projected life value for each of a plurality of flash memory devices in the flash storage system, wherein the projected life value for at least one of the plurality of flash memory devices is higher than the projected life value of at least another one of the plurality of flash memory devices. The method also includes determining operating parameters for each of the plurality of flash memory devices based on the respective projected life values for the plurality of flash memory devices. The method also includes configuring the plurality of flash memory devices based on the determined operating parameters.

Abstract: A machine-implemented method for managing a flash storage system includes receiving a command for a data operation. The method includes determining a projected life value for each of a plurality of flash memory devices in the flash storage system, wherein the projected life value for at least one of the plurality of flash memory devices is higher than the projected life value for at least another one of the plurality of flash memory devices. The method also includes selecting a flash memory block on one of the plurality of flash memory devices for the data operation based on the respective projected life values for the plurality of flash memory devices.

Abstract: Techniques for implementing a hybrid non-volatile memory storage system are disclosed. The hybrid memory system may include a first non-volatile memory; a second non-volatile memory; and a memory controller to analyze a type of an operation and a characteristic of the operation, to determine a state of the second non-volatile memory, and to determine whether another operation is being implemented on the second non-volatile memory, the memory controller selectively implementing an operation on one of the first non-volatile memory and the second non-volatile memory segment based on the type of the operation, the characteristic of the operation, the state of the second non-volatile memory, and whether another operation is being implemented on the second non-volatile memory such that the memory controller implements the operation on the first non-volatile memory concurrently with the other operation being implemented on the second non-volatile memory based on the type of the operation.