Abstract: A data administration unit for updating a first data structure in a first memory may comprise a second memory, a data structure generator for setting up a second data structure in the second memory, a pointer generator for setting at least one of a dynamic change indicator and a pointer in the first data structure, a waiting unit for waiting for a finalization of a data access of a data access unit, and a data structure over-writer for overwriting the first data structure using data of the second data structure. An data access unit for accessing a first data structure in a first memory may comprise a data access driver, a first synchronization signal evaluator for reception and evaluation of a first synchronization signal, and a synchronization approval signal generator for generation and submission of a first synchronization signal.

Abstract: A data administration unit for updating a first data structure in a first memory may comprise a second memory, a data structure generator for setting up a second data structure in the second memory, a pointer generator for setting at least one of a dynamic change indicator and a pointer in the first data structure, a waiting unit for waiting for a finalization of a data access of a data access unit, and a data structure over-writer for overwriting the first data structure using data of the second data structure. An data access unit for accessing a first data structure in a first memory may comprise a data access driver, a first synchronization signal evaluator for reception and evaluation of a first synchronization signal, and a synchronization approval signal generator for generation and submission of a first synchronization signal.

Abstract: A device having framing capabilities, the device includes at least one memory unit adapted to store data and metadata required for framing the stored data; the device is characterized by including a framer that is connected to a framed data unit and to a data fetch unit; wherein the device is adapted to select between a first operation sequence and a second operation sequence; wherein the first operation sequence comprises a data chunk and metadata fetch operation followed by a data chunk frame operation and wherein the second operation sequence comprises a multiple data chunk fetch operation followed by multiple data chunk frame operations; wherein the data fetch unit and the framer are adapted to execute the selected operation sequence. A method for framing data, the method includes storing data and metadata required for framing the stored data at one or more memory devices.

Abstract: A device having framing capabilities, the device includes at least one memory unit adapted to store data and metadata required for framing the stored data; the device is characterized by including a framer that is connected to a framed data unit and to a data fetch unit; wherein the device is adapted to select between a first operation sequence and a second operation sequence; wherein the first operation sequence comprises a data chunk and metadata fetch operation followed by a data chunk frame operation and wherein the second operation sequence comprises a multiple data chunk fetch operation followed by multiple data chunk frame operations; wherein the data fetch unit and the framer are adapted to execute the selected operation sequence. A method for framing data, the method includes storing data and metadata required for framing the stored data at one or more memory devices.