Abstract: Various aspects relate to a memory system including: a memory configured to store respective page data for each of a plurality of pages; a non-volatile first-in first-out, FIFO, buffer; a controller configured to carry out a checkpoint operation in response to a checkpoint command; a storage configured to store a page table including a page table entry for each page, the page table entry indicating whether the page was updated after receiving the checkpoint command; the checkpoint operation including: generating a page table copy of the page table; in response to receiving data that are to be written to a page, if, in the page table copy, the page table entry of the page indicates that the page was not updated: storing the data in the hardware FIFO buffer, generating a page data copy of the page data of the page, and merging the data with the page data copy.

Abstract: Various aspects relate to a memory module including: a non-volatile write cache; a non-volatile flash storage including a plurality of blocks, wherein each of the plurality of blocks includes a plurality of pages for storing page data; and a memory controller configured to: receive page data via a memory interface and store the page data in the non-volatile write cache, the page data being associated with a corresponding page of the plurality of pages of a block of the plurality of blocks, and indicate the corresponding page as invalid prior to writing the page data into the non-volatile flash storage.

Abstract: Various aspects relate to a memory module including: a memory interface; a non-volatile storage device for persistently storing data; a non-volatile memory device providing a write first in first out, FIFO, buffer in hardware, the write FIFO buffer being configured to receive, via the memory interface, and to store packets associated with one or more atomic transactions, wherein each of the one or more atomic transactions includes a respective plurality of packets and indicates corresponding data to be written to the memory module; a memory controller configured to write the corresponding data of an atomic transaction of the one or more atomic transactions to the memory module in the case that the write FIFO buffer stores the respective plurality of packets of the atomic transaction.

Abstract: Various aspects relate to a memory including: a bank including a first row and a second row, the first row including a first memory-array addressable by first wordlines and first bitlines connected to first sense-elements, the second row including a second memory-array addressable by second wordlines and second bitlines connected to second sense-elements; an I/O circuit configurable to carry out an I/O operation; a control circuit configured to: perform a read operation on the first memory-array to store a first word in the first sense-elements and the read operation on the second memory-array to store a second word in the second sense-elements; operate the I/O circuit to perform the I/O operation on one or more of the first or second sense-elements as a function of a first address associated with the I/O operation of the first row and a second address associated with the I/O operation of the second row.

Abstract: An arrangement and method is provided for operating a light-emitting device, wherein, a pulsed current is generated with a pulse frequency by a driver circuit, which has a clock pulse generator providing clock pulse signals for current pulsing, and a light-emitting device, which functionally couples to the driver circuit and which is formed with one or a plurality of organic light-emitting diodes, is loaded with the pulsed current with a pulse frequency of approximately 10 kHz to approximately 100 kHz, wherein: T_PWM<(T_rise+T_fall) and wherein T_PWM indicates the pulse length for the clock pulse signals generated by the clock pulse generator of the driver circuit and T_rise and also T_fall indicate the pulse rise time and the pulse fall time for the current pulses present at the one or the plurality of organic light-emitting diodes.

Abstract: This disclosure relates to an organic illumination device that has a light source, a connective device, and a plug device. The light source has a flat illuminating surface containing one or more light-emitting diodes. The connecting device applies electrical power to electrodes and couples one or more organic light-emitting diodes. The plug device, which is electrically connected with the connecting device, is configured for a rotatable mount in such a way that the flat illuminating surface can be swiveled around a rotary axis in a plugged-in position of the plug device.

Abstract: The invention relates to a luminaire, in particular a table luminaire, having a luminaire body formed from a fibre-reinforced material and at least one lighting element, which is arranged on the luminaire body in an assigned lighting element holder and embodied as an OLED lighting element.

Abstract: This disclosure relates to an organic illumination device that has a light source, a connective device, and a plug device. The light source has a flat illuminating surface containing one or more light-emitting diodes. The connecting device applies electrical power to electrodes and couples one or more organic light-emitting diodes. The plug device, which is electrically connected with the connecting device, is configured for a rotatable mount in such a way that the flat illuminating surface can be swiveled around a rotary axis in a plugged-in position of the plug device.