4 results about "Packet control unit" patented technology

A display operation device according to an embodiment may include: a packet generation unit for generating a row packet including control data of a row of a frame, generating a frame packet including control data of the frame in vertical blanking, and inserting a mode into a position where a run length of bits of the frame packet becomes a predetermined length or less; and a packet output unit for outputting, to the source driver, the frame packet and the row packet in which a pattern is inserted, the pattern including a high component and a low component with respect to pre-configured bits. A display operation apparatus according to an embodiment may include: a packet generation unit for receiving, from a timing controller, a row packet including control data of a row of a frame and a frame packet including control data of a frame in vertical blanking; and a packet control unit for detecting whether an error has occurred with respect to a frame packet, in which the frame packet includes a pattern in a position where a run length of bits of the frame packet becomes a predetermined length or less, and the pattern includes a high component and a low component with respect to pre-configured bits.

A data transmission circuit and method, a core, a multi-core chip, an electronic device, and a storage medium are disclosed. The data transmission circuit includes a receiving unit, a control unit, a lookup table unit, and a selection unit. The receiving unit receives original data packets from Fabric. The control unit determines whether the original data packet needs relaying based on an original control bit. In response to the need for relaying, the control unit activates a first input terminal of the selection unit, which then sends a new data packet to Fabric via the first input terminal. The new data packet includes the original data and a new header obtained by the lookup table unit based on the original index. This data transmission circuit effectively reduces power consumption during data transmission between multiple cores.

This communication apparatus comprises: a communication unit that acquires a first reception packet of a first protocol for use in communication with another communication apparatus; an AI control unit that inputs, to a generative AI, a first input that includes the first reception packet, a prompt for inquiring the definition of the first reception packet, and at least a portion of a written specification defined by a first version of the first protocol; and a comparison unit that, on the basis of a response from the generative AI to the first input, determines whether or not the first reception packet is defined in the first version. Accordingly, the communication apparatus can detect the version of a protocol used in communication by a communication partner.

A transmission apparatus includes: a first transmission unit having a first port and a second port, the first transmission unit determines whether a packet acquired from one of the ports is output from the other port or output to a connected device; a second transmission unit having a third port and a fourth port, the second transmission unit determines whether a packet acquired from one of the ports is output from the other port or output to the connected device; a bypass control unit provides bypasses between the ports of the first transmission unit and between the ports of the second transmission unit when power-off failures occur in the first and second transmission units; and a packet control unit that controls output of packets acquired by the first and second transmission units when the bypass control is performed in an adjacently connected transmission apparatus.