Method and communication control device for data transmission in a vehicle

A method comprising:

• receiving, by a communication control device, data packets transmitted by at least one stationary data transmission device via at least one channel, wherein the communication control device receives the data packets via a communication module in a vehicle;
• storing, by the communication control device, the data packets in a storage device;
• determining, each data packet, an allowable delivery latency;
• and
• transmitting, by the communication control device to at least one further component of the vehicle via at least one data transmission path, the data packets in an order, wherein the at least one data transmission path has a transmission rate that is less than a maximum transmission rate of the at least one channel,
• wherein the order for transmission of the data packets is determined such that the allowable delivery latency of each data packet is adhered to.

A communication control device for a vehicle, the communication control device comprising:

• a communication module having a transceiver configured to receive data packets from a stationary data transmission device via at least one channel;
• a storage device configured to cache the data packets;
• a computing unit;
• and
• at least one gateway connected to a data transmission path having a transmission rate that is less than a maximum transmission rate of the at least one channel,
• wherein the communication control device is configured to
• receive the data packets transmitted by at least one stationary data transmission device via the at least one channel, wherein the communication control device receives the data packets via the communication module in a vehicle;
• storing the data packets in a storage device;
• determining, each data packet, an allowable delivery latency;
• and
• transmitting, to at least one further component of the vehicle via at least one data transmission path, the data packets in an order,
• wherein the order for transmission of the data packets is determined such that the allowable delivery latency of each data packet is adhered to.

An arrangement of components in a vehicle, the arrangement of components comprising:

• a communication control device;
• and
• at least one further component connected to the communication control device via a data transmission path,
• wherein the communication control device comprises
• a communication module having a transceiver configured to receive data packets from a stationary data transmission device via at least one channel;
• a storage device configured to cache the data packets;
• a computing unit;
• and
• at least one gateway connected to a data transmission path having a transmission rate that is less than a maximum transmission rate of the at least one channel,
• wherein the communication control device is configured to
• receive the data packets transmitted by at least one stationary data transmission device via the at least one channel, wherein the communication control device receives the data packets via the communication module in a vehicle;
• storing the data packets in a storage device;
• determining, each data packet, an allowable delivery latency;
• and
• transmitting, to at least one further component of the vehicle via at least one data transmission path, the data packets in an order,
• wherein the order for transmission of the data packets is determined such that the allowable delivery latency of each data packet is adhered to.