Abstract: A device for processing data, including at least two data interfaces, a first data interface of the at least two data interfaces being designed to at least temporarily exchange first data with at least one first external unit according to a first communication protocol, in particular CAN and/or FlexRay and/or LIN and/or MOST and/or Ethernet, a second data interface of the at least two data interfaces being designed to at least temporarily exchange data with a second external unit and/or the first external unit according to a second communication protocol, which is different than the first communication protocol, the device including a security unit, which is designed to at least temporarily carry out at least one security function with regard to at least one of the at least two data interfaces.

Abstract: A device for processing data, including at least two data interfaces, a first data interface of the at least two data interfaces being designed to at least temporarily exchange first data with at least one first external unit according to a first communication protocol, in particular CAN and/or FlexRay and/or LIN and/or MOST and/or Ethernet, a second data interface of the at least two data interfaces being designed to at least temporarily exchange data with a second external unit and/or the first external unit according to a second communication protocol, which is different than the first communication protocol, the device including a security unit, which is designed to at least temporarily carry out at least one security function with regard to at least one of the at least two data interfaces.

Abstract: A method for selecting one of several queues and for extracting one or more data segments from a selected queue for transmitting with the aid of an output interface includes: selecting the output interface by a first scheduler; selecting a number of queues by a second scheduler; selecting one queue from the number of queues by a third scheduler; and sending one or more data segments from the selected queue to the output interface for transmission.

Abstract: A method for selecting one of several queues and for extracting one or more data segments from a selected queue for transmitting with the aid of an output interface includes: selecting the output interface by a first scheduler; selecting a number of queues by a second scheduler; selecting one queue from the number of queues by a third scheduler; and sending one or more data segments from the selected queue to the output interface for transmission.

Abstract: A method for accelerated data transmission among electronic control units (ECUs) and/or measuring devices in the context of motor vehicles is provided. In order to enable an accelerated data transmission, in particular fast (low) event cycle times, a low jitter and a high data throughput, the architecture of the data transmission is split up into (i) a control plane implemented in software operating on configuration, calibration and/or diagnostics data (“CD” data), and (ii) a data plane implemented in hardware transporting measurement data (“M” data) and/or prototyping data (“RP” data).