Übersetzung für "Protocol overhead" in Deutsch

All values are maximum values without protocol overhead.

All specifications are maximum values without protocol overhead.

The percentage of the protocol overhead increases, the smaller the messages are.

Additionally, the ratio of useful data (data field) to protocol overhead shifts advantageously.

Myrinet was promoted as having lower protocol overhead than standards such as Ethernet, and therefore better throughput, less interference, and lower latency while using the host CPU.

Among other things, this is due to the protocol overhead of the physical protocol required by the CAN bus, i.e., the header part of CAN messages may be larger than the useful data part or payload part of the message.

The upcoming PCIe 4.0 standard starts at 1969 MB/s (all informations are maximum values without protocol overhead)

The upcoming PCIe 4.0 x1 standard starts at 1969 MB/s (all ratings are maximum ratings without protocol overhead).

The upcoming PCIe 4.0 standard starts at 1969 MB/s (all ratings are maximum ratings without protocol overhead).

The UDK only requires a very small protocol overhead to allow maximal user-data throughput or minimal latency.

The upcoming PCIe 4.0 standard is starting at 1969 MB/s (all informations are maximum values without protocol overhead).

Thus, in an ASC data transmission, a very high useful data transmission rate is achievable because the protocol overhead is particularly small.

In particular, the protocol overhead may be reduced from approximately 55% with CAN data frames to approximately 10%.

Another advantage of the polling process is that it is easy to implement, since it generates almost no protocol overhead, which means that there is only a small amount of additional protocol-related information.

The data transfer rate with the methods described without consideration of a protocol overhead may be in the range of about 100 bits per second.

In data transmission, in particular transmission of CAN messages using a CAN bus, the protocol overhead of the physical protocol associated with the CAN bus amounts to approximately 55%, i.e., the header part of the particular CAN message is greater than its useful data part or payload part.

The use of the present invention makes a symbol rate of 4 Mbaud and a reduction of the protocol overhead from 55% to 10% advantageously possible.

Advantages: Compared to 1. there is a greater reduction of the port administrative burden and less bandwidth use, because only one IP header is needed for multiple RTP protocol elements (lower protocol overhead).