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9,408 bits (1,176 bytes) – uncompressed single-channel frame length in standard MPEG audio (75 frames per second and per channel), with standard 16-bit sampling at 44,100 Hz 10 4 15,360 bits – one screen of data displayed on an 8-bit monochrome text console (80x24)
A data packet on the wire and the frame as its payload consist of binary data. Ethernet transmits data with the most-significant octet (byte) first; within each octet, however, the least-significant bit is transmitted first. [a] The internal structure of an Ethernet frame is specified in IEEE 802.3. [2]
With the normal untagged Ethernet frame overhead of 18 bytes and the 1500-byte payload, the Ethernet maximum frame size is 1518 bytes. If a 1500-byte IP packet is to be carried over a tagged Ethernet connection, the Ethernet frame maximum size needs to be 1522 bytes due to the larger size of an 802.1Q tagged frame.
Often, frames of several different sizes are nested inside each other. For example, when using Point-to-Point Protocol (PPP) over asynchronous serial communication, the eight bits of each individual byte are framed by start and stop bits, [3] [4] the payload data bytes in a network packet are framed by the header and footer, and several packets ...
Super jumbo frames (SJFs) are frames that have a payload size over 9000 bytes. [21] As it has been a relatively difficult, and somewhat lengthy, process to increase the path MTU of high-performance national research and education networks from 1500 bytes to 9000 bytes or so, a subsequent increase, possibly to 64,000 bytes, is under consideration.
if the first byte is 0x01-0x07, then it's a normal CAN SF with this byte indicating the size of 1-7 bytes data. if the first 2 bytes are 0x1000, then it's a CAN-FD FF, and the following 4 bytes specifies the size of data in high byte first order. This virtually enables to send ~4 GB (approx.) data in CAN FD. if the first 2 bytes are 0x1008 ...
It is set to 1 in a non-QoS data frame transmitted by a non-QoS WLAN station to indicate the frame being transmitted is using Strictly-Ordered service class (this use is obsolete and will be removed from the future 802.11 Standard).
That value was chosen because the maximum length of the data field of an Ethernet 802.3 frame is 1500 bytes and 1536 is equivalent to the number 600 in the hexadecimal numeral system. Thus, values of 1500 and below for this field indicate that the field is used as the size of the payload of the Ethernet frame while values of 1536 and above ...