packet header

The first symbol in the packet header contains the destination node address.

Here the transport layer is bypassed, and the packet headers are made accessible to the application.

A traditional router looks only at the packet header to route the packet.

The packet header itself is never fragmented, and its size does not count towards the data in the packet's first fragment.

It routes it to the correct network type using information that the packet header contains.

Typically, control information is found in packet headers and trailers, with payload data in between.

Packet sizes cannot be made too small or the packet header overhead will become overwhelming.

Since the source is untrusted, it could be corrupt and place secrets in the unclassified packet header.

The IPv4 packet header consists of 13 fields, of which 12 are required.

A GRE packet header structure is represented in the diagram below.

The corrupted packet headers could be nonsense but it is impossible for the subject system to determine that with any reasonable reliability.

The IPv6 packet header has a fixed size (40 octets).

These perform data link functions such as adding a packet header to prepare it for transmission, then actually transmit the frame over a physical medium.

In a network based on packet switching, processing delay is the time it takes routers to process the packet header.

Smaller packets mean packet headers consume a higher percentage of the packet, thus decreasing the effective bandwidth.

In IPv6, the packet header and the process of packet forwarding have been simplified.

When the average queue length exceeds 1, then the router sets the congestion indication bit in the packet header of arriving packets.

Edit: All original IP's should of course be passed on in data packet headers, etc.

Knowledge based processors mainly process packet headers (20% of the packet approximately) which enables network awareness.

IP packets have a checksum in each packet header, which provides error detection only for the header.

A packet is a block of data with length that can vary between successive packets, ranging from 7 to 65,542 bytes, including the packet header.

The GSE Packet header is highly dynamic and provides for many options.

IPv6 specifies a new packet format, designed to minimize packet header processing by routers.

When RTMP data is encoded, a packet header is generated.

The packet userdata is cryptographically well protected but the packet header can contain readable secrets.