In cases where a connection is established, the sender, the receiver and the subnet conduct a negotiation about parameters to be used. Parameters like maximum size of the message, quality of service etc are considered. One side can make a proposal and the other can accept it, reject it or make a counter proposal.
Negotiation has to do with getting both sides to agree on some parameters or
values to be used during the communication. Maximum packet size is one
example, but there are many others.
protocols used for network device.
NON-ROUTABLE PROTOCOLS cannot survive being routed. Non-routable protocols presume that allcomputers they will ever communicate with are on the same network (to get them working in a routed environment, you must bridge the networks). Todays modern networks are not very tolerant of protocols that do not understand the concept of a multi-segment network and most of these protocols are dying or falling out of use.NetBEUIDLCLATDRPMOP
Routed protocols are the best paths in a network along which to send network traffic.
Protocols and Software Network+ Guide to Networks pg. 580-581
A negotiation sequence can be done via a technique known as Hand-shaking, for a reliable protocol. It might be called other things by others depending on vernacular, etc. Usually the two devices decide on how they will exchange information on negotiation.
IPv4 and IPv6 are two different protocols . The two protocols are not compatible with each other. But they can exist in a same network together.No, those are two different protocols. However, they can co-exist in the same network (this is known as "dual stack").No, those are two different protocols. However, they can co-exist in the same network (this is known as "dual stack").No, those are two different protocols. However, they can co-exist in the same network (this is known as "dual stack").No, those are two different protocols. However, they can co-exist in the same network (this is known as "dual stack").
connectionless protocols - transport layer
wide area network
Bruce Hartpence has written: 'Packet guide to core network protocols' -- subject(s): Computer network protocols, TCP/IP (Computer network protocol)
Tcp/ip
Network control protocol
Protocol binding order refers to the order in which a protocol will be matched to a data packet. If, for example, you have a network connection which is running several different protocols it is important to tell the system which protocol to try first. If you are using Netware, TCP/IP, and any other protocols on the same network, if 70% of your network traffic (as an example) is TCP/IP, then you want the network operating system software to check if a packet is a TCP/IP packet first, and if not, try the other networking protocols. With the binding order, you tell the adaptor the order of checking for the correct network protocol, starting with the one with the most traffic, and going down from there.