Term used with Ethernet to describe the act of continuously sending data A jabbering station is one whose circuitry or logic has failed, and which has locked up a network channel with its incessant transmission
In LAN technology, continuous random data; normally used to describe the action of a station whose circuitry or logic has failed which in turn locks up the network with its incessant transmission
An error condition where a network device continually transmits random meaningless data onto the network In IEEE 80 3 a data packet with a length that exceeds the prescribed standard
This occurs when there are excessively long data packets being transmitted from the node (i e , workstation, server) At that point, the hub, or concentrator, partitions (isolates) the node from the network until the condition is corrected
The act of continuously sending data A jabbering station is one whose circuitry or logic has failed, and which has locked up a network channel with its incessant transmissions
To continuously send random or garbage data Normally identifies failed logic or circuits Network error caused by an interface card continually sending corrupted data onto the network
disapproval If you say that someone is jabbering, you mean that they are talking very quickly and excitedly, and you cannot understand them. The girl jabbered incomprehensibly After a minute or two I left them there jabbering away. to talk quickly in an excited and unclear way - used to show disapproval (From the sound)
Network error caused by an interface card placing corrupted data on the network Or, an error condition due to an Ethernet node transmitting longer packets than allowed
Under a fault condition a network interface might continually transmit 'rubbish' onto the network, preventing anyone else gaining access to the net Such a transmission is Jabber Every interface must have circuitry which detects and aborts any over-long transmission Should this fail, any network repeater will receive the jabber but will abort its re-transmission, keeping the fault localised