by comparinig the xmit line to the recieve line and look for differences
Collisions can decrease network performance.
what is networking & operating system
It shouldn't matter which port you use unless it involves a network switch.
Ethernet cable is typically 8-core category 5 (CAT5) cable with RJ45 plugs on each end, capable of bi-directional network transmission up to 100m. CAT5e and CAT6 are better quality cable for network communications over longer distances.
It is the Electrical Engineers that do come up with all the networking standards like IEEE 802.11 and Ethernet. A EE with the CCNA automatically is able to have the title of Network Engineer.
Collisions
when ethernet cable is plugged in it is detected by ethernet card. if the cable is connected to network it detects that network and dispalys " you are connected to network"
To prevent collisions.
The overall network length exceeds IEEE 802.3 standards for that network type.A server on the network contains a faulty NIC.
Excessive broadcasts, and using hubs instead of switches or routers to segment the network.
Full Duplex Ethernet uses no network control protocal to prevent collisions. This is because full duplex has a deicated channell for transmit and receive. When communicating in full duplex mode, there is no area to have a collision.
B. Excessive late collisions
Install a switch.
Most network cards nowadays use the Ethernet protocol.Most network cards nowadays use the Ethernet protocol.Most network cards nowadays use the Ethernet protocol.Most network cards nowadays use the Ethernet protocol.
When a collision occurs, the stations back off and stop transmitting. After a randomly chosen period of delay, the data is resent.
Late collisions are collisions that happen after the first 512 bits of the ethernet frame. These losses are not recovered by the network layer; it is up to the higher protocols to rerequest data if any was lost. The most common cause by far is a duplex mismatch. Check to be sure both sides of the connection agree on either half-duplex or full-duplex. Other causes include cable lengths exceeding the 100-meter standard, a inappropriately large number of hubs in the network, or faulty ethernet cards.
Too many computers connected, and trying to transmit at the same time; and the use of switches instead of hubs.