Ethernet indicates 10 Mb by definition. It used Manchester encoding. This encoding manages timing within each bit.
FastEthernet is 100 Mb and uses a combination of 4b/5b and MLT-3 encoding, over 2 pairs.
Gigabit Ethernet uses 8b4qt (?) and PAM-5
I'm not sure I got all this right, but here are the details as I understand them:
10 BASE T is Manchester encoding - Basically, this means that each symbol is either a transition in the middle of the bit time from a 0 to +v (a 1) or a transition in the middle of the bit time from +v to 0 (a 0).
100 BASE T uses a combination of 4b/5b encoding to prevent a string of 1s or 0s from causing a loss of timing and MLT-3 signalling to allow the same information to travel at a slower frequency.
1000 BASE T uses a combination of 8b4qt (?) (this is 8 bits, separated onto 4 quernary signals that carry 2 bits each), and PAM5 signaling (a 5 voltage-level signal that effectively causes a transition at each signal and 4 possible states, signalling 2 bits).
Ethernet and modem.
uh ethernet??
i think the next question is " what is the name of the access method used on the LAN?
Yes, it's.
Ethernet is the international standard networking technology for wired implementations. In other words, Local Area Network (LAN).
Ethernet is a set of protocols to establish a LAN.
the router as ports commonly used for lan cannection is (Ethernet)
Today, Ethernet LAN has one competing LAN technology: WLANs.
bit rate is half the baud rate
You would use gigabit ethernet in a LAN where you want speed; otherwise, most LANs run at 100 megabits per second, which is considerably slower.
The Ethernet uses Manchester encoding, which means it has two signal periods per bit sent. The data rate of the standard Ethernet is 10 Mbps, so the baud rate is twice that, or 20 megabaud.
Ethernet
An onboard LAN is a built-in ethernet adapter on mother board, if you have an onboard LAN, then, there is no need to install another ethernet card for your purpose.
explain the ethernet lan layouts (10base2/10base5/any other)
LAN
Ethernet and modem.
Ethernet