Yes; Ethernet is really not a single technology, but a family of technologies. Details vary, for example between fiber optic and copper cable; but it is still considered "Ethernet".
Yes; Ethernet is really not a single technology, but a family of technologies. Details vary, for example between fiber optic and copper cable; but it is still considered "Ethernet".
Yes; Ethernet is really not a single technology, but a family of technologies. Details vary, for example between fiber optic and copper cable; but it is still considered "Ethernet".
Yes; Ethernet is really not a single technology, but a family of technologies. Details vary, for example between fiber optic and copper cable; but it is still considered "Ethernet".
There is no requirement for the number of Ethernet ports on a computer. There can be 0, 1, or even 1,000 Ethernet ports.
If you don't have enough ethernet sockets in a router, you can plug a switch or a hub into the socket. The hub or switch will supply support for additional ethernet cables.
(From: Jean Andrews CompTIA A+ 6th Edition pg. 846) The three variations of Ethernet are primarily distinguished from one another by speed: (1) 10-Mbps Ethernet, (2) 100-Mbps or Fast Ethernet, and (3) 1000-Mbps or Gigabit Ethernet.
Ethernet capacity varies depending on the standard used. The most common Ethernet standards include Fast Ethernet (100 Mbps), Gigabit Ethernet (1 Gbps), 10 Gigabit Ethernet (10 Gbps), and newer standards like 100 Gigabit Ethernet and beyond. Modern Ethernet technologies can support speeds up to 400 Gbps and even 800 Gbps in specialized applications. The capacity also depends on factors like cable type, network design, and distance.
The number of Ethernet cords that can plug into a modem at one time depends on the modem's design and the number of available Ethernet ports. Most consumer modems typically have 1 to 4 Ethernet ports. If more connections are needed, an Ethernet switch can be used to expand the number of available ports.
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Step 1. Unplug ethernet wire from desktop computer. Step 2. Plug the ethernet wire you just removed into your laptop's ethernet port. Step 3. When finished browsing the internet or when portability is desired, disconnect the ethernet cable from laptop and return to the port on the desktop.
The 'Ether' part of Ethernet denotes that the system is not meant to be restricted for use on only one medium type, copper cables, fibre cables and even radio waves can be used. Fast Ethernet Network was developed as an upgrade to traditional Ethernet Networking. Fast Ethernet improved traditional Ethernet by increasing transfer rates 10 times, from 10 Megabit to 100 Megabit speed. Gigabit Ethernet Network is an upgrade on Fast Ethernet Network equivalent to Fast Ethernet Networks improvement over Fast Ethernet Network, offering speeds of 1000 Megabits (1 Gigabit) Cisco have a good document with diagrams and a reasonable amount of depth that answers your questions on 10/100/1000 Ethernet. See related link. Ethernet card would be 10Mbps (mega bauds per second) Fast Ethernet card would be 100Mbps. Most ethernet cards sold today are Fast Ethernet or better. Look for the 100Mbps or the 10/100Mbps specification. The only difference between the both is the speed. Hence both cards are basically the same using the same technology except the fast Ethernet card can run on 10/100mb/s, an astonishing speed. Original 10Base2, 10Base5 and 10baseT Ethernet (thin coaxial cable, thick coaxial cable and twisted pair, respectively) specifications offered a 10Mbit/second throughput (data transfer rate). Although 1 Byte is 8 bits, 10Mbits in practice doesn't mean 1.25MBytes/second, because there's some extra information transferred. On average it can be seen as a ~1MByte/second link speed. Then new standards appeared, some of them exotic (like 100VG AnyLan), but the new Ethernet standard was 100baseTX, which used twisted pair (like 10baseT, but with slightly higher quality requirements - Category 5 cable). It has been called Fast Ethernet, as it offered 100Mbit/sec transfer speed, a 10-fold improvement. Usually all the network equipment can talk both 10baseT and 100baseTX (for example network switches have "10/100" ports). But this was not enough - then came a next speed-up: the 1000baseTX, still running on twisted pair, but with even higher cable quality requirements, offering 1000Mbit/s transfer speed, thus called Gigabit Ethernet: 1000 Mega = 1 Giga.
a modem takes cable input and output goes to only 1 Ethernet cable. A router takes the 1 Ethernet cable and makes it so that you can hook up four or five Ethernet cables. a wireless router allows you to hook up 4 or 5 Ethernet cables and unlimited amounts of wireless receivers. If you only have 1 computer, you don't need a router. You only need 1 Ethernet cable. To put it in simple terms : Yes, many newer external modems have full router and firewall functionality built-in to a single device
i can't really explain it... but i know it is 10 centimeters. hope that helps :)
You would connect them with ethernet cables and 1 or more switches. If you require more than 1 switch, you need to connect the two switches with an ethernet cable too.
1) 100Base-TX 2) 100Base-FX