computer and router
The answer is crossover cable
You need a crossover cable to connect two routers via normal Ethernet interfaces.
MDI-X stands for "Medium Dependent Interface - Crossover." It is a networking standard used in Ethernet technology that allows for the automatic crossover of transmit and receive signals between devices. This means that devices can be connected directly without the need for a crossover cable, simplifying network setup. MDI-X is commonly found in Ethernet switches and network interface cards.
"RJ-45 Cross cable" is required for a direct ethernet connetion between two pcsbetween the same type of network devices (PC-to-PC, switch-to-switch, router-to-PC (Note: router and PC are LIKE devices, because both are DTE)) you use Crossover cable.to connect different type of devices (PC-to-switch, PC-to-router ..) you use Straight Through cable.
RJ-45 Cross Cable.
There is no difference; Ethernet is Ethernet, regardless of where it is deployed.
I think you could use either a standard Ethernet cable or a Crossover cable in that case. However I am only about 90% on this but if anyone has a better answer feel free.
crossover cables must be used between 2 devices from the same level like (pc & pc - Pc & router - router & router) but strait through cable used between 2 different levels like (pc & switch - router & switch )
No, there is no crossover between Beyblade and the Power Rangers.
In the case of ethernet, you need a "crossover" ethernet cable connected between two regular ports or a regular ethernet cable connected to an "uplink port" on one switch and a regular port on the other. Uplink ports are sometimes called "MDI" ports. Both types of cable are available at most computer and office supply stores.
To establish a trunked line between two Catalyst 2950 switches, you should use an Ethernet cable with support for VLAN trunking. Typically, this would be a standard Ethernet cable with support for IEEE 802.1Q encapsulation to allow for the transmission of multiple VLANs over the same link.
In genetic recombination, single crossover involves the exchange of genetic material between two chromosomes, while double crossover involves two exchanges of genetic material. Single crossover results in the formation of two recombinant chromosomes, while double crossover results in the formation of four recombinant chromosomes.