(orange white) (orange) (green white) (blue) (blue white) (green) (brown white) (brown)
(green white) (green) (orange white) (blue) (blue white) (orange) (brown white) (brown)
In a crossover cable only the green and orange pairs switch positions.
Pin 6
straight through is same pin out both ends. crossover has transmit and receive lines reversed
straight through is same pin out both ends. crossover has transmit and receive lines reversed
straight through is same pin out both ends. crossover has transmit and receive lines reversed
It's a pin-out where the TX and RX are rolled on one end of the cable. CAT5 pin-out = white/orange...orange...white/green...blue...white/blue...green...white/brown...brown Crossover pin-out= white/green...green...white/orange...blue...white/blue...orange...white/brown...brown
A crossover cable typically uses the following pinouts for connecting two devices directly, such as two computers or switches: Pin 1 (transmit +) on one end connects to Pin 3 (receive +) on the other end, and Pin 2 (transmit -) connects to Pin 6 (receive -). Similarly, Pin 3 on one end connects to Pin 1 on the other end, and Pin 6 connects to Pin 2. This configuration allows for proper data transmission between the devices.
Crossover
Is a crossover cable needed to connect Host computers to the switch? Why or why not?
A cable crossover machine is made to help you with body conditioning. It can pretty much help you exercise any muscle group in your body. With cable crossover machines workout options can become unlimited.
Usually older Ethernet switches needed to be connected using a crossover cable. Now, most modern switches have auto-crossover feature that lets you use a straight Ethernet cable. You could also connect two computers using a crossover cable, but like with switches, most Ethernet interfaces on computers also support auto-crossover.
A crossover cable.
functions of utp