Power on the PS2. Press the power button on the front of the PlayStation 2. The light should turn green and, if the correct input is selected, you should see the PS2 opening logo animation. If there is no game inserted, you'll be taken to the PS2 system menu. If a game is inserted, it will start automatically after the boot-up animation.
Insert a game. Place the game on the tray or place it onto the spindle. Push the slim lid closed, or push the Eject button again on the fat PlayStation 2 to close the tray. Don't eject a game while playing, or it may quit without saving. Take care not to touch the surface of the game disc when inserting or removing it. This will help prevent scratches and damage, and keep your games working longer. Start a game in progressive scan mode component only. If your PlayStation 2 is connected with component cables, you may be able to enable progressive scan p mode.
This will result in a much clearer picture, but is only supported by certain games. If the game supports progressive scan, you'll see a message from the game telling you how to enable it. There are no system settings for progressive scan. The game will start automatically. If it doesn't, select "Browser" in the PS2 menu and select the disc icon.
Not Helpful 22 Helpful These cables generally come in the colors yellow for video and red and white for audio. Simply disconnect the red and white cables, and you'll get a picture, but not sound. Not Helpful 11 Helpful My game won't start at all. It just shows the game in the memory card with the option to copy and delete only.
There is no option to start the game. What should I do? Not Helpful 20 Helpful You might have not put the HDMI cable in; if you have, push it in a little harder, it could be loose. Not Helpful 29 Helpful Not Helpful 7 Helpful Check that all adequate cables are plugged in and then try turning it on.
If that does not work, you will have to get your PS2 serviced. Not Helpful 6 Helpful 8. Spectrify FunRide. For certain models namely the PS2 Slim , yes, there is a power adapter required. For the older models PS2 Phat , a normal figure 8 cable should do fine. Not Helpful 8 Helpful 8. Press the button on the front of the console and the CD should pop right out. Hold the CD by the outside edges so you don't smudge it with your fingerprints.
Not Helpful 7 Helpful 8. It works, but only shows black and white. What can I do? I had this same problem. That's where I went wrong. Alpha Electro. Go to "System Preferences," and set the date to the specified Date and Time.
If that doesn't work, find a professional to fix the problem. Not Helpful 4 Helpful 4. Include your email address to get a message when this question is answered.
By using this service, some information may be shared with YouTube. Submit a Tip All tip submissions are carefully reviewed before being published. You Might Also Like How to. How to. PS2 Slim users do not require a network adapter, as Ethernet support is built in. There is no Wi-Fi support in any PS2. To use wireless Internet with the PS2, you must use a third-party Ethernet bridge.
Turn the PS2 off and unplug it from its electrical outlet. Skip to Step 2 if you're using the PS2 Slim you do not need to connect a network adapter. Remove the expansion bay cover on the back of the PS2. Gently push the PS2 network adapter into position with the network adapter logo facing upright inside the expansion bay.
Use a coin to tighten the screws by turning clockwise. While OSI Layer 4 protocols may attempt to compensate for this collision by retransmitting packets until they have reached the destination node without issue, this degrades network performance exponentially as the number of nodes on a network grows.
The larger the network is the greater this issue becomes. Layer 3 routing on a network takes this foundational definition and puts it to use to enable millions of computers, rather than just a handful, to communicate at once without interference. This is achieved by having a smart device working at Layer 3 that handles network signals from each node directly rather than nodes just blindly repeating packets at Layer 1 until they happen to reach their destination.
Such a device is known as a network router. A network router sits in the center of a network with all nodes having a direct link to it rather than being linked to each other. This strategic position allows the router to intercept and direct all traffic on the network. A routed network can be illustrated by a star formation, as shown in Diagram 1. On a routed network, Layer 3 packets are no longer broadcasted to all nodes, but rather received by the router and passed on only to the appropriate node.
This is a valuable concept because it allows for the collision free-transport of packets across a network. As well as being linked directly to all nodes in a local network, a router can be linked directly to other routers. This allows groups of nodes separated by distance to communicate with each other in a practical way. It would not be practical to have nodes separated by a great distance all connect to a single router. The amount of cabling required would be immense, and depending on the number of nodes involved, the router may not posses the required number of physical connections.
Placing a router at each group of nodes and running a single line from router to router, however, is quite practical. Routers can be chained in a line, or as shown in Diagram 2, can be connected by a central router.
This concept is virtually infinitely scalable and is very efficient. When a node starts a transmission, the OSI Layer 3 protocol takes the information passed down from higher layers and encapsulates it with the logical address of the destination node in a unit called a packet. This packet, then passing through the remaining lower layer protocols, is transmitted over the network medium from the node to the router.
This router reads the logical address that the packet contains and compares it to a list of physical addresses of nodes directly connected to it. If the router does not know of a direct connection to the destination node, the packet is transmitted on a line leading directly to another router.
This router then treats the packet much like the first router did upon receipt. In IP, logical addresses look like four sets of up to three numbers. IP addresses are orderly on four levels, from left to right.
The first section of the IP address refers to a top level router, or a router that is at the highest level of this particular branch of the network. In Diagram 3, the first number is Therefore all IP addresses between Only one router is required in a routed network, but more may exist.
A router may have a maximum of nodes, which may be either ordinary nodes or other routers. This effectively means that each branch of a network, a group of nodes that have the first set of numbers in their IP address in common, could theoretically have over sixteen million end nodes and still operate with near peak efficiency6.
As we can now see, the OSI Reference Model Layer 3 is one of the most complex, but most functionally important, parts of the modern day network.
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