Lexmark Z2420 User Manual
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Otherwise: aClick . bClick All Programs. cSelect the printer program folder, and then click Tools Œ Lexmark Wireless Setup Utility. 9When the available networks are displayed, provide the network name and the security information you created. The installer will configure the printer for use with your computer. 10Store a copy of your network name and security information in a safe place for future reference. In Windows XP and earlier 1Click Start. 2Click Control Panel. 3Click Network and Internet Connections. 4Click Network Connections. 5Right-click the icon for your wireless network connection. 6Click Enable, if it appears in the pop-up menu. Note: If Enable does not appear, your wireless connection is already enabled. 7Right-click the Wireless Network Connection icon. 8Click Properties. 9Click the Wireless Networks tab. Note: If the Wireless Networks tab does not appear, your computer has third-party software that controls your wireless settings. You must use that software to set up the ad hoc wireless network. For more information, see the documentation for the third-party software to learn how to create an ad hoc network. 10Select the Use Windows to configure my wireless network settings check box. 11Under Preferred Networks, delete any existing networks. aSelect the network to be removed. bClick Remove to delete the network from the list. 12Click Add to create an ad hoc network. 13In the Network Name (SSID) box, type the name you want to give your wireless network. 14Write down the network name you chose so you can refer to it when running the wireless setup. Make sure you copy the exact spelling and capitalization. SSID (name of your wireless network) 15If Network Authentication appears in the list, then select Open. 16In the “Data encryption” list, select WEP. Note: Security is optional for ad hoc networks. The range of an ad hoc network is much less than the range of an infrastructure network, making it less likely that intruders will connect to it without your knowledge. 17If necessary, clear the “The key is provided for me automatically” check box. 21 Downloaded From ManualsPrinter.com Manuals
18In the Network Key box, type in a security key. 19Write down the security key you chose so you can refer to it when running the wireless utility. Make sure you copy the exact spelling and capitalization. Security key (if network is secure) Note: For more information about passwords (security keys), see “Check your security keys” in the “Wireless troubleshooting” section of the Troubleshooting chapter. 20In the “Confirm network key” box, type the same security key. 21Select This is a computer-to-computer (ad hoc) network; wireless access points are not used.. 22Click OK twice to close the two open windows. 23It may take a few minutes for your computer to recognize the new settings. To check on the status of your network: aRight-click the Wireless Network Connections icon. bSelect View Available Wireless Networks. If the network is listed but the computer is not connected, select the ad hoc network and then click Connect. If the network does not appear, wait a minute and then click Refresh network list. 24If this is the first time you will be setting up the printer for use on a wireless network, insert the installation software CD, and then follow the instructions on the Welcome screen. Otherwise: aClick Start. bClick All Programs or Programs. cSelect the printer program folder from the list, and then click Tools Œ Lexmark Wireless Setup Utility. 25When the available networks are displayed, provide the network name and the security information you created in steps 11-16. The utility will configure the printer for use with your computer. 26Store a copy of your network name and security information in a safe place for future reference. Using Macintosh 1Make sure the computer is on. 2Create a network name. For Mac OS X version 10.5 a From the Finder desktop, click Œ System Preferences. bClick Network. cClick AirPort. dFrom the Network Name pop-up menu, click Create Network. eCreate a name for your ad hoc network, and then click OK. For Mac OS X version 10.4 and earlier a From the Finder desktop, click Go Œ Applications. bFrom the Applications folder, double-click Internet Connect. 22 Downloaded From ManualsPrinter.com Manuals
cFrom the toolbar, click AirPort. dFrom the Network pop-up menu, click Create Network. eCreate a name for your ad hoc network, and then click OK. 3Write down the network name you chose so you can refer to it when running the wireless utility. Make sure you copy the exact spelling and capitalization. SSID (name of your wireless network) 4If this is the first time you will be setting up the printer for use on a wireless network, insert the installation software CD, double-click the installer icon for your printer on the Finder desktop, and then follow the instructions on the Welcome screen. Otherwise, from the Finder desktop, double-click the printer folder, and then double-click Lexmark Wireless Setup Assistant. 5When prompted, provide the network name and/or the security information you created. The utility will configure the printer for use with your computer. 6Store a copy of your network name and security information in a safe place for future reference. Adding a printer to an existing ad hoc wireless network Using Windows 1Do one of the following: In Windows Vista, click . In Windows XP, click Start. 2Click Programs or All Programs, and then select the printer program folder from the list. 3Click Tools Œ Lexmark Wireless Configuration Utility. 4Follow the instructions on the Welcome screen. Using Macintosh 1From the Finder desktop, double-click the printer folder. 2Double-click Lexmark Wireless Setup Assistant. 3Follow the instructions on the Welcome screen. Frequently asked questions What is a network? A network is a collection of devices such as computers, printers, Ethernet hubs, wireless access points, and routers connected together for communication through cables or through a wireless connection. A network can be wired, wireless, or designed to have both wired and wireless devices. Devices on a wired network use cables to communicate with each other. 23 Downloaded From ManualsPrinter.com Manuals
Devices on a wireless network use radio waves instead of cables to communicate with each other. For a device to be able to communicate wirelessly, it must have a wireless print server attached or installed that lets it receive and transmit radio waves. How are home networks configured? For desktop computers, laptops, and printers to communicate with each other over a network, they must be connected by cables and/or have wireless network adapters built in or installed in them. There are different ways a network can be set up. Five common examples appear below. Note: The printers in the following diagrams represent printers with internal print servers built in to them so that they can communicate over a network. Wired network example A desktop computer, a laptop, and a printer are connected by Ethernet cables to a hub, router, or switch. The network is connected to the Internet through a DSL or a cable modem. Internet Wireless network examples Four common wireless networks are: Scenario 1: Laptop and printer connected wirelessly with Internet Scenario 2: Desktop computer, laptop, and printer connected wirelessly with Internet Scenario 3: Desktop computer, laptop, and printer connected wirelessly without Internet Scenario 4: Laptop connected wirelessly to printer without Internet Scenario 1: Laptop and printer connected wirelessly with Internet A desktop computer is connected to a wireless router by an Ethernet cable. A laptop and a printer are connected wirelessly to the router. 24 Downloaded From ManualsPrinter.com Manuals
The network is connected to the Internet through a DSL or a cable modem. Internet Scenario 2: Desktop computer, laptop, and printer connected wirelessly with Internet A desktop computer, a laptop, and a printer are connected wirelessly to a wireless router. The network is connected to the Internet through a DSL or a cable modem. Internet Scenario 3: Desktop computer, laptop, and printer connected wirelessly without Internet A desktop computer, a laptop, and a printer are connected wirelessly to a wireless access point (wireless router). The network has no connection to the Internet. 25 Downloaded From ManualsPrinter.com Manuals
Scenario 4: Laptop connected wirelessly to printer without Internet A laptop is directly connected wirelessly to a printer without going through a wireless router. The network has no connection to the Internet. This configuration is referred to as an ad hoc network. Why do I need an installation cable? When setting up the printer on your wireless network, the printer will need to temporarily connect to a computer using the installation cable. This temporary connection is used to set up the wireless settings of the printer. The installation cable connects to a rectangular USB port on the installing computer and the square USB port on the printer. How do I attach the installation cable? The installation cable attaches to a USB port on the computer and to the square connector on the back of the printer. This connection allows you to configure the printer for a networked or locally-attached installation. 1Attach the large, rectangular connector to any USB port on your computer. USB ports may be on the front or the back of the computer, and may be horizontal or vertical. 2Attach the small, square connector to the printer. 26 Downloaded From ManualsPrinter.com Manuals
3Continue following the on-screen instructions. What is the difference between infrastructure and ad hoc networks? Wireless networks can operate in one of two modes: infrastructure or ad hoc. In infrastructure mode, all devices on a wireless network communicate with each other through a wireless router. Devices on the wireless network must have valid IP addresses for the current network and share the same SSID and channel as the wireless router (wireless access point). In ad hoc mode, a computer with a wireless network adapter communicates directly with a printer equipped with a wireless print server. The computer must have a valid IP address for the current network and be set to ad hoc mode. The wireless print server must be configured to use the same SSID and channel that the computer is using. The following table compares the characteristics and requirements of the two types of wireless networks. InfrastructureAd hoc Characteristics CommunicationThrough wireless access point (wireless router)Directly between devices SecurityMore security options RangeDetermined by range and number of wireless access points (wireless routers)Restricted to range of individual devices on network SpeedUsually fasterUsually slower Requirements for all devices Unique IP address for each deviceYesYes Mode set toInfrastructure modeAd hoc mode Same SSIDYes, including the wireless access point (wireless router)Yes Same channelYes, including the wireless access point (wireless router)Yes Lexmark recommends setting up a network in infrastructure mode using the installation CD that came with the printer. Infrastructure mode is the recommended setup method because it has: Increased network security Increased reliability Faster performance Easier setup 27 Downloaded From ManualsPrinter.com Manuals
Finding the signal strength Wireless devices have built-in antennas that transmit and receive radio signals. The signal strength listed on the printer network setup page indicates how strongly a transmitted signal is being received. Many factors can affect the signal strength. One factor is interference from other wireless devices or other devices such as microwave ovens. Another factor is distance. The farther two wireless devices are from each other, the more likely it is that the communication signal will be weaker. The strength of the signal received by your computer can also affect the connectivity of the printer with the network during configuration. When you installed the wireless adapter in your computer, the adapter software probably placed an icon in your system tray. Try double-clicking this icon, and it will tell you how strongly the computer is receiving the wireless signal from the network. To improve signal quality, remove sources of interference and/or move wireless devices closer to the wireless access point (wireless router). What is an SSID? A Service Set Identifier (SSID) is the name that identifies a wireless network. All devices on the network must know the SSID of the wireless network or they will not be able to communicate with each other. Usually, the wireless network broadcasts the SSID to allow wireless devices in the area to connect to it. Sometimes, the SSID is not broadcast for security reasons. An SSID can contain up to 32 alphanumeric characters. How do I find out what type of security my network is using? You must know the security key and security mode to properly set up the printer for use on the wireless network. To obtain this information, see the documentation that came with your wireless access point (wireless router), see the Web page associated with the wireless access point (wireless router), or consult your system support person. Note: The network security key is not the same as the password for the wireless access point (wireless router). The password allows you to access the wireless access point (wireless router) settings. The security key is a WEP key or WPA passphrase that allows printers and computers to join your wireless network. Can I use my printer on a USB and a wireless connection at the same time? The printer can be configured in the following ways: Locally-attached (connected to a computer using a USB cable) Wireless network Wireless network and locally-attached simultaneously If you want to use the printer as both a wireless and locally-attached printer at the same time, you will need to run the setup software again and select the additional connection type. What is a MAC address? A MAC address, or Media Access Control address, is a 48-bit identifier associated with the hardware of network equipment. The MAC address may also be called the physical address because it is connected to the hardware of a device instead of its software. The MAC address is displayed as a hexadecimal number in this format: 01-23-45-67-89- AB. 28 Downloaded From ManualsPrinter.com Manuals
Every device capable of communicating on a network has a MAC address. Network printers, computers, and routers, whether Ethernet or wireless, all have MAC addresses. While it is possible to change the MAC address of a network device, it is not common practice t o d o s o . F o r t h i s r e a s o n , MAC addresses are considered permanent. IP addresses are easily changed, so MAC addresses are a more reliable method of identifying a specific device on a network. Routers with security capabilities may allow filtering of MAC addresses on networks. This allows a managed list of devices to access the network, identified by their MAC addresses. MAC address filtering can help prevent access on the network from unwanted devices, such as from intruders on a wireless network. MAC address filtering can also prevent legitimate access if you forget to add a new device to the router's list of allowed addresses. If your network uses MAC address filtering, be sure to add the MAC address of the printer to the list of allowed devices. How do I find the MAC address? Most network equipment has a unique hardware identification number to distinguish it from other devices on the network. This is called the Media Access Control (MAC) address. The MAC address is a series of letters and numbers located on the back of your printer. UAA: XX XX XX XX XX XX UAA:XX XX X X XX XX XX Note: A list of MAC addresses can be set on an access point (router) so that only devices with matching MAC addresses are allowed to operate on the network. This is called MAC filtering. If MAC filtering is enabled in your access point (router) and you want to add a printer to your network, the MAC address of the printer must be included in the MAC filter list. What is an IP address? An IP address is a unique number used by devices (such as a wireless printer, computer, or wireless access point) on an IP network to locate and communicate with each other. Devices on an IP network can communicate with each other only if they have unique and valid IP addresses. A unique IP address means no two devices on the same network have the same IP address. An IP address is a group of four numbers separated by periods. An example of an IP address is 192.168.100.110. How do I locate IP addresses? How to locate a computer IP address using Windows 1Do one of the following: 29 Downloaded From ManualsPrinter.com Manuals
In Windows Vista a Click . bClick All Programs Œ Accessories. cClick Command Prompt. In Windows XP and earlier a Click Start. bClick All Programs or Programs Œ Accessories Œ Command Prompt. 2Type ipconfig. 3Press Enter. The IP address appears as four sets of numbers separated by periods, such as 192.168.0.100. How to locate a computer IP address using Macintosh 1Click Œ System Preferences. 2Click Network. For Mac OS X version 10.5 a Click AirPort. bClick Advanced. cClick TCP/IP. The IP address appears as four sets of numbers separated by periods, such as 192.168.0.100. For Mac OS X version 10.4 and earlier a From the Show pop-up menu, select AirPort. bClick TCP/IP. The IP address appears as four sets of numbers separated by periods, such as 192.168.0.100. How to locate a printer IP address You can locate the printer IP address by viewing the printer network setup page. How are IP addresses assigned? An IP address may be assigned by the network using DHCP. Once the printer is set up on a computer, the computer sends all print jobs across the network to the printer using this address. Many networks have the ability to automatically assign IP addresses. Auto-IP allows individual devices to assign themselves a unique IP address. However, DHCP is the most commonly-used method to assign addresses. If the IP address is not automatically assigned, you can try manually entering an address after selecting your printer from the available list. 30 Downloaded From ManualsPrinter.com Manuals