NEC 703-A0368-001 manual Using ARP

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3.Select Configure from the Admin menu.

a.Enter the IP address to assign to the printer.

b.Enter the subnet mask.

c.Enter the default gateway address (if applicable) or leave blank.

d.Enter the hardware address of your printer. This address is listed on the Network Settings page under Network Address, for example, 00:40:af:c9:f0:d8. Enter it exactly as it appears on the Network Settings page.

4.Click on Go to send the new settings to the printer.

After a few minutes (usually between 1 and 2 minutes, but possibly up to 5 minutes on very large or busy networks), the printer will reset and print a Network Settings page. The new IP settings will be listed in the TCP/IP Network Information section of the Network Settings page.

If the new IP address does not appear on the Network Settings page under “Protocol Address,” you may have entered the hardware address incorrectly in BOOTPL32. Repeat Steps 2 and 3, and check the IP address on the new Network Settings page.

The new IP address can also be verified in BOOTPL32 by turning the printer off and on, and selecting Verify from the Admin menu. It should report that the Unit is Active.

Using ARP

You can use the following procedure to set the IP address on the printer. Then, you can set the other IP parameters from the Network Administration page. The network printer must be on the same network segment as the workstation that you are using to configure it. The TCP/IP stack must be installed and operating.

1.From Windows, start an MS DOS session.

2.At the command prompt enter: arp -s[IP address] [Hardware Address]

(for the hardware address, use hyphens as separators, instead of colons.)

(e.g. >C:arp -s 123.123.123.1 00-40-0f-12- 34-56)

Then enter ping [IP address]

(request should time out)

(e.g. >C:ping 123.123.123.1)

3.Turn the printer off and on, and use the ping command again to verify that the printer has its IP address. If it has the address, the result is a confirmation message: [IP address] is alive

4.Remove the entry from the ARP cache using this command: arp -d [IP address]

(e.g. >C:arp -d 123.123.123.1)

IP ADDRESS

Assigning the IP Address

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Contents P E R S C R I P T C O L O R L a S E R Proprietary Notice and Liability Disclaimer Table of Contents Appendix a Troubleshooting Unix SetupWeb Printing Setup Appendix C Safety InformationFrom Windows 95/98 Network Setup TasksIntroduction OverviewTypes of Network Topologies Typical Network SetupsPrinter Server Topology Printer Sharing Topology Microsoft Printer Sharing TopologyInstalling the Network Interface Card NIC NIC InstallationWhat You Will Need Preparing the Printer Installing the NICPreparing the Printer Installing the NIC Connecting the NIC Testing the NICNetwork Settings Network SettingsTo reset the NIC to factory default settings Resetting the NICRestoring Factory Default Settings NIC FeaturesAssigning the IP Address IP AddressObtaining the Printer’s IP Address Selecting an IP Address Assignment MethodCommunications Menu Using the Operator PanelRunning MAP and Selecting a Printer Using MAPInstalling MAP MAP Operating RequirementsInstalling the TCP/IP Protocol Using BOOTPL32Assigning the IP Address Using ARP Using Dhcp System Functions Network AdministrationAccessing the Network Administration Using the Network AdministrationSuperScript Color Laser Network Guide Protocol Functions Network AdministrationOther Functions Windows PEER-TO-PEER Windows SetupInstalling Peer-to-Peer Software IP vs. IPX Peer-to-Peer PrintingAdding the Peer-to-Peer Printer Windows Setup Removing Peer-to-Peer Software Setting LPR Printing on an NT NetworkSetting UP Windows NT Moving a Peer-to-Peer PrinterShared Printing in Windows 95/98 SuperScript Color Laser Network Guide Attaching the Printer Netware SetupNetware 5.X Print Server Name field and click the Create button Netware Setup SuperScript Color Laser Network Guide Configuring the Network Printer Installing the Printer DriverDefining the Print Server Installing and Configuring Your Printer DriverStarting Pconsole Defining the Print QueueMacintosh Requirements Macintosh SetupSoftware Requirements Hardware RequirementsSetting UP the Printer Installing the PPDConfiguring the Printer Printing Renaming Your PrinterUninstalling the Driver SetupMAC PEER-TO-PEER Configuring the IP Address on the Printer Setting Up Your Printing ModeSetting UP on a Unix System Installing the Printer in Your SystemAdding a SuperScript Color Laser Printer to SCO OpenServer NEC PrintAgent Pull Printing WEB Printing SetupPrinter Home Page Features PrintAgent Remote PrintingSuperScript Color Laser Home Print Agent Remote Printing SetupSystem Requirements Remote PrintingSelect Components Dialog Box Add RedipS Enabled Printer Dialog BoxRemote Printing From Your Desktop Printer’s WindowPrintAgent Status Window Menu Bar Getting Printer StatusHelp Button Admin ButtonPrintAgent Buttons Details ButtonMonitor a Printer PrintAgent Program Menus PrintAgent Program Menu CommandsFirst access the PrintAgent program from here Start StopCheck proxy settings here Add printers here Uninstall PrintAgent here Remove PrintersReset UninstallPull Printing Pull Printing from Your DesktopSending a Pull Print Job Pull Printing Setup PullPrintAgent Status Monitor Changing Properties and Saving SettingsPrinter Properties View Status MonitorServer Status Print Job History Server StatusPull Printing User Settings Server System Recommendation Setting Up a Pull Printing ServerPrintAgent Core and Server Installation Server System RequirementsSuperScript Color Laser Network Guide WEB Printing Setup Pull Printing CD-ROM drive\NECdisk\ncss44rn About the Secondary File ServerConfiguring Server URLs URL ConfigurationPlug Ins Starting the Pull Printing Server Troubleshooting Troubleshooting for NetWare Troubleshooting for NT ServerNIC/File Server/Printer Checklist Troubleshooting for MacOSComputer to NIC Connection Checklist SuperScript Color Laser Network Guide Copying the Files WEB JetadminUsing WEB Jetadmin Locating the FilesResetting Web JetAdmin Discovery WEB Jetadmin SuperScript Color Laser Network Guide Cdrh Regulations Safety InformationLaser Safety Ozone EmissionDeclaration of Conformity FCC StatementFor United States Use Only For Canadian Use OnlyIndex 46, 51

703-A0368-001 specifications

The NEC 703-A0368-001 is a powerful and innovative product designed for modern electronic applications. This device is part of NEC's extensive lineup of high-quality components aimed at enhancing efficiency and performance in various systems. It is commonly utilized in diverse industries, including telecommunications, computing, and industrial automation, where reliability and advanced capabilities are paramount.

One of the main features of the NEC 703-A0368-001 is its impressive processing power. Equipped with a cutting-edge microcontroller, it provides enhanced computational capabilities, allowing for rapid data processing and analysis. This results in improved responsiveness in applications, which is crucial for tasks that require real-time data handling. The microcontroller is designed to minimize latency, ensuring that systems operate smoothly and efficiently.

In addition to its processing power, the NEC 703-A0368-001 incorporates advanced communication technologies. The device supports multiple communication protocols, facilitating seamless interfacing with various peripherals and systems. This versatility makes it ideal for integration into a wide range of applications, from simple control systems to complex networked environments.

Another significant characteristic of the NEC 703-A0368-001 is its power efficiency. Designed with energy-saving features, this device minimizes power consumption without sacrificing performance. This attribute is particularly beneficial in applications where battery life is critical, such as mobile devices and remote sensor systems. Additionally, the low heat generation of the device contributes to its longevity and reliability.

Durability is another key feature of the NEC 703-A0368-001. Its robust design is built to withstand harsh environmental conditions, making it suitable for deployment in challenging industrial settings. The components used in this device are rigorously tested for reliability and stability, ensuring that they can perform consistently under various operational stresses.

Overall, the NEC 703-A0368-001 stands out as a versatile and reliable component that caters to the demands of modern technology. With its advanced processing capabilities, exceptional communication features, energy efficiency, and durable construction, it is poised to meet the needs of various industries and applications effectively. This device represents NEC's commitment to providing high-quality solutions that contribute to the evolution of technology in the digital age.
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