IBM NH2025-10 Frame Generator, Viewing the Nvram Configuration, Erasing the Nvram configuration

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Configuring, Modifying, and Monitoring the Unit

Viewing the NVRAM Configuration

get-nv-mon

The get-nv-moncommand retrieves the port monitoring information stored with the save-moncommand in the NVRAM.

Example

SYS_telnet>get-nv-mon

The NVRAM based monitoring configuration is :

Monitored port: 4

Monitor port: 2

Monitor ACTIVE

Erasing the NVRAM configuration

clear-nv-mon

Example

SYS_telnet>clear-nv-mon

Clear NVRAM monitoring configuration - OK

Frame Generator

Setting the Frame Generator

set-fg-param

The set-fg-parmcommand sets the frame generator parameters. The dest and source parameters are dash-separated hardware addresses in hex. The fill_byte parameter is a single byte used to fill the entire packet except for the first 12 bytes. The length is the total length of the packet excluding CRC.

set-fg-param <dest> <source> <fill_byte> <length>

Example

SYS_console>set-fg-param 00-0E-DE-02-80-01 00-0D-01-32-11-22 aa 100

SYS_console>

Starting the Frame Generation

start-fg

The start-fgcommand starts frame generation. The dport parameter is a dash-separated list of ports on which to generate traffic. For example, a dport send frames to another dport. The count parameter specifies the number of frames to send on each interface. A count of 0 specifies an infinite number of packets. The rate parameter specifies the number of packets per second to generate.

start-fg <dport> <count> <rate>

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Contents Page Page FCC Notice Standards ComplianceCE Mark Page Contents Configuring, Modifying, and Monitoring the Unit Iii Statistics Overview General ViewApplications Network Management SystemsPerformance/Configuration Feature SummaryManagement Page Installing and Setting Up the Unit Installing the UnitRack Mounting Front PanelInstalling Modules in the Unit Rear PanelEM2003-1GE Modules for NHEM2003-2FO Connecting Power to the Unit Input SupplyEM2003-8TP Em2003-2GEConnecting Your Network Connecting Ethernet DevicesGrounding Page Connecting to the Management Port Logging Into the Command Line InterfaceSetting the IP Address Getting StartedVerifying the Installation Accessing the Command Line Interface RemotelySYSconsole set-ip SYSconsole ping 192.1.1.1Using the Command Line Interface Command ConventionsCommand Line Help Getting Command Parameter HelpUsing Command Wildcards Getting Command Group HelpSYSconsole ping 129.1.1.7 ? Connectivity matrix Retrieving Command HistorySYSconsoleget-co Command Line Errors Nonexistent CommandSYSconsole pin Command ‘pin’ not found Incorrect Number of ParametersConfiguring, Modifying, and Monitoring the Unit Console CommandsCompletes command Help-kbdLogin BannerClear LogoutSet-passwd System Commands Sys-statWarm-reset Cold-resetGet-stst-level Set-stst-levelGet-tftp-srvr Set-tftp-srvrSet-tftp-mode Get-tftp-modeIP Commands IP ConfigurationGet-ip Get-ip-cfgSetting an IP address Set-ipSet-ip-cfg IP broadcast SYSconsoleConfiguring a Gateway Erasing an IP ConfigurationBootp Configuration Address Resolution Protocol ARP Get-arp-tblDel-arp-entry Add-arp-entryPort configuration Displaying the Port ConfigurationGet-arp-stats Get-port-cfg dport pipe allSet-port-cfg Setting the port configurationSet-port-state Get-fctrl Setting the flow controlSet-fctrl Getting the EtherChannel Configuration Setting the EtherChannel ConfigurationEtherChannel Get-ec-tblPort Priority Deleting the EtherChannel Configuration del-ecSet Port Priority Modifying the Switch Policy Get Port PriorityVlan Priority Get-priority-port-cfgSpanning Tree Protocol STP How the STP Topology StabilizesSelecting a Designated Switch/Bridge Spanning Tree ParametersRoot Bridge Manually Designating a Root BridgeUsing STP to Manage Redundant Links Spanning Tree CommandsTopology Change Notification Bpdu Spanning Tree and Vlan restrictionsConfiguring the Bridge Viewing Bridge ParametersGet-st-bcfg Max Age set-br-maxageViewing the Port Configuration Setting Port ConfigurationHello Time set-br-hellot Get-st-pcfgSet-prt-prio 4 Priority was changed for port SYSconsole Set-prt-enb port-number enabledisableSet-prt-pcost dport pathcost Switching Commands Aging ConfigurationLearning Table Get-lt-ageGet-lt-entry Get-lt-16Find-lt-addr Deleting Entries Adding Static EntriesViewing the VBC Mode Setting the VBC modeVirtual Broadcast Domain Creating VBC DomainsGet-vbc-tbl Viewing VBC MatrixGet-vbc-matrix Virtual Networking Deleting a VBCDel-vbc-domain Del-vbc-domain runnvram domainidViewing the Vlan Mode Setting the Vlan ModeSYSconsoleset-vlan-mode run tag Set run Vlan mode tag OK Important ConsiderationsInter-Switch Vlan or Isvlan Viewing the Isvlan ModeTag Field Format Principles of IsvlanSetting a Tagged Port Server PortRemoving a Tagged Port Creating a Server PortRemoving a Server Port Viewing Vlan ConfigurationCreating a Vlan Get-vlan-entry Deleting a VlanDel-vlan Vlan Management Viewing the Management TagModifying the Management Tag Deleting the Management from a VlanVLAN, Server-port, Example of Configuration Physical configuration schemaVlan Server Port ConfigurationApplication Creating a Vlan with Port ManagementVlan Configuration Payroll Vlan ConfigurationFinance Vlan Configuration Checking the ConfigurationUtilities Commands Ping CommandsPort mirroring PingSetting the Monitoring Port Saving the ConfigurationMonitoring with monitor Stopping MonitoringViewing the Nvram Configuration Erasing the Nvram configurationSetting the Frame Generator Frame GeneratorNBase-Xyplex Snmp Support Snmp basic configurationStopping the Frame Generation Snmp Community String Commands Setting the Read or Write CommunityViewing the Community String Get-commSetting Authentication Traps Viewing the Authentication Trap StatusSetting the Authentication Trap Snmp TrapsGet-traps Example Configuring the Trap StationsAdd-trap Clearing the Switch Counters StatisticsGetting Collisions on a Port Clr-cntGetting Rmon Statistics Group for a Port Rmon StatisticsGetting the Packet Size Distribution Getting the Management Counters Page Trouble Shooting Mailservice@mrv.com Commands Quick Reference Ping Commands ARP CommandsEtherChannel Commands Snmp CommandsSwitching Database Commands Virtual LAN CommandsSwitching Statistics Commands Port Configuration CommandsPort Monitoring Spanning Tree Commands Page System Default Values SnmpPage Download Procedure Client Mode Appendix B Firmware Download Using TftpDownload Procedure Server mode Tftp Recovery Breaking into the BootROM ∙ set-tftp-mode clientAppendix C Technical Specifications CompatibilityStandards Compliance

NH2025-10 specifications

The IBM NH2025-10 is a powerful and versatile network appliance designed to meet the growing demands of modern IT infrastructures. It serves as a cornerstone for businesses seeking to enhance their networking capabilities, streamline operations, and leverage advanced technologies. Built with a focus on reliability and performance, the NH2025-10 packs a wide range of features that cater to various use cases, from data centers to enterprise environments.

At the heart of the NH2025-10 is its robust hardware architecture, which integrates high-speed processors and ample memory resources. This combination ensures that the device can handle significant data throughput, making it an ideal solution for organizations that require fast and efficient data processing. Its state-of-the-art virtualization capabilities enable multi-tenancy, allowing organizations to run multiple applications and services seamlessly.

One standout feature of the NH2025-10 is its advanced security framework. It incorporates tools for threat detection and mitigation, firewall protection, and secure access controls. These features work in tandem to provide a fortified network environment, critical for safeguarding sensitive data. With an intuitive user interface, administrators can easily configure and manage security policies, ensuring compliance with industry regulations.

The NH2025-10 also supports cutting-edge networking technologies, including Software-Defined Networking (SDN) and Network Function Virtualization (NFV). These technologies enhance flexibility and scalability, allowing businesses to adapt their networks as requirements evolve without substantial hardware upgrades. The integration of machine learning algorithms further optimizes network performance, offering predictive analytics that can preemptively address potential issues.

In terms of connectivity, the device is equipped with multiple ports, including 10 Gigabit Ethernet and support for various media types, ensuring compatibility with existing infrastructure. This flexibility makes integration straightforward, allowing organizations to derive maximum value from their investments while minimizing disruption to ongoing operations.

Moreover, the NH2025-10 is designed with energy efficiency in mind. Its innovative thermal management ensures optimal performance with reduced power consumption, aiding organizations in their sustainability efforts.

Overall, the IBM NH2025-10 stands as a comprehensive solution for entities looking to elevate their networking strategies. Its combination of advanced features, security protocols, and adaptive technologies positions it as a vital asset in today's increasingly digital landscape.
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