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Oracle Switch ES1-24 Documentation
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Document Information

Using This Documention

Product Notes

Related Documentation

CLI Command Modes

Feedback

Support and Accessibility

Installation

Understanding the Installation

Installation Task Overview

Front Panel Components

Rear Panel Components

Confirming Specifications

Physical Specifications

Electrical Specifications

Environmental Specifications

Understanding Cabling

Understanding Management and Power Cabling

Understanding Data Cabling

Single-Switch Location Guidelines

Preparing for Installation

ESD Precautions

Tools Needed for Installation

Verify Switch Kit Contents

Verify Rack Rail Kit Contents

Assemble an SFP+ Data Cable

Route Cables

Installing the Switch

Assemble a Filler

Attach the Rails to the Switch

Attach Telco Adapters to the Rack Slides

Attach the Rack Slides to the Rack

Install the Switch Into the Rack

Attach Power Cords

Install the Air Duct and Front Support

Attach Data and Management Cables

Prepare the Front Support and Small Air Duct

Powering On the Switch

Power On the Switch

Oracle ILOM Overview

Verify the DHCP-Assigned IP Address and Host Name

Configure Network Management From the CLI (SER MGT)

Log Into the Oracle ILOM Web (NET MGT)

Log Into the Oracle ILOM CLI (NET MGT)

Log Into the Oracle ILOM CLI (SER MGT)

Configuration

Administering the Switch

Log In to the Oracle ILOM CLI

Create a SEFOS User

Change a SEFOS User Privilege Level

Configure Network Management From the Web Interface

Configure Network Management From the CLI

Log Out of the Oracle ILOM CLI

Update the Firmware

Administering SEFOS

SEFOS Setup Tasks

Understanding SEFOS Basics

Configuring the SEFOS Environment

Managing Configuration Files

Managing Log Files

Configuring the Switching Feature

Switching Feature Topology

Configure Initial Settings

Verify the Configuration

Configure VLAN Forwarding

Verify VLAN Membership

Configure RSTP

Configure LA

Save a Configuration

Configuring the Routing Feature

Routing Feature Topology

Configuring Static Routing

Configure Static Unicast Route Entries

Add Static Routes

Configuring Dynamic Routing

Configure RIP Dynamic Routing

Configure OSPF Dynamic Routing

Disabling Routing

Remove Static Routes

Disable RIP Dynamic Routing

Disable OSPF Dynamic Routing

Service

Detecting and Managing Faults

Front Panel LEDs

Rear Panel LEDs

Check Switch Status (LEDs)

Sensors Overview

Check Switch Status (Oracle ILOM)

Component Sensor Targets

Motherboard Sensor Targets

Preparing for Service

ESD Precautions

Tools Needed for Service

Replaceable Components

Remove the Front Support and Air Duct

Remove the CMA

Install the CMA

Servicing Power Supplies

Power Off a Power Supply

Remove a Power Supply

Install a Power Supply

Power On a Power Supply

Servicing the Fan Module

Remove the Fan Module

Install the Fan Module

Glossary

Index

Configure RIP Dynamic Routing

This task configures dynamic routing with the redistribution feature of RIP in SEFOS. This task also verifies the accessibility of the two hosts by learning the routes dynamically through RIP.

See Routing Feature Topology for the topology of this task.

  1. Verify that SEFOS-1 and SEFOS-2 still have the configuration information that you saved.

    See Configure Static Unicast Route Entries.

    The basic VLAN configuration for dynamic routing is similar to the basic VLAN configuration for static routing. If the configuration information was not saved on SEFOS-1 and SEFOS-2, follow Step 1 through Step 6 in Configure Static Unicast Route Entries, then return here.

  2. Enable the RIP protocol on SEFOS-1.
    SEFOS-1# configure terminal
    SEFOS-1(config)# router rip
    SEFOS-1(config-router)# neighbor 20.0.0.200
    SEFOS-1(config-router)# network 20.0.0.201
    SEFOS-1(config-router)# network 10.0.0.201
    SEFOS-1(config-router)# redistribute all
    SEFOS-1(config-router)# end
  3. Enable the RIP protocol on SEFOS-2.
    SEFOS-2# configure terminal
    SEFOS-2(config)# router rip
    SEFOS-2(config-router)# neighbor 20.0.0.201
    SEFOS-2(config-router)# network 20.0.0.200
    SEFOS-2(config-router)# network 40.0.0.200
    SEFOS-2(config-router)# redistribute all
    SEFOS-2(config-router)# end

    If SEFOS-2 is a third-party switch, verify that the RIP is enabled on SEFOS-2 and that related configurations are applied accordingly.

  4. Check the routing database on SEFOS-1.
    SEFOS-1# show ip rip database
    Vrf default 
    10.0.0.0/8 [1] auto-summary
    10.0.0.0/24 [1] directly connected, vlan10 
    20.0.0.0/8 [1] auto-summary 
    20.0.0.0/24 [1] directly connected, vlan20
    40.0.0.0/8 [2] auto-summary 
    40.0.0.0/8 [2] via 20.0.0.200, vlan20
  5. Check the routing database on SEFOS-2.
    SEFOS-2# show ip rip database
    Vrf default 
    10.0.0.0/8 [2] auto-summary 
    10.0.0.0/8 [2] via 20.0.0.201, vlan20 
    20.0.0.0/8 [1] auto-summary 
    20.0.0.0/24 [1] directly connected, vlan20 
    40.0.0.0/8 [1] auto-summary 
    40.0.0.0/24 [1] directly connected, vlan40
  6. Ping the VLAN interface on VLAN 10 on SEFOS-1 from blade server B.
    # ping 10.0.0.201
  7. Ping blade server A from blade server B.
    # ping 10.0.0.169
  8. Ping blade server B from blade server A.
    # ping 40.0.0.110

    You can test the basic routing features of SEFOS now that SEFOS is able to dynamically learn the routing entries using the redistribution feature of RIP.

Related Information