Dell M6348 - User Manual

Dell M6348

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Table of Contents:

  • Page 3 – Contents; About this Document
  • Page 4 – Switching Configuration
  • Page 9 – About this Document; Organization; This document is organized as follows:
  • Page 10 – Additional Documentation; CLI Command Reference; • The; User’s Guide; initial system setup and configuration instructions.; Getting Started Guide; software packages, including issues and workarounds.
  • Page 11 – System Configuration; Getting Started; Traceroute; destination through the network.
  • Page 12 – CLI Example; The following shows an example of using the traceroute
  • Page 13 – Configuration Scripting; Overview; Configuration scripting:; Considerations; commands and the script fails, the script stops at five.; CLI Examples
  • Page 14 – Example #2: Viewing and Deleting Existing Scripts
  • Page 15 – Example #5: Uploading a Configuration Script to the TFTP Server
  • Page 16 – Outbound Telnet; and terminal handling conventions.; Example #1: Connecting to Another System by Using Telnet
  • Page 17 – The SNTP implementation has the following features:
  • Page 19 – Syslog; Interpreting Log Files
  • Page 21 – Port Description; SNMP network management.; Use the commands shown below for the Port Description feature.; Storm Control
  • Page 22 – Example #1: Set Broadcast Storm Control for an Interface; Example #2: Set Multicast Storm Control for an Interface
  • Page 23 – Example #1: Limit the Set of Autonegotiation Options
  • Page 25 – Switching Configuration; Virtual LANs; a particular packet belongs to a particular VLAN:
  • Page 26 – VLAN Configuration Example; Figure 3-1. VLAN Example Network Diagram; default VLAN to a port.
  • Page 28 – Example #4: Assign VLAN3 as the Default VLAN
  • Page 29 – Web Interface; . To create VLANs and specify port participation.; IP Subnet and MAC-Based VLANs; Example #1: Associate an IP Subnet with a VLAN
  • Page 30 – Example #4: Viewing IP Subnet and MAC-Based VLAN Associations
  • Page 31 – Private Edge VLANs; even if they are on the same VLAN.
  • Page 32 – IGMP Snooping; request multicast traffic.; Example #1: Enable IGMP Snooping on an Interface; Example #2: Show IGMP Snooping Information for the Switch
  • Page 33 – Example #3: Show IGMP Snooping Information for an Interface; IGMP Snooping Querier; functions on the VLAN.; Example #1: Enable IGMP Snooping Querier on the Switch
  • Page 34 – Example #3: Show IGMP Snooping Querier Information; Example #4: Enable IGMP Snooping Querier on a VLAN
  • Page 35 – Example #5: Show IGMP Snooping Querier Information for VLAN 10; Link Aggregation/Port Channels
  • Page 36 – Example 1: Create Names for Two Port-Channels
  • Page 37 – Example 3: Show the Port Channels
  • Page 38 – Aggregation > LAG Membership; in the navigation tree.; Port Mirroring; means of fending off attacks.; mirrored to the destination port.; Example #1: Set up a Port Mirroring Session; Example #2: Show the Port Mirroring Session
  • Page 39 – Port Security; This section describes the Port Security feature.; with a MAC address matching the MAC address in the static list.; Example #1: Enable Port Security on an Interface
  • Page 40 – Link Layer Discovery Protocol
  • Page 41 – Example #2: Set Interface LLDP Parameters
  • Page 42 – Example #4 Show Interface LLDP Parameters; Denial of Service Attack Protection
  • Page 43 – The following table describes the; Example #2: Viewing the DoS Configuration Information
  • Page 44 – DHCP Snooping; messages between a DHCP client and DHCP server to:; no ip dhcp snooping
  • Page 45 – binding will go to the tentative binding.; bindin; REQUEST
  • Page 46 – Example #1 Enable DHCP snooping for the switch
  • Page 47 – Example #7 Configure an interface as DHCP snooping trusted
  • Page 48 – Example #12 Show DHCP Snooping database configurations
  • Page 50 – Example #15 Show DHCP Snooping Per Port Statistics
  • Page 51 – Port Aggregator
  • Page 52 – The default Port Aggregator Group mapping is shown in Table 3-2.
  • Page 53 – Simple Mode Operation; the command; roup id; in Global Configuration mode. When Simple Mode
  • Page 54 – show port-aggregator port summary; mode simple
  • Page 55 – GroupId; Example #3: Add Member Ethernet Ports to the Aggregator Group; mtu disable; Example #5: Set Group LACP Mode to Static; lacp static
  • Page 56 – Example #6: Set Group LACP Mode to Dynamic; lacp auto; Example #9: Show Group MAC Address Table
  • Page 57 – Use the
  • Page 58 – Example #11: Show Group Configuration Summary
  • Page 59 – Simple Switch Mode Supported CLI Commands; These are existing commands that are documented in the; for your
  • Page 60 – • Dot1x feature commands:
  • Page 61 – • Port Channel Commands:
  • Page 62 – • System Management Commands:
  • Page 63 – sFlow; the sFlow Collector for analysis.; sFlow Collector/Analyzer
  • Page 64 – sFlow Agents; sFlow Agents use two forms of sampling:
  • Page 65 – Counter Sampling; The following are examples of the commands used for sFlow.
  • Page 66 – Example #5: Show sFlow sampling for receiver index 1
  • Page 67 – Routing Configuration; VLAN Routing; software to support VLAN routing.; provide the VLAN routing support shown in the diagram.
  • Page 68 – Figure 4-1. VLAN Routing Example Network Diagram
  • Page 69 – Example 3: Set Up VLAN Routing for the VLANs and Assign an IP Address
  • Page 70 – Using the Web Interface to Configure VLAN Routing; Virtual Router Redundancy Protocol
  • Page 71 – Figure 4-2. VRRP Example Network Configuration
  • Page 72 – Enable VRRP on the port:
  • Page 73 – Using the Web Interface to Configure VRRP; Example #2 Viewing the Interface Information
  • Page 74 – OSPF; OSPF Concepts and Terms; Areas and Topology; areas
  • Page 75 – OSPF Routers and LSAs
  • Page 76 – • Enable routing for the switch:
  • Page 77 – Enable routing and assign IP for VLANs 70, 80 and 90.
  • Page 78 – Example 2: Configuring Stub and NSSA Areas
  • Page 79 – Figure 4-4. OSPF Configuration—Stub Area and NSSA Area; Configure Router A; traffic outside the AS.
  • Page 80 – • Define an OSPF router:
  • Page 81 – routes when they are redistributed via OSPF:
  • Page 82 – Figure 4-5. OSPF Configuration—Virtual Link; in the previous example.
  • Page 84 – Routing Information Protocol; RIP Configuration; Routes are specified by IP destination network and hop count
  • Page 85 – address; shown in the network illustrated in Figure 4-6.
  • Page 86 – Example #4. Enable RIP for the VLAN Routing Interfaces
  • Page 87 – Using the Web Interface to Configure RIP; Route Preferences; Assigning Administrative Preferences to Routing Protocols
  • Page 88 – Example 1: Configure Administrative Preferences
  • Page 89 – Using Equal Cost Multipath; cause Link A to be overloaded while Link B is not used at all.
  • Page 90 – not; Example 1: Configuring an ECMP Route; when the first two are unreachable:; Loopback Interfaces
  • Page 91 – Next, you assign an IPv4 or IPv6 address to the interface:
  • Page 92 – IP Helper; Table 4-1. Default Ports - UDP Port Numbers Implied By Wildcard; Protocol
  • Page 93 – addresses. Otherwise the packet is not relayed.; broadcast address for the receive interface.
  • Page 94 – the following commands:
  • Page 95 – Example 7: Show IP Helper Configurations
  • Page 97 – Device Security; x Network Access Control; credentials of the supplicant on behalf of the Authenticator.
  • Page 98 – x Network Access Control Examples; Example #1: Configure RADIUS Server for Authentication; secret; resources are located.
  • Page 99 – devices that can authenticate on that port to 3. The
  • Page 100 – X Authentication and VLANs; selected VLAN as part of the authentication.; Authenticated and Unauthenticated VLANs; limited network access.
  • Page 101 – VLANID is 12-bits and has a value between 1 and 4093.; Guest VLAN; authorized and assigned Guest VLAN IDs.
  • Page 103 – Operation in the Network
  • Page 105 – Example 2: Show MAB Configuration; Authentication Server Filter Assignment; the following command in Interface Config mode:
  • Page 106 – This section describes the Access Control Lists (ACLs) feature.; ACLs operate on Layers 3 and 4.
  • Page 107 – Limitations; MAC ACLs
  • Page 108 – IP ACLs
  • Page 109 – Figure 5-3. IP ACL Example Network Diagram
  • Page 110 – Example #2: Define the Second Rule for ACL 179; MAC ACL CLI Examples
  • Page 111 – Example #6 Configure MAC Access Group
  • Page 112 – Example #7: Setup an ACL with Permit Action
  • Page 113 – RADIUS; RADIUS Configuration Examples
  • Page 114 – Example #1: Basic RADIUS Server Configuration; secret1; and; secret2; respectively. The server at
  • Page 115 – Identifier must be present in an Access-Request packet.; network it is used only to encrypt the data.
  • Page 116 – TACACS+ Configuration Example
  • Page 117 – Captive Portal; components as required.; Functional Description
  • Page 118 – emerging from the client will be forwarded through the switch.; Captive Portal Configuration, Status and Statistics; Captive Portal Configuration; Client Access, Authentication, and Control
  • Page 120 – Client Authentication Logout Request; Javascript is enabled and popup windows are allowed.; Web Page Customization; The following is an example that shows Unicode input.
  • Page 121 – Captive Portal Configuration Management; Captive Portal Status; Captive Portal status is available primarily through 3 tables:
  • Page 122 – a trap is sent for every rejected client.; Captive Portal Statistics; Example 1: Enter Captive Portal configuration mode
  • Page 123 – Example 5: Show Captive Portal
  • Page 124 – To create a local user, use the following command:
  • Page 125 – This command shows a statistics for the above client
  • Page 127 – This section includes the following subsections:; and parallel to that provided for IPv4.; Interface Configuration; configured interface IDs.
  • Page 128 – Device 1
  • Page 129 – Device 2
  • Page 131 – Figure 6-2. DHCPv6 Prefix Delegation Scenario
  • Page 132 – DHCPv6 pool configuration:
  • Page 133 – Quality of Service; Class of Service Queuing; forwarded according to this default.; Ingress Port Configuration; Trusted and Untrusted Ports/CoS Mapping Table
  • Page 134 – CoS Mapping Table for Trusted Ports; Egress Port Configuration—Traffic Shaping; limit of the transmission bandwidth used.; Queue configuration; to a full queue is dropped regardless of its importance.; default port priority (2) to direct packet C to egress queue 1.
  • Page 135 – Figure 7-1. CoS Mapping and Queue Configuration
  • Page 137 – Differentiated Services; depending on the role of the switch in your network:; Edge device; services using the appropriate queue management algorithms.; Class; type
  • Page 138 – Service –; Assigns a policy to an interface for inbound traffic.; Figure 7-3. DiffServ Internet Access Example Network Diagram; criteria—Source IP address—for the new classes.
  • Page 139 – CoS queue settings established below.
  • Page 140 – DiffServ for VoIP Configuration Example
  • Page 141 – Figure 7-4. DiffServ VoIP Example Network Diagram
  • Page 142 – Example #2: Configuring DiffServ VoIP Support
  • Page 143 – Multicast
  • Page 144 – IGMP Configuration; IGMP Proxy; protocol on its downstream interfaces.
  • Page 145 – Example #1: Configuring IGMP Proxy on the Router
  • Page 146 – DVMRP; Prune messages; to
  • Page 147 – router
  • Page 148 – PIM
  • Page 149 – NOTE
  • Page 151 – Utility; This section describes the Auto Config commands.; Auto Config; Assignment (configuration) of an IP address for the device; IP Address Assignment
  • Page 152 – response to the; hostname; Assignment of TFTP Server
  • Page 153 – command; ip host; >. If the default network configuration file does not contain; Table 9-1. Configuration File Possibilities
  • Page 154 – Monitoring and Completing the Auto Config Process; Saving a Configuration; TFTP Server Address Available Host-specific Router Config
  • Page 155 – Restarting the Auto Config Process; Specifying a Default Router; server response contains only the hostname for the TFTP server.
  • Page 156 – Other Functions; CLI Scripting; files, query Auto Config status, and to stop or restart the feature.; Logging; A message is logged for each of the following events:; SIM; message type is sent to request Auto Config boot options.
  • Page 157 – Stacking; configuration, the config file is distributed across a stack.; Example 1: Show Auto Config Process
  • Page 158 – Example 2: Enable Auto Config
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w w w . d e l l . c o m | s u p p o r t . d e l l . c o m

Dell™ PowerConnect™

M6220/M6348/M8024 Switches

Configuration Guide

Model PCM6220/PCM6348/PCM8024

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About this manual

Brand
Dell
Model
M6348
Document type
User Manual
Language(s)
English
Pages
158
File size
1.5 MB
Format
PDF

Other Manuals for Dell M6348

Summary

Page 3 - Contents; About this Document

3 Contents 1 About this Document . . . . . . . . . . . . . . . . . . . . . . . . . . . 9 Organization . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9 Additional Documentation . . . . . . . . . . . . . . . . . . . . . . . . . . . . 10 2 System Configuration . . . . . . . . ....

Page 4 - Switching Configuration

4 3 Switching Configuration . . . . . . . . . . . . . . . . . . . . . . . . . 25 Virtual LANs . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 25 VLAN Configuration Example . . . . . . . . . . . . . . . . . . . . . . . . 26 CLI Examples . . . . . . . . . . . . . . . . . . . . . ...

Page 9 - About this Document; Organization; This document is organized as follows:

About this Document 9 1 About this Document This configuration guide provides examples of how to use the following switches in a typical network: • Dell™ PowerConnect™ M6220• Dell PowerConnect M6348• Dell PowerConnect M8024 It describes the advantages of specific functions the PowerConnect M6220/M63...

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