| Section |
Page |
| Introduction |
55 |
| About This Document |
55 |
| Audience |
56 |
| Document Conventions |
56 |
| Additional Documentation |
57 |
| Switch Feature Overview |
59 |
| System Management Features |
60 |
| Multiple Management Options |
60 |
| System Time Management |
60 |
| Log Messages |
61 |
| System Reset |
61 |
| Integrated DHCP Server |
61 |
| Management of Basic Network Information |
62 |
| IPv6 Management Features |
62 |
| Dual Software Images |
62 |
| File Management |
63 |
| Switch Database Management Templates |
63 |
| Automatic Installation of Firmware and Configuration |
63 |
| sFlow |
64 |
| SNMP Alarms and Trap Logs |
64 |
| CDP Interoperability Through ISDP |
65 |
| Remote Monitoring (RMON) |
65 |
| Stacking Features |
65 |
| Mixed and Single Series Stacking |
65 |
| Single IP Management |
66 |
| Master Failover with Transparent Transition |
67 |
| Nonstop Forwarding on the Stack |
67 |
| Hot Add/Delete and Firmware Synchronization |
67 |
| Security Features |
68 |
| Configurable Access and Authentication Profiles |
68 |
| Password-Protected Management Access |
68 |
| Strong Password Enforcement |
68 |
| TACACS+ Client |
68 |
| RADIUS Support |
69 |
| SSH/SSL |
69 |
| Inbound Telnet Control |
69 |
| Denial of Service |
69 |
| Port Protection |
70 |
| Captive Portal |
71 |
| 802.1X Authentication (IEEE 802.1X) |
71 |
| MAC-Based 802.1X Authentication |
72 |
| 802.1X Monitor Mode |
72 |
| Port Security |
73 |
| Access Control Lists (ACLs) |
73 |
| Time-Based ACLs |
73 |
| IP Source Guard (IPSG) |
74 |
| DHCP Snooping |
74 |
| Dynamic ARP Inspection |
74 |
| Protected Ports (Private VLAN Edge) |
74 |
| Green Technology Features |
75 |
| Energy Detect Mode |
75 |
| Energy Efficient Ethernet |
75 |
| Power Utilization Reporting |
76 |
| Power over Ethernet (PoE) Features |
76 |
| PD Detection |
76 |
| Legacy (Reduced Capacitor) Detection |
76 |
| Classification |
77 |
| Port Start Up |
77 |
| Overload Detection and Port Shutdown |
77 |
| Disconnect Detection |
77 |
| IC Thermal Monitoring |
77 |
| Over-Temperature Protection |
78 |
| 4-Pair Ports |
78 |
| IEEE 802.3bt Capability |
79 |
| PoE Port Capabilities and Power Limits |
80 |
| Key PoE Plus Features |
82 |
| Power Over Ethernet (PoE) Support |
83 |
| PoE Plus Support |
83 |
| PoE 60W Support |
83 |
| Powered Device Detection |
84 |
| PoE Power Management Modes |
84 |
| Power Management in Guard Band |
86 |
| PoE Plus Default Settings |
88 |
| Switching Features |
89 |
| Flow Control Support (IEEE 802.3x) |
89 |
| Head of Line Blocking Prevention |
89 |
| Jumbo Frames Support |
89 |
| Auto-MDI/MDIX Support |
89 |
| VLAN-Aware MAC-based Switching |
89 |
| Back Pressure Support |
90 |
| Auto-negotiation |
90 |
| Storm Control |
90 |
| Port Mirroring |
91 |
| Static and Dynamic MAC Address Tables |
91 |
| Link Layer Discovery Protocol (LLDP) |
91 |
| Link Layer Discovery Protocol (LLDP) for Media Endpoint Devices |
92 |
| Connectivity Fault Management (IEEE 802.1ag) |
93 |
| Cisco Protocol Filtering |
93 |
| DHCP Layer-2 Relay |
93 |
| Virtual Local Area Network Supported Features |
94 |
| VLAN Support |
94 |
| Port-Based VLANs |
94 |
| IP Subnet-based VLAN |
94 |
| MAC-based VLAN |
94 |
| IEEE 802.1v Protocol-Based VLANs |
94 |
| Voice VLAN |
95 |
| GARP and GVRP Support |
95 |
| Guest VLAN |
95 |
| Unauthorized VLAN |
95 |
| Double VLANs |
95 |
| Spanning Tree Protocol Features |
97 |
| Spanning Tree Protocol (STP) |
97 |
| Spanning Tree Port Settings |
97 |
| Rapid Spanning Tree |
97 |
| Multiple Spanning Tree |
97 |
| Bridge Protocol Data Unit (BPDU) Guard |
98 |
| BPDU Filtering |
98 |
| RSTP-PV and STP-PV |
98 |
| Link Aggregation Features |
99 |
| Link Aggregation |
99 |
| Link Aggregate Control Protocol (LACP) |
100 |
| Multi-Switch LAG (MLAG) |
100 |
| Routing Features |
101 |
| Address Resolution Protocol (ARP) Table Management |
101 |
| VLAN Routing |
101 |
| IP Configuration |
101 |
| Open Shortest Path First (OSPF) |
102 |
| Border Gateway Protocol (BGP) |
102 |
| Virtual Routing and Forwarding (VRF) |
102 |
| BOOTP/DHCP Relay Agent |
103 |
| IP Helper and DHCP Relay |
103 |
| Routing Information Protocol |
103 |
| Router Discovery |
103 |
| Routing Table |
103 |
| Virtual Router Redundancy Protocol (VRRP) |
104 |
| Tunnel and Loopback Interfaces |
104 |
| IPv6 Routing Features |
105 |
| IPv6 Configuration |
105 |
| IPv6 Routes |
105 |
| OSPFv3 |
105 |
| DHCPv6 |
105 |
| Quality of Service (QoS) Features |
106 |
| Differentiated Services (DiffServ) |
106 |
| Class Of Service (CoS) |
106 |
| Auto Voice over IP (VoIP) |
106 |
| Internet Small Computer System Interface (iSCSI) Optimization |
107 |
| Layer-2 Multicast Features |
107 |
| MAC Multicast Support |
107 |
| IGMP Snooping |
107 |
| IGMP Snooping Querier |
108 |
| MLD Snooping |
108 |
| Multicast VLAN Registration |
108 |
| Layer-3 Multicast Features |
109 |
| Distance Vector Multicast Routing Protocol |
109 |
| Internet Group Management Protocol |
109 |
| IGMP Proxy |
109 |
| Protocol Independent Multicast—Dense Mode |
109 |
| Protocol Independent Multicast—Sparse Mode |
110 |
| Protocol Independent Multicast—Source Specific Multicast |
110 |
| Protocol Independent Multicast IPv6 Support |
110 |
| MLD/MLDv2 (RFC2710/RFC3810) |
110 |
| Hardware Overview |
111 |
| Dell EMC Networking N1100-ON Series Switch Hardware |
111 |
| N1100-ON Series Front Panel |
111 |
| N1100-ON Series Power Supply |
114 |
| N1100-ON Series Ventilation System |
114 |
| N1100-ON Series Thermal Shutdown |
114 |
| N1100-ON Series LED Definitions |
114 |
| Power Consumption for N1100-ON Series PoE Switches |
118 |
| N1100-ON Series Wall Installation |
119 |
| Dell EMC Networking N1500 Series Switch Hardware |
121 |
| N1500 Series Front Panel |
121 |
| N1500 Series Back Panel |
124 |
| N1500 Series LED Definitions |
126 |
| Power Consumption for N1500 Series PoE Switches |
128 |
| Dell EMC Networking N2000 Series Switch Hardware |
129 |
| N2000 Series Front Panel |
130 |
| N2000 Series Back Panel |
133 |
| N2000 Series LED Definitions |
135 |
| Power Consumption for N2000 Series PoE Switches |
138 |
| Dell EMC Networking N2100-ON Series Switch Hardware |
140 |
| N2100-ON Series Front Panel |
140 |
| N2100-ON Series Back Panel |
142 |
| N2100-ON Series LED Definitions |
142 |
| Power Consumption for N2100-ON Series PoE Switches |
146 |
| Dell EMC Networking N2200-ON Series Switch Hardware |
149 |
| N2200-ON Series Front Panel |
149 |
| N2200-ON Series Rear Panel |
149 |
| N2200X-ON Series Switch Ports |
150 |
| N2200-ON Series Console Port |
151 |
| N2200-ON Series USB Port |
152 |
| N2200-ON Series Reset Button |
152 |
| N2200-ON Series Port and System LEDs |
152 |
| N2200-ON Series Stack Master LED and Stack Number Display |
152 |
| N2200-ON Series Power Supplies |
153 |
| N2200-ON Series LED Definitions |
154 |
| Dell EMC Networking N3000E-ON Series Switch Hardware |
158 |
| Front Panel |
158 |
| Back Panel |
164 |
| LED Definitions |
166 |
| Power Consumption for PoE Switches |
171 |
| Dell EMC Networking N3100-ON Series Switch Hardware |
173 |
| N3100-ON Series Front Panel |
173 |
| N3100-ON Series Back Panel |
175 |
| N3100-ON Series LED Definitions |
175 |
| Power Consumption for N3100-ON Series PoE Switches |
180 |
| Dell EMC Networking N3200-ON Series Switch Hardware |
183 |
| N3200-ON Series Front Panel |
183 |
| N3200-ON Series Rear Panel |
183 |
| N3200-ON Series Switch Ports |
184 |
| N3200-ON Series Console Port |
185 |
| N3200-ON Series USB Port |
186 |
| N3200-ON Series Reset Button |
186 |
| N3200-ON Series Port and System LEDs |
187 |
| N3200-ON Series Stack Master LED and Stack Number Display |
187 |
| N3200-ON Series Power Supplies |
187 |
| N3200-ON Series LED Definitions |
188 |
| Switch MAC Addresses |
201 |
| Using Dell EMC OpenManage Switch Administrator |
203 |
| About Dell EMC OpenManage Switch Administrator |
203 |
| Starting the Application |
204 |
| Understanding the Interface |
205 |
| Using the Switch Administrator Buttons and Links |
207 |
| Defining Fields |
208 |
| Understanding the Device View |
208 |
| Using the Device View Port Features |
208 |
| Using the Device View Switch Locator Feature |
209 |
| Using the Command-Line Interface |
211 |
| Accessing the Switch Through the CLI |
211 |
| Console Connection |
211 |
| Telnet Connection |
212 |
| Understanding Command Modes |
213 |
| Entering CLI Commands |
215 |
| Using the Question Mark to Get Help |
215 |
| Using Command Completion |
216 |
| Entering Abbreviated Commands |
216 |
| Negating Commands |
216 |
| Command Output Paging |
216 |
| Understanding Error Messages |
217 |
| Recalling Commands from the History Buffer |
217 |
| Default Settings |
219 |
| Setting the IP Address and Other Basic Network Information |
223 |
| IP Address and Network Information Overview |
223 |
| What Is the Basic Network Information? |
223 |
| Why Is Basic Network Information Needed? |
224 |
| How Is Basic Network Information Configured? |
225 |
| What Is Out-of-Band Management and In-Band Management? |
225 |
| Default Network Information |
228 |
| Configuring Basic Network Information (Web) |
229 |
| Out-of-Band Interface |
229 |
| IP Interface Configuration (Default VLAN IP Address) |
230 |
| Route Entry Configuration (Switch Default Gateway) |
232 |
| Domain Name Server |
234 |
| Default Domain Name |
235 |
| Host Name Mapping |
236 |
| Dynamic Host Name Mapping |
237 |
| Configuring Basic Network Information (CLI) |
238 |
| Enabling the DHCP Client on the OOB Port |
238 |
| Enabling the DHCP Client on the Default VLAN |
238 |
| Managing DHCP Leases |
239 |
| Configuring Static Network Information on the OOB Port |
240 |
| Configuring Static Network Information on the Default VLAN |
241 |
| Configuring and Viewing Additional Network Information |
242 |
| Basic Network Information Configuration Examples |
244 |
| Configuring Network Information Using the OOB Port |
244 |
| Configuring Network Information Using the Serial Interface |
246 |
| Stacking |
249 |
| Stacking Overview |
249 |
| Dell EMC Networking Stacking Compatibility |
253 |
| How is the Stack Master Selected? |
254 |
| Adding a Switch to the Stack |
255 |
| Removing a Switch from the Stack |
256 |
| How is the Firmware Updated on the Stack? |
257 |
| What is Stacking Standby? |
257 |
| What is Nonstop Forwarding? |
258 |
| Switch Stack MAC Addressing and Stack Design Considerations |
261 |
| NSF Network Design Considerations |
261 |
| Why is Stacking Needed? |
262 |
| Default Stacking Values |
262 |
| Managing and Monitoring the Stack (Web) |
264 |
| Unit Configuration |
264 |
| Stack Summary |
265 |
| Stack Firmware Synchronization |
266 |
| Supported Switches |
267 |
| Stack Port Summary |
268 |
| Stack Port Counters |
269 |
| Stack Port Diagnostics |
269 |
| NSF Summary |
270 |
| Checkpoint Statistics |
271 |
| Managing the Stack (CLI) |
272 |
| Configuring Stack Member, Stack Port, SFS and NSF Settings |
272 |
| Viewing and Clearing Stacking and NSF Information |
274 |
| Connecting to the Management Console from a Stack Member |
275 |
| Stacking and NSF Usage Scenarios |
275 |
| Basic Failover |
275 |
| Preconfiguring a Stack Member |
277 |
| NSF in the Data Center |
279 |
| NSF and VoIP |
280 |
| NSF and DHCP Snooping |
281 |
| NSF and the Storage Access Network |
282 |
| NSF and Routed Access |
284 |
| Authentication, Authorization, and Accounting |
287 |
| AAA Introduction |
287 |
| Methods |
288 |
| Method Lists |
289 |
| Access Lines |
290 |
| Enabling SSH Access |
291 |
| Access Lines (AAA) |
291 |
| Access Lines (Non-AAA) |
292 |
| Authentication |
293 |
| Authentication Access Types |
293 |
| Authentication Manager |
294 |
| Using RADIUS |
303 |
| Using TACACS+ |
308 |
| Dynamic ACL Overview |
310 |
| Authentication Examples |
317 |
| Public Key SSH Authentication Example |
325 |
| Associating a User With an SSH Key |
334 |
| Authorization |
336 |
| Exec Authorization Capabilities |
336 |
| Authorization Examples |
338 |
| RADIUS Change of Authorization |
340 |
| TACACS Authorization |
344 |
| Accounting |
348 |
| RADIUS Accounting |
348 |
| IEEE 802.1X |
351 |
| What is IEEE 802.1X? |
351 |
| What are the 802.1X Port Authentication Modes? |
352 |
| What are Authentication Host Modes |
353 |
| What is MAC Authentication Bypass? |
354 |
| What is the Role of 802.1X in VLAN Assignment? |
356 |
| What is Monitor Mode? |
360 |
| How Does the Authentication Server Assign DiffServ Policy or ACLs? |
362 |
| What is the Internal Authentication Server? |
362 |
| Default 802.1X Values |
363 |
| Configuring IEEE 802.1X (Web) |
364 |
| Captive Portal |
388 |
| Captive Portal Overview |
388 |
| Default Captive Portal Behavior and Settings |
396 |
| Configuring Captive Portal (Web) |
398 |
| Configuring Captive Portal (CLI) |
414 |
| Captive Portal Configuration Example |
420 |
| In Case Of Problems in Captive Portal Deployment |
424 |
| Monitoring and Logging System Information |
425 |
| System Monitoring Overview |
425 |
| What System Information Is Monitored? |
425 |
| Why Is System Information Needed? |
426 |
| Where Are Log Messages Sent? |
426 |
| What Are the Severity Levels? |
427 |
| What Are the System Startup and Operation Logs? |
427 |
| What Is the Log Message Format? |
428 |
| What Factors Should Be Considered When Configuring Logging? |
430 |
| Default Log Settings |
431 |
| Monitoring System Information and Configuring Logging (Web) |
432 |
| Device Information |
432 |
| System Health |
434 |
| System Resources |
435 |
| Unit Power Usage History |
436 |
| Integrated Cable Test for Copper Cables |
437 |
| Optical Transceiver Diagnostics |
438 |
| Log Global Settings |
439 |
| RAM Log |
440 |
| Log File |
442 |
| SYSLOG Server |
442 |
| Email Alert Global Configuration |
445 |
| Email Alert Mail Server Configuration |
445 |
| Email Alert Subject Configuration |
447 |
| Email Alert To Address Configuration |
448 |
| Email Alert Statistics |
448 |
| Monitoring System Information and Configuring Logging (CLI) |
450 |
| Viewing System Information and Enabling the Locator LED |
450 |
| Running Cable Diagnostics |
450 |
| Configuring Local Logging |
452 |
| Configuring Remote Logging |
453 |
| Configuring Mail Server Settings |
454 |
| Configuring Email Alerts for Log Messages |
455 |
| Logging Configuration Examples |
457 |
| Configuring Local and Remote Logging |
457 |
| Configuring Email Alerting |
460 |
| Managing General System Settings |
463 |
| System Settings Overview |
463 |
| Why Does System Information Need to Be Configured? |
464 |
| What Are SDM Templates? |
465 |
| Why is the System Time Needed? |
468 |
| How Does SNTP Work? |
468 |
| What Configuration Is Required for Plug-In Modules? |
469 |
| Default General System Information |
469 |
| Configuring General System Settings (Web) |
470 |
| System Information |
470 |
| CLI Banner |
473 |
| SDM Template Preference |
474 |
| Clock |
475 |
| SNTP Global Settings |
476 |
| SNTP Authentication |
477 |
| SNTP Server |
479 |
| Summer Time Configuration |
482 |
| Time Zone Configuration |
483 |
| Card Configuration |
484 |
| Slot Summary |
485 |
| Supported Cards |
486 |
| Power Over Ethernet Global Configuration |
487 |
| Power Over Ethernet Unit Configuration |
488 |
| Power Over Ethernet Interface Configuration |
489 |
| Configuring System Settings (CLI) |
491 |
| Configuring System Information |
491 |
| Configuring the Banner |
492 |
| Managing the SDM Template |
493 |
| Configuring SNTP Authentication and an SNTP Server |
493 |
| Setting the System Time and Date Manually |
495 |
| Configuring the Expansion Slots |
496 |
| Viewing Slot Information |
497 |
| Configuring PoE Settings |
497 |
| General System Settings Configuration Examples |
499 |
| Configuring System and Banner Information |
499 |
| Configuring SNTP |
502 |
| Configuring the Time Manually |
504 |
| SNMP |
505 |
| SNMP Overview |
505 |
| What Is SNMP? |
505 |
| What Are SNMP Traps? |
506 |
| Why Is SNMP Needed? |
507 |
| Default SNMP Values |
507 |
| Configuring SNMP (Web) |
509 |
| SNMP Global Parameters |
509 |
| SNMP View Settings |
510 |
| Access Control Group |
512 |
| SNMPv3 User Security Model (USM) |
514 |
| Communities |
517 |
| Notification Filter |
519 |
| Notification Recipients |
520 |
| Trap Flags |
522 |
| OSPFv2 Trap Flags |
523 |
| OSPFv3 Trap Flags |
524 |
| Trap Log |
525 |
| Configuring SNMP (CLI) |
527 |
| Configuring the SNMPv3 Engine ID |
527 |
| Configuring SNMP Views, Groups, and Users |
528 |
| Configuring Communities |
531 |
| Configuring SNMP Notifications (Traps and Informs) |
533 |
| SNMP Configuration Examples |
536 |
| Configuring SNMPv1 and SNMPv2 |
536 |
| Configuring SNMP Management Station Access |
537 |
| Configuring SNMPv3 |
538 |
| Images and File Management |
543 |
| Image and File Management Overview |
543 |
| What Files Can Be Managed? |
543 |
| Why Is File Management Needed? |
545 |
| What Methods Are Supported for File Management? |
548 |
| What Factors Should Be Considered When Managing Files? |
549 |
| How Is the Running Configuration Saved? |
552 |
| Managing Images and Files (Web) |
553 |
| File System |
553 |
| Active Images |
554 |
| USB Flash Drive |
555 |
| File Download |
556 |
| File Upload |
558 |
| Copy Files |
560 |
| Managing Images and Files (CLI) |
561 |
| Downloading and Activating a New Image (TFTP) |
562 |
| Managing Files in Internal Flash |
563 |
| Managing Files on a USB Flash Device |
564 |
| Uploading a Configuration File (SCP) |
565 |
| Managing Configuration Scripts (SFTP) |
566 |
| SCP Server |
567 |
| File and Image Management Configuration Examples |
568 |
| Upgrading the Firmware |
568 |
| Managing Configuration Scripts |
571 |
| Managing Files by Using the USB Flash Drive |
573 |
| DHCP and USB Auto-Configuration |
575 |
| Auto Configuration Overview |
575 |
| What Is USB Auto Configuration? |
576 |
| What Files Does USB Auto Configuration Use? |
576 |
| How Does USB Auto Configuration Use the Files on the USB Device? |
577 |
| What Is the Setup File Format? |
579 |
| What Is the DHCP Auto Configuration Process? |
580 |
| Monitoring and Completing the DHCP Auto Configuration Process |
585 |
| What Are the Dependencies for DHCP Auto Configuration? |
586 |
| Default Auto Configuration Values |
588 |
| Managing Auto Configuration (Web) |
589 |
| Auto-Install Configuration |
589 |
| Managing Auto Configuration (CLI) |
590 |
| Managing Auto Configuration |
590 |
| Auto Configuration Example |
591 |
| Enabling USB Auto Configuration and Auto Image Download |
591 |
| Enabling DHCP Auto Configuration and Auto Image Download |
592 |
| Easy Firmware Upgrade/Downgrade via USB |
594 |
| Monitoring Switch Traffic |
595 |
| Traffic Monitoring Overview |
595 |
| What is sFlow Technology? |
595 |
| What is RMON? |
598 |
| What is Port Mirroring? |
599 |
| Port Mirroring Behaviors |
601 |
| RSPAN |
603 |
| Remote Capture |
604 |
| Why is Traffic Monitoring Needed? |
605 |
| Default Traffic Monitoring Values |
605 |
| Monitoring Switch Traffic (Web) |
606 |
| sFlow Agent Summary |
606 |
| sFlow Receiver Configuration |
607 |
| sFlow Sampler Configuration |
608 |
| sFlow Poll Configuration |
609 |
| Interface Statistics |
610 |
| Etherlike Statistics |
611 |
| GVRP Statistics |
612 |
| EAP Statistics |
613 |
| Utilization Summary |
614 |
| Counter Summary |
615 |
| Switchport Statistics |
616 |
| RMON Statistics |
617 |
| RMON History Control Statistics |
617 |
| RMON History Table |
620 |
| RMON Event Control |
621 |
| RMON Event Log |
623 |
| RMON Alarms |
624 |
| Port Statistics |
626 |
| LAG Statistics |
627 |
| Port Mirroring |
628 |
| Monitoring Switch Traffic (CLI) |
630 |
| Configuring sFlow |
630 |
| Configuring RMON |
632 |
| Viewing Statistics |
634 |
| Configuring Port Mirroring |
635 |
| Configuring RSPAN |
636 |
| Traffic Monitoring Examples |
640 |
| Showing Interface Traffic |
640 |
| Configuring sFlow |
641 |
| Configuring RMON |
643 |
| Configuring Remote Capture |
644 |
| Configuring RSPAN |
649 |
| iSCSI Optimization |
653 |
| iSCSI Optimization Overview |
653 |
| What Does iSCSI Optimization Do? |
653 |
| What Occurs When iSCSI Optimization Is Enabled or Disabled? |
654 |
| How Does the Switch Detect iSCSI Traffic Flows? |
654 |
| How Is Quality of Service Applied to iSCSI Traffic Flows? |
654 |
| How Does iSCSI Optimization Use ACLs? |
655 |
| What Information Does the Switch Track in iSCSI Traffic Flows? |
655 |
| How Does iSCSI Optimization Interact With Dell EqualLogic and Compellent Arrays? |
656 |
| How Does iSCSI Optimization Interact with Other SAN Arrays? |
656 |
| Default iSCSI Optimization Values |
657 |
| Configuring iSCSI Optimization (Web) |
658 |
| iSCSI Global Configuration |
658 |
| Configuring iSCSI Optimization (CLI) |
659 |
| iSCSI Optimization Configuration Examples |
660 |
| Configuring iSCSI Optimization Between Servers and a Disk Array |
660 |
| Port Characteristics |
663 |
| Port Overview |
663 |
| What Physical Port Characteristics Can Be Configured? |
663 |
| Auto-Negotiation |
665 |
| Maximum Transmission Unit |
665 |
| What is Link Dependency? |
666 |
| What Interface Types are Supported? |
668 |
| What is Interface Configuration Mode? |
668 |
| What Are the Green Ethernet Features? |
670 |
| Switchport Modes |
671 |
| Default Port Values |
672 |
| Configuring Port Characteristics (Web) |
674 |
| Port Configuration |
674 |
| Link Dependency Configuration |
677 |
| Link Dependency Summary |
679 |
| Port Green Ethernet Configuration |
680 |
| Port Green Ethernet Statistics |
681 |
| Port Green Ethernet LPI History |
683 |
| Configuring Port Characteristics (CLI) |
684 |
| Configuring Port Settings |
684 |
| Configuring Link Dependencies |
686 |
| Configuring Green Features |
687 |
| Port Configuration Examples |
688 |
| Configuring Port Settings |
688 |
| Configuring a Link Dependency Groups |
689 |
| Configuring a Port in Access Mode |
689 |
| Configuring a Port in Trunk Mode |
690 |
| Configuring a Port in General Mode |
693 |
| Port and System Security |
695 |
| Port Security |
695 |
| Denial of Service |
702 |
| Access Control Lists |
703 |
| ACL Overview |
703 |
| ACL Counters |
705 |
| What Are MAC ACLs? |
705 |
| What Are IP ACLs? |
706 |
| ACL Actions |
706 |
| What Is the ACL Redirect Function? |
707 |
| What Is the ACL Mirror Function? |
708 |
| What Is ACL Logging |
708 |
| What Are Time-Based ACLs? |
708 |
| ACL Limitations |
709 |
| ACL Configuration Details |
714 |
| How Are ACLs Configured? |
714 |
| Editing Access Lists |
714 |
| Preventing False ACL Matches |
714 |
| Using IP and MAC Address Masks |
716 |
| Policy-Based Routing |
717 |
| Packet Classification |
717 |
| Route-Map Processing |
718 |
| Route-Map Actions |
719 |
| ACLs and Policy Interaction |
721 |
| Limitations |
722 |
| Configuring ACLs (Web) |
725 |
| IP ACL Configuration |
725 |
| IP ACL Rule Configuration |
728 |
| MAC ACL Configuration |
730 |
| MAC ACL Rule Configuration |
732 |
| IPv6 ACL Configuration |
733 |
| IPv6 ACL Rule Configuration |
734 |
| ACL Binding Configuration |
736 |
| Time Range Configuration |
737 |
| Configuring ACLs (CLI) |
739 |
| Configuring an IPv4 ACL |
739 |
| Configuring a MAC ACL |
745 |
| Configuring an IPv6 ACL |
749 |
| Configuring a Time Range |
752 |
| ACL Configuration Examples |
754 |
| Basic Rules |
754 |
| Internal System ACLs |
755 |
| Complete ACL Example |
756 |
| Advanced Examples |
760 |
| Policy-Based Routing Examples |
772 |
| VLANs |
777 |
| VLAN Overview |
777 |
| VLAN Tagging |
780 |
| GVRP |
781 |
| Double-VLAN Tagging |
782 |
| Voice VLAN |
783 |
| Private VLANs |
789 |
| Additional VLAN Features |
795 |
| Default VLAN Behavior |
796 |
| Configuring VLANs (Web) |
798 |
| VLAN Membership |
798 |
| VLAN Port Settings |
803 |
| VLAN LAG Settings |
804 |
| Bind MAC to VLAN |
806 |
| Bind IP Subnet to VLAN |
806 |
| GVRP Parameters |
808 |
| Protocol Group |
810 |
| Adding a Protocol Group |
811 |
| Double VLAN Global Configuration |
813 |
| Double VLAN Interface Configuration |
814 |
| Voice VLAN |
816 |
| Configuring VLANs (CLI) |
817 |
| Creating a VLAN |
817 |
| Configuring VLAN Settings for a LAG |
818 |
| Configuring Double VLAN Tagging |
819 |
| Configuring MAC-Based VLANs |
822 |
| Configuring IP-Based VLANs |
824 |
| Configuring a Protocol-Based VLAN |
826 |
| Configuring GVRP |
829 |
| Configuring Voice VLANs |
831 |
| Configuring a Voice VLAN (Extended Example) |
833 |
| Enterprise Voice VLAN Configuration With QoS |
834 |
| MLAG with RPVST and Voice VLAN |
837 |
| Assigning an 802.1p Priority to VLAN Traffic |
844 |
| Configuring a Private VLAN |
845 |
| Configuring Inter-Switch Private VLANs |
847 |
| VLAN Configuration Examples |
848 |
| Configuring VLANs Using the Dell EMC OpenManage Switch Administrator |
848 |
| Configuring VLANs Using the CLI |
856 |
| Spanning Tree Protocol |
861 |
| STP Overview |
861 |
| What Are Classic STP, Multiple STP, and Rapid STP? |
861 |
| How Does STP Work? |
862 |
| How Does MSTP Operate in the Network? |
863 |
| MSTP with Multiple Forwarding Paths |
867 |
| MSTP and VLAN IDs |
868 |
| What are the Optional STP Features? |
868 |
| RSTP-PV |
870 |
| DirectLink Rapid Convergence |
872 |
| IndirectLink Rapid Convergence Feature |
874 |
| Interoperability Between STP-PV and RSTP-PV Modes |
876 |
| Interoperability With IEEE Spanning Tree Protocols |
876 |
| Configuration Examples |
881 |
| Default STP Values |
882 |
| Configuring Spanning Tree (Web) |
883 |
| STP Global Settings |
883 |
| STP Port Settings |
885 |
| STP LAG Settings |
887 |
| Rapid Spanning Tree |
888 |
| MSTP Settings |
890 |
| MSTP Interface Settings |
892 |
| PVST/RPVST Global Configuration |
893 |
| PVST/RPVST VLAN Configuration |
894 |
| PVST/RPVST Interface Configuration |
896 |
| PVST/RPVST Statistics |
897 |
| Configuring Spanning Tree (CLI) |
898 |
| Configuring Global STP Bridge Settings |
898 |
| Configuring Optional STP Features |
899 |
| Configuring STP Interface Settings |
900 |
| Configuring MSTP Switch Settings |
901 |
| Configuring MSTP Interface Settings |
902 |
| STP Configuration Examples |
903 |
| STP Configuration Example |
903 |
| MSTP Configuration Example |
905 |
| RSTP-PV Access Switch Configuration Example |
908 |
| Discovering Network Devices |
913 |
| Device Discovery Overview |
913 |
| What Is ISDP? |
913 |
| What is IPDT? |
913 |
| What is LLDP? |
914 |
| What is LLDP-MED? |
914 |
| Why are Device Discovery Protocols Needed? |
914 |
| Default IDSP and LLDP Values |
915 |
| Default IPDT Values |
916 |
| Configuring ISDP and LLDP (Web) |
917 |
| ISDP Global Configuration |
917 |
| ISDP Neighbor Table |
919 |
| ISDP Interface Configuration |
920 |
| ISDP Statistics |
921 |
| LLDP Configuration |
922 |
| LLDP Statistics |
924 |
| LLDP Connections |
925 |
| LLDP-MED Global Configuration |
926 |
| LLDP-MED Interface Configuration |
927 |
| LLDP-MED Local Device Information |
928 |
| LLDP-MED Remote Device Information |
928 |
| Configuring ISDP and LLDP (CLI) |
929 |
| Configuring Global ISDP Settings |
929 |
| Enabling ISDP on a Port |
930 |
| Viewing and Clearing ISDP Information |
930 |
| Configuring Global LLDP Settings |
931 |
| Configuring Port-based LLDP Settings |
931 |
| Viewing and Clearing LLDP Information |
932 |
| Configuring LLDP-MED Settings |
933 |
| Viewing LLDP-MED Information |
934 |
| Device Discovery Configuration Examples |
934 |
| Configuring ISDP |
934 |
| Configuring LLDP |
935 |
| Configuring IPDT |
937 |
| Port-Based Traffic Control |
939 |
| Port-Based Traffic Control Overview |
939 |
| What is Flow Control? |
940 |
| What is Storm Control? |
940 |
| What are Protected Ports? |
941 |
| What is Error Recovery? |
941 |
| What is Link Local Protocol Filtering? |
941 |
| What is Loop Protection? |
943 |
| Default Port-Based Traffic Control Values |
944 |
| Configuring Port-Based Traffic Control (Web) |
945 |
| Flow Control (Global Port Parameters) |
945 |
| Storm Control |
946 |
| Protected Port Configuration |
948 |
| LLPF Configuration |
950 |
| Configuring Port-Based Traffic Control (CLI) |
951 |
| Configuring Flow Control and Storm Control |
951 |
| Configuring Protected Ports |
952 |
| Configuring LLPF |
953 |
| Port-Based Traffic Control Configuration Example |
954 |
| Layer-2 Multicast Features |
957 |
| L2 Multicast Overview |
957 |
| Multicast Flooding and Forwarding |
957 |
| What Are the Multicast Bridging Features? |
958 |
| What Is L2 Multicast Traffic? |
959 |
| What Is IGMP Snooping? |
959 |
| What Is MLD Snooping? |
961 |
| What Is Multicast VLAN Registration? |
963 |
| When Are Layer-3 Multicast Features Required? |
964 |
| What Are GARP and GMRP? |
964 |
| Snooping Switch Restrictions |
966 |
| MAC Address-Based Multicast Group |
966 |
| Topologies Where the Multicast Source Is Not Directly Connected to the Querier |
966 |
| Using Static Multicast MAC Configuration |
966 |
| IGMP Snooping and GMRP |
966 |
| Default L2 Multicast Values |
967 |
| Configuring L2 Multicast Features (Web) |
969 |
| Multicast Global Parameters |
969 |
| Bridge Multicast Group |
970 |
| MFDB Summary |
973 |
| MRouter Status |
974 |
| General IGMP Snooping |
975 |
| Global Querier Configuration |
978 |
| VLAN Querier |
979 |
| VLAN Querier Status |
981 |
| MFDB IGMP Snooping Table |
982 |
| MLD Snooping General |
983 |
| MLD Snooping Global Querier Configuration |
985 |
| MLD Snooping VLAN Querier |
986 |
| MLD Snooping VLAN Querier Status |
988 |
| MFDB MLD Snooping Table |
989 |
| MVR Global Configuration |
990 |
| MVR Members |
991 |
| MVR Interface Configuration |
991 |
| MVR Statistics |
994 |
| GARP Timers |
995 |
| GMRP Parameters |
997 |
| MFDB GMRP Table |
999 |
| Configuring L2 Multicast Features (CLI) |
1000 |
| Configuring Layer-2 Multicasting |
1000 |
| Configuring IGMP Snooping on VLANs |
1001 |
| Configuring IGMP Snooping Querier |
1002 |
| Configuring MLD Snooping on VLANs |
1003 |
| Configuring MLD Snooping Querier |
1004 |
| Configuring MVR |
1005 |
| Configuring GARP Timers and GMRP |
1007 |
| Case Study on a Real-World Network Topology |
1008 |
| Multicast Snooping Case Study |
1008 |
| Connectivity Fault Management |
1013 |
| Dot1ag Overview |
1013 |
| How Does Dot1ag Work Across a Carrier Network? |
1014 |
| What Entities Make Up a Maintenance Domain? |
1015 |
| What is the Administrator’s Role? |
1017 |
| Default Dot1ag Values |
1018 |
| Configuring Dot1ag (Web) |
1019 |
| Dot1ag Global Configuration |
1019 |
| Dot1ag MD Configuration |
1019 |
| Dot1ag MA Configuration |
1020 |
| Dot1ag MEP Configuration |
1021 |
| Dot1ag MIP Configuration |
1022 |
| Dot1ag RMEP Summary |
1023 |
| Dot1ag L2 Ping |
1024 |
| Dot1ag L2 Traceroute |
1024 |
| Dot1ag L2 Traceroute Cache |
1025 |
| Dot1ag Statistics |
1025 |
| Configuring Dot1ag (CLI) |
1027 |
| Configuring Dot1ag Global Settings and Creating Domains |
1027 |
| Configuring MEP Information |
1028 |
| Dot1ag Ping and Traceroute |
1029 |
| Dot1ag Configuration Example |
1030 |
| Ethernet Ring Protection |
1033 |
| Ethernet Ring Protection Switching Port Role |
1035 |
| RPL Owner Port |
1035 |
| RPL Neighbor Port |
1035 |
| Normal Port |
1035 |
| R-APS Channel |
1035 |
| Traffic Channel |
1036 |
| Ring Scope |
1036 |
| Ethernet Ring Protection Port Status |
1036 |
| Ethernet Ring Protection Timers |
1037 |
| Hold-off |
1037 |
| Wait-to-Restore |
1037 |
| Guard Timer |
1037 |
| Wait-to-Block |
1037 |
| Revertive and Non-Revertive Operation Modes |
1038 |
| Revertive |
1038 |
| Non-Revertive |
1038 |
| ERPS Subrings |
1038 |
| Without R-APS Virtual Channel |
1039 |
| With R-APS Virtual Channel |
1039 |
| Topology Change Notification |
1039 |
| Protection Switching Triggers |
1039 |
| Ring Failure Detection |
1040 |
| Ring Protection Example |
1040 |
| Snooping and Inspecting Traffic |
1043 |
| Traffic Snooping and Inspection Overview |
1043 |
| What Is DHCP Snooping? |
1044 |
| How Is the DHCP Snooping Bindings Database Populated? |
1045 |
| What Is IP Source Guard? |
1048 |
| What is Dynamic ARP Inspection? |
1049 |
| Why Is Traffic Snooping and Inspection Necessary? |
1050 |
| Default Traffic Snooping and Inspection Values |
1050 |
| Configuring Traffic Snooping and Inspection (Web) |
1052 |
| DHCP Snooping Configuration |
1052 |
| DHCP Snooping Interface Configuration |
1053 |
| DHCP Snooping VLAN Configuration |
1055 |
| DHCP Snooping Persistent Configuration |
1056 |
| DHCP Snooping Static Bindings Configuration |
1057 |
| DHCP Snooping Dynamic Bindings Summary |
1058 |
| DHCP Snooping Statistics |
1059 |
| IPSG Interface Configuration |
1060 |
| IPSG Binding Configuration |
1060 |
| IPSG Binding Summary |
1061 |
| DAI Global Configuration |
1062 |
| DAI Interface Configuration |
1063 |
| DAI VLAN Configuration |
1065 |
| DAI ACL Configuration |
1066 |
| DAI ACL Rule Configuration |
1066 |
| DAI Statistics |
1067 |
| Configuring Traffic Snooping and Inspection (CLI) |
1069 |
| Configuring DHCP Snooping |
1069 |
| Configuring IP Source Guard |
1071 |
| Configuring Dynamic ARP Inspection |
1072 |
| Traffic Snooping and Inspection Configuration Examples |
1075 |
| Configuring DHCP Snooping |
1075 |
| Configuring IPSG |
1077 |
| Link Aggregation |
1079 |
| Link Aggregation |
1079 |
| Overview |
1079 |
| Default Link Aggregation Values |
1083 |
| Configuring Link Aggregation (Web) |
1084 |
| Configuring Link Aggregation (CLI) |
1090 |
| Link Aggregation Configuration Examples |
1094 |
| Multi-Switch LAG (MLAG) |
1097 |
| Overview |
1097 |
| Deployment Scenarios |
1098 |
| Definitions |
1100 |
| Configuration Consistency |
1101 |
| Operation in the Network |
1104 |
| Layer-2 Configuration Steps |
1108 |
| Switch Firmware Upgrade Procedure |
1111 |
| Static Routing on MLAG Interfaces |
1112 |
| Caveats and Limitations |
1119 |
| Basic Configuration Example |
1125 |
| A Complete MLAG Example |
1133 |
| MAC Addressing and Forwarding |
1151 |
| MAC Address Table Overview |
1151 |
| How Is the Address Table Populated? |
1151 |
| What Information Is in the MAC Address Table? |
1152 |
| How Is the MAC Address Table Maintained Across a Stack? |
1152 |
| Default MAC Address Table Values |
1152 |
| Managing the MAC Address Table (Web) |
1153 |
| Static Address Table |
1153 |
| Global Address Table |
1155 |
| Managing the MAC Address Table (CLI) |
1156 |
| Managing the MAC Address Table |
1156 |
| DHCP Server Settings |
1159 |
| DHCP Overview |
1159 |
| How Does DHCP Work? |
1160 |
| What are DHCP Options? |
1161 |
| What Additional DHCP Features Does the Switch Support? |
1161 |
| Default DHCP Server Values |
1162 |
| Configuring the DHCP Server (Web) |
1163 |
| DHCP Server Network Properties |
1163 |
| Address Pool |
1165 |
| Address Pool Options |
1169 |
| DHCP Bindings |
1171 |
| DHCP Server Reset Configuration |
1171 |
| DHCP Server Conflicts Information |
1172 |
| DHCP Server Statistics |
1173 |
| Configuring the DHCP Server (CLI) |
1174 |
| Configuring Global DHCP Server Settings |
1174 |
| Configuring a Dynamic Address Pool |
1175 |
| Configuring a Static Address Pool |
1176 |
| Monitoring DHCP Server Information |
1177 |
| DHCP Server Configuration Examples |
1178 |
| Configuring a Dynamic Address Pool |
1178 |
| Configuring a Static Address Pool |
1180 |
| IP Routing |
1183 |
| IP Routing Overview |
1183 |
| Default IP Routing Values |
1185 |
| IP Path MTU and Path MTU Discovery |
1186 |
| ARP Table |
1187 |
| Configuring IP Routing Features (Web) |
1188 |
| IP Configuration |
1188 |
| IP Statistics |
1189 |
| ARP Create |
1190 |
| ARP Table Configuration |
1191 |
| Router Discovery Configuration |
1192 |
| Router Discovery Status |
1193 |
| Route Table |
1194 |
| Best Routes Table |
1195 |
| Route Entry Configuration |
1196 |
| Configured Routes |
1198 |
| Route Preferences Configuration |
1199 |
| Configuring IP Routing Features (CLI) |
1200 |
| Configuring Global IP Routing Settings |
1200 |
| Configuring ARP Settings |
1201 |
| Configuring Router Discovery (IRDP) |
1202 |
| Configuring Route Table Entries and Route Preferences |
1203 |
| IP Routing Configuration Example |
1205 |
| Configuring Dell EMC Networking N-Series Switch A |
1206 |
| Configuring Dell EMC Networking N-Series Switch B |
1207 |
| Routing Interfaces |
1209 |
| Routing Interface Overview |
1209 |
| What Are VLAN Routing Interfaces? |
1209 |
| What Are Loopback Interfaces? |
1210 |
| What Are Tunnel Interfaces? |
1211 |
| Why Are Routing Interfaces Needed? |
1212 |
| Default Routing Interface Values |
1214 |
| Configuring Routing Interfaces (Web) |
1215 |
| IP Interface Configuration |
1215 |
| DHCP Lease Parameters |
1216 |
| VLAN Routing Summary |
1216 |
| Tunnel Configuration |
1217 |
| Tunnels Summary |
1218 |
| Loopbacks Configuration |
1219 |
| Loopbacks Summary |
1220 |
| Configuring Routing Interfaces (CLI) |
1221 |
| Configuring VLAN Routing Interfaces (IPv4) |
1221 |
| Configuring Loopback Interfaces |
1223 |
| Configuring Tunnels |
1224 |
| Layer-2 and Layer-3 Relay Features |
1225 |
| L2 and L3 Relay Overview |
1225 |
| What Is L2 DHCP Relay? |
1225 |
| What Is L3 DHCP Relay? |
1229 |
| What Is the IP Helper Feature? |
1230 |
| Default L2/L3 Relay Values |
1234 |
| Configuring L2 and L3 Relay Features (Web) |
1235 |
| L2 DHCP Relay Global Configuration |
1235 |
| L2 DHCP Relay Interface Configuration |
1236 |
| L2 DHCP Relay Interface Statistics |
1238 |
| L2 DHCP Relay VLAN Configuration |
1239 |
| DHCP Relay Agent Configuration |
1239 |
| IP Helper (L3 DHCP Relay) Global Configuration |
1241 |
| IP Helper (L3 DHCP Relay) Interface Configuration |
1243 |
| IP Helper Statistics |
1245 |
| Configuring L2 and L3 Relay Features (CLI) |
1246 |
| Configuring L2 DHCP Relay |
1246 |
| Configuring L3 Relay (IP Helper) Settings |
1248 |
| Relay Agent Configuration Example |
1250 |
| OSPF and OSPFv3 |
1253 |
| OSPF Overview |
1254 |
| What Are OSPF Areas and Other OSPF Topology Features? |
1254 |
| What Are OSPF Routers and LSAs? |
1255 |
| How Are Routes Selected? |
1255 |
| How Are OSPF and OSPFv3 Different? |
1255 |
| OSPF Feature Details |
1256 |
| Stub Router |
1256 |
| Static Area Range Cost |
1258 |
| LSA Pacing |
1259 |
| Flood Blocking |
1260 |
| MTU |
1261 |
| OSPFv3 MIB Support |
1261 |
| Default OSPF Values |
1262 |
| Configuring OSPF Features (Web) |
1265 |
| OSPF Configuration |
1265 |
| OSPF Area Configuration |
1266 |
| OSPF Stub Area Summary |
1269 |
| OSPF Area Range Configuration |
1270 |
| OSPF Interface Statistics |
1271 |
| OSPF Interface Configuration |
1272 |
| OSPF Neighbor Table |
1273 |
| OSPF Neighbor Configuration |
1274 |
| OSPF Link State Database |
1275 |
| OSPF Virtual Link Configuration |
1275 |
| OSPF Virtual Link Summary |
1277 |
| OSPF Route Redistribution Configuration |
1278 |
| OSPF Route Redistribution Summary |
1279 |
| NSF OSPF Configuration |
1280 |
| Configuring OSPFv3 Features (Web) |
1281 |
| OSPFv3 Configuration |
1281 |
| OSPFv3 Area Configuration |
1281 |
| OSPFv3 Stub Area Summary |
1285 |
| OSPFv3 Area Range Configuration |
1286 |
| OSPFv3 Interface Configuration |
1287 |
| OSPFv3 Interface Statistics |
1288 |
| OSPFv3 Neighbors |
1289 |
| OSPFv3 Neighbor Table |
1290 |
| OSPFv3 Link State Database |
1291 |
| OSPFv3 Virtual Link Configuration |
1292 |
| OSPFv3 Virtual Link Summary |
1294 |
| OSPFv3 Route Redistribution Configuration |
1295 |
| OSPFv3 Route Redistribution Summary |
1296 |
| NSF OSPFv3 Configuration |
1297 |
| Configuring OSPF Features (CLI) |
1298 |
| Configuring Global OSPF Settings |
1298 |
| Configuring OSPF Interface Settings |
1301 |
| Configuring Stub Areas and NSSAs |
1303 |
| Configuring Virtual Links |
1305 |
| Configuring OSPF Area Range Settings |
1307 |
| Configuring NSF Settings for OSPF |
1309 |
| Configuring OSPFv3 Features (CLI) |
1310 |
| Configuring Global OSPFv3 Settings |
1310 |
| Configuring OSPFv3 Interface Settings |
1312 |
| Configuring Stub Areas and NSSAs |
1314 |
| Configuring Virtual Links |
1316 |
| Configuring an OSPFv3 Area Range |
1317 |
| Configuring OSPFv3 Route Redistribution Settings |
1318 |
| Configuring NSF Settings for OSPFv3 |
1319 |
| OSPF Configuration Examples |
1320 |
| Configuring an OSPF Border Router and Setting Interface Costs |
1320 |
| Configuring Stub and NSSA Areas for OSPF and OSPFv3 |
1323 |
| Configuring a Virtual Link for OSPF and OSPFv3 |
1326 |
| Interconnecting an IPv4 Backbone and Local IPv6 Network |
1329 |
| Configuring the Static Area Range Cost |
1332 |
| Configuring Flood Blocking |
1337 |
| Configuring OSPF VRFs |
1342 |
| VRF |
1345 |
| VRF Resource Sharing |
1346 |
| VRF ARP Entries |
1346 |
| VRF Route Entries |
1346 |
| RIP |
1351 |
| RIP Overview |
1351 |
| How Does RIP Determine Route Information? |
1351 |
| What Is Split Horizon? |
1352 |
| What RIP Versions Are Supported? |
1352 |
| Default RIP Values |
1353 |
| Configuring RIP Features (Web) |
1354 |
| RIP Configuration |
1354 |
| RIP Interface Configuration |
1355 |
| RIP Interface Summary |
1356 |
| RIP Route Redistribution Configuration |
1357 |
| RIP Route Redistribution Summary |
1358 |
| Configuring RIP Features (CLI) |
1359 |
| Configuring Global RIP Settings |
1359 |
| Configuring RIP Interface Settings |
1360 |
| Configuring Route Redistribution Settings |
1361 |
| RIP Configuration Example |
1363 |
| VRRP |
1367 |
| VRRP Overview |
1367 |
| How Does VRRP Work? |
1367 |
| What Is the VRRP Router Priority? |
1368 |
| What Is VRRP Preemption? |
1368 |
| What Is VRRP Accept Mode? |
1369 |
| What Are VRRP Route and Interface Tracking? |
1369 |
| VRRP and OSPF Interoperability |
1370 |
| Default VRRP Values |
1371 |
| Configuring VRRP Features (Web) |
1372 |
| VRRP Configuration |
1372 |
| VRRP Virtual Router Status |
1373 |
| VRRP Virtual Router Statistics |
1374 |
| VRRP Router Configuration |
1375 |
| VRRP Route Tracking Configuration |
1376 |
| VRRP Interface Tracking Configuration |
1378 |
| Configuring VRRP Features (CLI) |
1380 |
| Configuring VRRP Settings |
1380 |
| VRRP Configuration Example |
1382 |
| VRRP with Load Sharing |
1382 |
| Troubleshooting VRRP |
1385 |
| VRRP with Route and Interface Tracking |
1386 |
| Configuring VRRP in a VRF |
1389 |
| BGP |
1393 |
| Overview |
1394 |
| Autonomous Systems |
1396 |
| Graceful Restart |
1396 |
| BGP Operations |
1396 |
| Decision Process Overview |
1396 |
| Path Attributes |
1398 |
| BGP Finite State Machine (FSM) |
1401 |
| Detecting Loss of Adjacency |
1403 |
| Authentication |
1404 |
| Outbound Update Groups |
1404 |
| Removing Private AS Numbers |
1405 |
| Templates |
1405 |
| Resolving Interface Routes |
1407 |
| Originating BGP Routes |
1407 |
| Equal Cost Multipath (ECMP) |
1408 |
| BGP Next-Hop Resolution |
1409 |
| Address Aggregation |
1411 |
| Routing Policy |
1413 |
| Inbound Policy |
1414 |
| Outbound Policy |
1414 |
| Routing Policy Changes |
1415 |
| BGP Timers |
1416 |
| Communities |
1417 |
| Routing Table Overflow |
1417 |
| Route Reflection |
1418 |
| VRF Support |
1419 |
| BGP Neighbor Configuration |
1419 |
| Extended Communities |
1419 |
| VPNv4/VRF Route Distribution via MP-BGP |
1422 |
| IPv6 |
1425 |
| BGP Limitations |
1431 |
| BGP Configuration Examples |
1433 |
| Enabling BGP |
1433 |
| BGP Example |
1434 |
| Network Example |
1435 |
| BGP Redistribution of OSPF Example |
1436 |
| Configuring the Multi-Exit Discriminator in BGP Advertised Routes |
1437 |
| Configuring Communities in BGP |
1438 |
| Configuring a Route Reflector |
1439 |
| Campus Network MP-BGP and OSPF Configuration |
1441 |
| Configuring MP-eBGP and Extended Communities |
1457 |
| Bidirectional Forwarding Detection |
1465 |
| Overview |
1465 |
| BFD Operational Modes |
1466 |
| Asynchronous Mode |
1466 |
| Demand Mode |
1466 |
| Echo Function |
1467 |
| Limitations |
1467 |
| BFD Example |
1468 |
| Unicast Reverse Path Forwarding |
1471 |
| Limitations |
1472 |
| IPv6 Routing |
1473 |
| IPv6 Routing Overview |
1473 |
| How Does IPv6 Compare with IPv4? |
1474 |
| How Are IPv6 Interfaces Configured? |
1474 |
| Default IPv6 Routing Values |
1476 |
| Configuring IPv6 Routing Features (Web) |
1478 |
| Global Configuration |
1478 |
| Interface Configuration |
1479 |
| Interface Summary |
1480 |
| IPv6 Statistics |
1481 |
| IPv6 Neighbor Table |
1482 |
| DHCPv6 Client Parameters |
1483 |
| DHCPv6 Client Statistics |
1484 |
| IPv6 Router Entry Configuration |
1485 |
| IPv6 Route Table |
1486 |
| IPv6 Route Preferences |
1487 |
| Configured IPv6 Routes |
1488 |
| Configuring IPv6 Routing Features (CLI) |
1489 |
| Configuring Global IP Routing Settings |
1489 |
| Configuring IPv6 Interface Settings |
1490 |
| Configuring IPv6 Neighbor Discovery |
1491 |
| Configuring IPv6 Route Table Entries and Route Preferences |
1493 |
| IPv6 Show Commands |
1495 |
| IPv6 Static Reject and Discard Routes |
1496 |
| IPv6 Router Advertisement Guard |
1497 |
| DHCPv6 Server Settings |
1501 |
| DHCPv6 Overview |
1501 |
| What Is a DHCPv6 Pool? |
1502 |
| What Is a Stateless Server? |
1502 |
| What Is the DHCPv6 Relay Agent Information Option? |
1502 |
| What Is a Prefix Delegation? |
1502 |
| Default DHCPv6 Server and Relay Values |
1503 |
| Configuring the DHCPv6 Server and Relay (Web) |
1504 |
| DHCPv6 Global Configuration |
1504 |
| DHCPv6 Pool Configuration |
1505 |
| Prefix Delegation Configuration |
1507 |
| DHCPv6 Pool Summary |
1508 |
| DHCPv6 Interface Configuration |
1509 |
| DHCPv6 Server Bindings Summary |
1511 |
| DHCPv6 Statistics |
1512 |
| Configuring the DHCPv6 Server and Relay (CLI) |
1513 |
| Configuring Global DHCP Server and Relay Agent Settings |
1513 |
| Configuring a DHCPv6 Pool for Stateless Server Support |
1513 |
| Configuring a DHCPv6 Pool for Specific Hosts |
1514 |
| Configuring DHCPv6 Interface Information |
1515 |
| Monitoring DHCPv6 Information |
1516 |
| DHCPv6 Configuration Examples |
1518 |
| Configuring a DHCPv6 Stateless Server |
1518 |
| Configuring the DHCPv6 Server for Prefix Delegation |
1519 |
| Configuring an Interface as a DHCPv6 Relay Agent |
1519 |
| Differentiated Services |
1521 |
| DiffServ Overview |
1521 |
| How Does DiffServ Functionality Vary Based on the Role of the Switch? |
1522 |
| What Are the Elements of DiffServ Configuration? |
1522 |
| Class-Map Processing |
1523 |
| Default DiffServ Values |
1524 |
| Configuring DiffServ (Web) |
1525 |
| DiffServ Configuration |
1525 |
| Class Configuration |
1526 |
| Class Criteria |
1527 |
| Policy Configuration |
1529 |
| Policy Class Definition |
1531 |
| Service Configuration |
1534 |
| Service Detailed Statistics |
1535 |
| Flow-Based Mirroring |
1536 |
| Configuring DiffServ (CLI) |
1537 |
| DiffServ Configuration (Global) |
1537 |
| DiffServ Class Configuration for IPv4 |
1538 |
| DiffServ Class Configuration for IPv6 |
1539 |
| DiffServ Protocol Matching |
1541 |
| DiffServ Policy Creation |
1542 |
| Simple DiffServ Policy Attributes Configuration |
1542 |
| DiffServ Service Configuration |
1545 |
| DiffServ Configuration Examples |
1546 |
| Providing Subnets Equal Access to External Network |
1546 |
| Configuring DiffServ Policy Using ACLs |
1548 |
| DiffServ for VoIP |
1550 |
| WRED |
1553 |
| WRED Processing |
1553 |
| WRED Drop Probabilities |
1553 |
| Exponential Weighting Constant |
1554 |
| WRED Color-Aware Processing |
1554 |
| Simple Meter Implementation |
1555 |
| Single Rate Meter Implementation |
1555 |
| Two-Rate Meter Implementation |
1556 |
| Class-of-Service |
1557 |
| CoS Overview |
1557 |
| What Are Trusted and Untrusted Port Modes? |
1558 |
| How Is Traffic Shaping Used on Egress Traffic? |
1558 |
| How Are Traffic Queues Configured? |
1559 |
| Which Queue Management Methods Are Supported? |
1560 |
| CoS Queue Usage |
1561 |
| Default CoS Values |
1561 |
| Configuring CoS (Web) |
1563 |
| Mapping Table Configuration |
1563 |
| Interface Configuration |
1565 |
| Interface Queue Configuration |
1566 |
| Interface Queue Drop Precedence Configuration |
1567 |
| Configuring CoS (CLI) |
1569 |
| Mapping Table Configuration |
1569 |
| CoS Interface Configuration Commands |
1570 |
| Interface Queue Configuration |
1570 |
| Configuring Interface Queue Drop Probability |
1572 |
| CoS Configuration Example |
1573 |
| Explicit Congestion Notification |
1576 |
| Enabling ECN in Microsoft Windows |
1577 |
| Example 1: SLA Configuration |
1578 |
| Example 2: Long-Lived Congestion |
1582 |
| Example 3: Data Center TCP (DCTCP) Configuration |
1582 |
| Auto VoIP |
1585 |
| Auto VoIP Overview |
1585 |
| How Does Auto VoIP Use ACLs? |
1586 |
| Default Auto VoIP Values |
1586 |
| Configuring Auto VoIP (Web) |
1587 |
| Auto VoIP Global Configuration |
1587 |
| Auto VoIP Interface Configuration |
1587 |
| Configuring Auto VoIP (CLI) |
1589 |
| IPv4 and IPv6 Multicast |
1591 |
| L3 Multicast Overview |
1591 |
| What Is IP Multicast Traffic? |
1592 |
| Multicast Addressing |
1592 |
| What Multicast Protocols Does the Switch Support? |
1593 |
| What Are the Multicast Protocol Roles? |
1594 |
| When Is L3 Multicast Required on the Switch? |
1594 |
| What Is the Multicast Routing Table? |
1595 |
| What Is IGMP? |
1596 |
| What Is MLD? |
1597 |
| What Is PIM? |
1597 |
| What Is DVMRP? |
1608 |
| Default L3 Multicast Values |
1611 |
| Configuring General IPv4 Multicast Features (Web) |
1613 |
| Multicast Global Configuration |
1613 |
| Multicast Interface Configuration |
1614 |
| Multicast Route Table |
1615 |
| Multicast Admin Boundary Configuration |
1616 |
| Multicast Admin Boundary Summary |
1617 |
| Multicast Static MRoute Configuration |
1617 |
| Multicast Static MRoute Summary |
1618 |
| Configuring IPv6 Multicast Features (Web) |
1619 |
| IPv6 Multicast Route Table |
1619 |
| Configuring IGMP and IGMP Proxy (Web) |
1620 |
| IGMP Global Configuration |
1620 |
| IGMP Interface Configuration |
1621 |
| IGMP Interface Summary |
1622 |
| IGMP Cache Information |
1622 |
| IGMP Interface Source List Information |
1623 |
| IGMP Proxy Interface Configuration |
1624 |
| IGMP Proxy Configuration Summary |
1625 |
| IGMP Proxy Interface Membership Info |
1626 |
| Detailed IGMP Proxy Interface Membership Information |
1627 |
| Configuring MLD and MLD Proxy (Web) |
1628 |
| MLD Global Configuration |
1628 |
| MLD Routing Interface Configuration |
1629 |
| MLD Routing Interface Summary |
1630 |
| MLD Routing Interface Cache Information |
1630 |
| MLD Routing Interface Source List Information |
1631 |
| MLD Traffic |
1632 |
| MLD Proxy Configuration |
1633 |
| MLD Proxy Configuration Summary |
1634 |
| MLD Proxy Interface Membership Information |
1635 |
| Detailed MLD Proxy Interface Membership Information |
1636 |
| Configuring PIM for IPv4 and IPv6 (Web) |
1637 |
| PIM Global Configuration |
1637 |
| PIM Global Status |
1639 |
| PIM Interface Configuration |
1640 |
| PIM Interface Summary |
1641 |
| Candidate RP Configuration |
1642 |
| Static RP Configuration |
1644 |
| SSM Range Configuration |
1646 |
| BSR Candidate Configuration |
1648 |
| BSR Candidate Summary |
1649 |
| Configuring DVMRP (Web) |
1650 |
| DVMRP Global Configuration |
1650 |
| DVMRP Interface Configuration |
1651 |
| DVMRP Configuration Summary |
1652 |
| DVMRP Next Hop Summary |
1653 |
| DVMRP Prune Summary |
1654 |
| DVMRP Route Summary |
1654 |
| Configuring L3 Multicast Features (CLI) |
1655 |
| Configuring and Viewing IPv4 Multicast Information |
1655 |
| Configuring and Viewing IPv6 Multicast Route Information |
1657 |
| Configuring and Viewing IGMP |
1658 |
| Configuring and Viewing IGMP Proxy |
1660 |
| Configuring and Viewing MLD |
1661 |
| Configuring and Viewing MLD Proxy |
1662 |
| Configuring and Viewing PIM-DM for IPv4 Multicast Routing |
1663 |
| Configuring and Viewing PIM-DM for IPv6 Multicast Routing |
1664 |
| Configuring and Viewing PIM-SM for IPv4 Multicast Routing |
1665 |
| Configuring and Viewing PIM-SM for IPv6 Multicast Routing |
1667 |
| Configuring and Viewing DVMRP Information |
1670 |
| L3 Multicast Configuration Examples |
1671 |
| Configuring Multicast VLAN Routing With IGMP and PIM-SM |
1671 |
| Configuring DVMRP |
1675 |
| Multiple Registration Protocol |
1677 |
| Overview |
1677 |
| MVRP |
1678 |
| MMRP |
1679 |
| MRP Configuration Example |
1680 |
| OpenFlow |
1683 |
| Dell EMC Networking OpenFlow Hybrid Overview |
1683 |
| Enable Dell EMC Networking OpenFlow Hybrid |
1684 |
| Interaction with OpenFlow Controllers |
1686 |
| Deploy OpenFlow Controller Flows |
1716 |
| Collect Port and Queue Status and Statistics |
1721 |
| Usage Scenarios |
1721 |
| Eligible Interfaces |
1721 |
| OpenFlow Hybrid |
1722 |
| Example Configuration |
1722 |
| Interaction with Other Switch Functions |
1723 |
| OpenSSL |
1723 |
| IP Stack |
1723 |
| VLANs |
1723 |
| LAGs |
1724 |
| Ports |
1724 |
| Network Interface ARP Table |
1724 |
| Routing Interface ARP Table |
1724 |
| QoS |
1724 |
| IP Routing, IP Multicast, and Layer-2 Multicast |
1725 |
| LLDP and Voice VLAN |
1725 |
| Limitations, Restrictions, and Assumptions |
1726 |
| List of OpenFlow—Dell EMC Networking Component Interferences |
1726 |
| OpenFlow Configuration Example |
1727 |
| Dell EMC Networking Python Support |
1729 |
| Appendix |
1737 |
| Feature Limits and Platform Constants |
1737 |
| System Process Definitions |
1751 |
| SupportAssist |
1758 |
1
116
117
118
119
120
121
122
123
124
125
126
