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CCNP SWITCH Ultimate Masterclass by Arash Deljoo

Name: CCNP SWITCH Ultimate Masterclass by Arash Deljoo
Rating: 4.6 (19 reviews)

Master Cisco Switching, VLANs, STP, EtherChannel, High Availability, Security, and Troubleshooting with Hands-On Labs

Created byArash Deljoo

Last updated 10/2026

English

English [Auto],

What you'll learn

Master advanced Cisco switching technologies and understand their operation in enterprise networks.
Configure, verify, and troubleshoot VLANs, VLAN trunking, and inter-VLAN routing.
Understand and implement VLAN Trunking Protocol (VTP), including VTP modes, versions, and VLAN synchronization.
Master Spanning Tree Protocol (STP), Rapid STP (RSTP), and Multiple Spanning Tree (MST).
Configure and troubleshoot STP optimization and protection mechanisms, including PortFast, BPDU Guard, Root Guard, and Loop Guard.
Implement EtherChannel using LACP and PAgP to improve bandwidth utilization and network redundancy.
Configure and troubleshoot Layer 3 switching, switched virtual interfaces (SVIs), and routed ports.
Implement first-hop redundancy protocols, including HSRP, VRRP, and GLBP.
Understand enterprise campus network architectures, redundancy, scalability, and high availability.
Configure and verify advanced switching security technologies, including port security, DHCP Snooping, Dynamic ARP Inspection, and IP Source Guard.
Understand advanced Layer 2 forwarding, MAC address learning, and switching operations.
Implement advanced VLAN and switching configurations to improve network performance, reliability, and availability.
Troubleshoot switching issues involving VLANs, trunking, STP, EtherChannel, and Layer 3 connectivity.
Develop practical Cisco switching configuration and troubleshooting skills through detailed hands-on labs and real-world scenarios.
Strengthen the advanced switching knowledge required for CCNP Enterprise certification preparation and professional network engineering roles.

Course content

11 sections • 49 lectures • 53h 51m total length

Ethernet Networking: LAN, WAN, WLAN, & Media Types1:20:01
1- Local Area Network [LAN] Overview
2- Wide Area Network [WAN] Overview
3- Wireless LAN [WLAN] Overview
4- Ethernet LAN Introduction
5- Small Office Home Office [SOHO] Ethernet Components Introduction
6- Enterprise Network Ethernet Components Introduction
7- Ethernet Function in Physical Layer Introduction
8- Ethernet Function in DataLink Layer Introduction
9- Ethernet Media Types Introduction
10- Ethernet Twisted Pair [TP] Specifications Introduction
11- Ethernet Twisted Pair [TP] Categories Introduction
12- Ethernet Fiber Optic Introduction
Cabling Fundamentals: UTP, STP, WLAN, & Cable Types1:31:41
1- Unshielded Twisted Pair (UTP) Introduction
2- Shielded Twisted Pair (STP) Introduction
3- Wireless LAN [WLAN] Overview
4- UTP Cabling Pinouts for 10BASE-T and 100BASE-T Introduction
5- EIA/TIA 568A/568B Introduction
6- Straight Through Cable Introduction
7- Cross Over Cable Introduction
8- Straight Through Cable Pinout Introduction
9- Cross Over Cable Pinout Introduction
10- Straight Through Cable Usage
11- Cross Over Cable Usage
12- Auto MDIX Introduction
Cabling Types & Network Addressing: Components & Functions1:11:19
1- Fiber Optic Introduction
2- Components of a Fiber-Optic Cable Introduction
3- Fiber Optic Types [ MMF , SMF ] Introduction
4- Multi Mode Fiber [MMF] Introduction
5- Single Mode Fiber [SMF] Introduction
6- Optical Transmitter Introduction
7- Gigabit Ethernet Interface Converter (GBIC) Introduction
8- Small Form Pluggable (SFP) Introduction
9- Small Form Pluggable Plus (SFP+) Introduction
10- Comparisons Between UTP, MM, and SM Ethernet Cabling
11- Ethernet Addressing Introduction
12- Media Access Control (MAC) Introduction
13- Organizationally unique identifier (OUI) Introduction
14- Vendor Assigned Address [VAA] Introduction
15- MAC Address Types [ Unicast-Multicast-Broadcast ] Introduction
Ethernet Frames & Networking Devices Hubs, Switches & CSMA/CD1:24:24
1- Ethernet Frame Introduction
2- Ethernet Frame Preamble Field Introduction
3- Ethernet Frame SFD Introduction
4- Ethernet Frame Destination Address Introduction
5- Ethernet Frame Source Address Introduction
6- Ethernet Frame Type Introduction
7- Ethernet Frame FCS Introduction
8- Ethernet Frame PAD Introduction
9- Interface Maximum Transmission Unit [MTU] Introduction
10- Ethernet Hub Introduction
11- Ethernet Hub Disadvantages
12- Ethernet Hub Functions
13- Ethernet Switch Introduction
14- Ethernet Switch Functions
15- Ethernet Switch Benefits
16- Simplx/Half Duplex/Full Duplex Introduction
17- Carrier Sense Multi Access/Collision Detection [CSMA/CD] Introduction
Ethernet Speeds & Standards: Fast, Gigabit, and High-Speed43:19
1- Ethernet Introduction
2- 100 Mbps Fast Ethernet Design Rules Introduction
3- 100BASE-TX Fast Ethernet Introduction
4- 100BASE-T4 Fast Ethernet Introduction
5- 100BASE-FX Fast Ethernet Introduction
6- Gigabit Ethernet Design Rules Introduction
7- 1000BASE-CX Gigabit Ethernet over Coaxial Cable Introduction
8- 1000BASE-SX Short-Wavelength Gigabit Ethernet Introduction
9- 1000BASE-LX Long-Wavelength Gigabit Ethernet Introduction
10- 1000BASE-T Gigabit Ethernet over UTP Introduction
11- 10 Gigabit Ethernet Design Rules Introduction
12- 10 Gigabit Ethernet Media Types Introduction
13- 40 Gigabit Ethernet and 100 Gigabit Ethernet Physical Standards Review

Cisco Switch Hardware & Console Connection1:29:51
1- Cisco Catalyst Switch Front Panel Introduction
2- Cisco Catalyst Switch Back Panel Introduction
3- Redundant Power Supply [RPS] Introduction
4- Console Cable Introduction
5- DB-9 to Rj-45 Console Cable Introduction
6- USB to mini USB Console Cable Introduction
7- USB-to-Serial Converter Introduction
8- Terminal Emulation Program Introduction
CLI Fundamentals: Modes, Commands, and Configuration1:25:20
1- CLI Modes Introduction
2- User Exec Mode Introduction
3- User Privileged Mode Introduction
4- Global Configuration Mode Introduction
5- CLI Errors Introduction
6- CLI Shortcuts Introduction
7- Context Sensitive Help Introduction
8- Hostname Configuration
9- Reload Command Introduction
Switch Security Configuration & Interface Naming Basics1:37:51
1- User Mode Security with Password for Console Connection Configuration
2- User Mode Security with Username and Password for Console Connection Configuration
3- User Mode Security with Username and Secret for Console Connection Configuration
4- User Mode Security with Password for VTY Line Connection Introduction
5- User Mode Security with Username and Password for VTY Line Connection Introduction
6- User Mode Security with Username and Secret for VTY Line Connection Introduction
7- Service Password Encryption Configuration
8- Privileged Mode Security with enable password Command Configuration
9- Privileged Mode Security with enable secret Command Configuration
10- Interfaces Naming Conventions for Fixed and Modular Switches Introduction
11- Interfaces Naming Conventions for Stackable Switch Introduction
Switch Interface Configuration VLAN, Speed, & Duplex1:35:54
1- Switch Interfaces Status Introduction
2- Switch Interfaces Description Configuration
3- Switch Interfaces VLAN Introduction
4- Switch Interfaces Speed Configuration
5- Switch Interfaces Duplex Configuration
6- Switch Interfaces Speed and duplex Auto Negotiation Introduction
MAC Address Table Configuration & Campus LAN Basics1:40:34
1- Interface Range Introduction
2- Interface Range Configuration
3- MAC-Address-Table Introduction
4- Static MAC-Address-Table Introduction
5- Static MAC-Address-Table Configuration
6- Static MAC-Address-Table Verification
7- Dynamic MAC-Address-Table Introduction
8- Dynamic MAC-Address-Table Configuration
9- Dynamic MAC-Address-Table Verification
10- Static MAC-Address-Table Configuration Usage
11- Campus LAN Vs. Data Center LAN Introduction
12- Unknown Unicast Frame Introduction
13- MAC Address Tables with Multiple Switches
Switch Security, Memory, and Interface Error Analysis1:40:15
1- Securing User Mode Access with External Authentication Servers
2- Switch Memories Introduction
3- Read Only Memory [ROM] Introduction
4- Flash Memory Introduction and Verification
5- Random Access Memory Introduction and Verification
6- NonVolatile Random Access Memory [NVRAM] Introduction and Verification
7- Copying and Erasing Configuration Files
8- Enabling IPv4 for Remote Access
9- Logging Synchronous Introduction and Configuration
10- EXEC Timeout Introduction and Configuration
11- Name Server Configuration in Switch
12- Analyzing Switch Interface Status and Statistics
13- Runs,Giants,Input Errors,CRC,Frame,Packet Output,Collision,Late Collision Errors Introduction
Power over Ethernet (PoE): Standards & Design Tips37:51
1- Power Over Ethernet [POE] Introduction
2- Power Over Ethernet [POE] Operation Introduction
3- Power Over Ethernet [POE] Standards Introduction
4- Power Over Ethernet [POE] and LAN Design Recommendation
Wake on LAN (WOL) Fundamentals2:36
1- Wake On LAN ( WOL ) Introduction

VLAN & Broadcast Domain Reduction1:29:05
1- Broadcast Domain Introduction
2- Reducing the Size of Broadcast Domain with Router
3- Reducing the Size of Broadcast Domain with Virtual LAN [VLAN]
4- Virtual LAN [VLAN] Introduction
5- Virtual LAN [VLAN] Configuration
6- Virtual LAN [VLAN] Verification
7- VLAN Assignment Configuration
8- VLAN Assignment Verification
9- VLAN-ID Usable Range Introduction
10- VLAN-Name Introduction
Trunking VLAN Protocols1:34:51
1- The Need to Trunk Interfaces
2- Access Interfaces Introduction
3- Trunk Interfaces Introduction
4- ISL Trunk Protocol Introduction
5- IEEE 802.1Q Trunk Protocol Introduction
6- Trunk Interfaces Configuration
7- Trunk Interfaces Verification
8- Native VLAN Configuration
9- Native VLAN Verification
DTP and Allowed VLANs in Trunk Interfaces2:03:28
1- Allowed VLAN in Trunk Interfaces Introduction
2- Allowed VLAN in Trunk Interfaces Configuration
3- Allowed VLAN in Trunk Interfaces Verification
4- Dynamic Trunking Protocol [DTP] Introduction
5- Dynamic Trunking Protocol [DTP] Configuration
6- Dynamic Trunking Protocol [DTP] Verification
7- DTP Administrative Mode Introduction
8- DTP Operational Mode Introduction
9- DTP Administrative Encapsulation Mode Introduction
10- DTP Operational Encapsulation Mode Introduction
VTP and Voice VLAN1:04:24
1- Active VLANs in Trunk Interfaces Introduction
2- The Need to VLAN Trunking Protocol [VTP] Introduction
3- VTP Domain Feature Introduction
4- VTP Mode Feature Introduction
5- VLAN Trunking Protocol [VTP] Configuration
6- VLAN Trunking Protocol [VTP] Verification
7- IP Telephony Introduction
8- The Need to Voice VLAN Introduction
9- Voice VLAN Configuration
10- Voice VLAN Verification
Inter VLAN Routing and Router on a Stick1:21:10
1- The Need to Inter VLAN Routing Introduction
2- Inter VLAN Routing with Router and Access Interfaces Introduction
3- Inter VLAN Routing with Router and Access Interfaces Configuration
4- Inter VLAN Routing with Router on a Stick [ROAS] Introduction
5- Inter VLAN Routing with Router on a Stick [ROAS] Configuration
6- Inter VLAN Routing with Router on a Stick [ROAS] Verification
7- Sub Interface Introduction and Configuration
Multi-Layer Switch Inter VLAN Routing1:16:11
1- Multi Layer Switch [MLS] Introduction
2- MLS Usage in Inter VLAN Routing Introduction
3- Switched Virtual Interface [SVI] Introduction
4- Routed Port Introduction
5- Comparing L2Switch and MLS
6- MLS Inter VLAN Routing with SVI Interface Configuration
7- MLS Inter VLAN Routing with Routed Interface Configuration
8- Inter VLAN Routing with MLS Verification
9- Shutdown VLAN Feature Introduction

Spanning-Tree Protocol [A]1:30:41
1- The Need to Spanning Tree Protocol [STP] Introduction
2- The STP Root Bridge Introduction
3- The STP Root Port Role Introduction
4- The STP Designated Port Role Introduction
5- The STP Bridge ID Introduction
6- STP Bridge Priority Configuration
7- The STP Bandwidth/Cost Introduction
8- The Importance of STP Root Bridge in Active Topology
Spanning-Tree Protocol [B]1:49:28
1- The STP Tie Breakers Introductions
2- The STP Tie Breakers for Root Port Election Introductions
3- The STP Tie Breakers for Designated Port Election Introductions
4- The STP Alternate Port Introduction
5- The STP Backup Port Introduction
6- The Per VLAN STP Plus [PVST+] Introduction
7- The Per VLAN STP Plus [PVST+] Configuration
8- The Per VLAN STP Plus [PVST+] Verification
Spanning-Tree Protocol [C]1:24:27
1- The STP Real Scenario Introductions
2- Modifying the Root Bridge Election Introductions
3- The STP Primary Root Bridge Introductions
4- The STP Primary Root Bridge Configuration
5- The STP Secondary Root Bridge Introductions
6- The STP Secondary Root Bridge Configuration
7- The STP Bridge Protocol Data Unit [BPDU] Fields Introduction
8- The STP Standards and Models Introduction
9- The STP Modes Configuration
Spanning-Tree Protocol [D]1:38:43
1- The STP Convergence Introduction
2- The STP Listening State Introduction
3- The STP Learning State Introduction
4- The STP Topology Change Notification [TCN] Introduction
5- The STP Direct Topology Change Introduction
6- The STP InDirect Topology Change Introduction
7- The STP Insignificant Topology Change Introduction
8- The STP Hello Timer Introduction
9- The STP Forward Delay Timer Introduction
10- The STP Max Age Timer Introduction
11- The STP Portfast Feature Introduction
12- The STP Portfast Feature Configuration
13- The STP Portfast Feature Verification
Spanning-Tree Protocol [E]56:29
1- The STP Portfast Introduction
2- The STP Portfast Configuration
3- The STP Portfast Verification
4- The STP BPDU-Guard Introduction
5- The STP BPDU-Guard Configuration
6- The STP BPDU-Guard Verification
7- The Interface Err-Disabled Status Introduction
8- The STP Interface Cost Configuration
9- The STP Interface Cost Verification
10- The STP Interface Priority Configuration
11- The STP Interface Priority Verification
12- Recommendation for Root Bridge Place in STP
STP Uplinkfast20:52
1- STP Uplinkfast Introduction
2- STP Uplinkfast Priority Modification Introduction
3- STP Uplinkfast Cost Modification Introduction
4- STP Uplinkfast Dummy Packet Introduction
5- STP Uplinkfast Configuration
6- STP Uplinkfast Verification
STP Backbone Fast20:34
1- STP Backbone fast Introduction
2- STP Backbone fast Configuration
3- STP Backbone fast Verification
4- STP Backbone fast Root Link Query [RLQ] Introduction
Rapid Spanning-Tree Protocol [RSTP]1:14:04
1- The Traditional Spanning Tree Protocol Review
2- The Rapid Spanning Tree Protocol [RSTP] Introduction
3- The Rapid Spanning Tree Protocol [RSTP] Configuration
4- The Rapid Spanning Tree Protocol [RSTP] Verification
5- The RSTP Synchronization Introduction
6- The RSTP Roles Introduction
7- The RSTP States Introduction
8- The RSTP Link Types Introduction
9- Comparing STP and RSTP
Multiple Spanning Tree Protocol [MST]2:05:14
1- Multiple Spanning Tree Protocol Introduction
2- MST Instances (MSTIs) Introduction
3- MST Configuration Introduction
4- MST Verification Introduction
5- MST Tuning Introduction
6- Common MST Misconfigurations Introduction
7- VLAN Assignment to the IST Introduction
8- VLAN Assignment to the IST Configuration
9- Trunk Link Pruning Introduction
10- MST Region Boundary Introduction
11- PVST simulation mechanism Introduction
12- PVST simulation mechanism Configuration
13- PVST simulation check Introduction
14- PVST simulation check Configuration

EtherChannel1:59:25
1- The Need to EtherChannel Introduction
2- The EtherChannel Requirement Introduction
3- The EtherChannel Configuration Methods Introduction
4- The Etherchannel Configuration with Manual Method
5- The Etherchannel Configuration with PAgP
6- The Etherchannel Configuration with LACP
7- The EtherChannel Verification
8- The EtherChannel Load-Balancing Introduction
9- The L3 EtherChannel Introduction
10- The L3 EtherChannel Configuration
11- The L3 EtherChannel Verification
Etherchannel Bundle or Aggregation Advanced Features1:09:41
1- The Need to EtherChannel Introduction
2- The EtherChannel Requirement Introduction
3- The EtherChannel Configuration Methods Introduction
4- The Etherchannel Configuration with Manual Method
5- The Etherchannel Configuration with PAgP
6- The Etherchannel Configuration with LACP
7- The EtherChannel Verification
8- The EtherChannel Load-Balancing Introduction
9- The L3 EtherChannel Introduction
10- The L3 EtherChannel Configuration
11- The L3 EtherChannel Verification

Dynamic Host Configuration Protocol [DHCP]1:30:55
1- Dynamic Host Configuration Protocol [DHCP] Introduction
2- Dynamic Host Configuration Protocol [DHCP] Messages Introduction
3- Dynamic Host Configuration Protocol [DHCP] Example Configuration
4- Dynamic Host Configuration Protocol [DHCP] Relay Agent Introduction
5- Dynamic Host Configuration Protocol [DHCP] Relay Agent Configuration
6- Configuring Router as a DHCP Client
7- Configuring Router as a DHCP Server
8- IP Address Allocation Types in DHCP Introduction
9- Host IPv4 Address Verification in Windows
10- Host IPv4 Address Verification in macOS
11- Host IPv4 Address Verification in Linux

Switch Port Security1:14:09
1- Switch Port Security Introduction
2- Switch Port Security Configuration
3- Switch Port Security Verification
4- Switch Port Security MAC Learning Introduction
5- Switch Port Security Violation Mode Introduction
6- Err-Disable Recovery Introduction
7- Err-Disable Recovery Configuration
8- Err-Disable Recovery Verification
DHCP Snooping1:23:46
1- DHCP Process Introduction
2- DHCP Client Messages Introduction
3- DHCP Server Messages Introduction
4- Spurious DHCP Server Attack Introduction
5- IP DHCP Snooping Introduction
6- IP DHCP Snooping Configuration
7- IP DHCP Snooping Verification
8- Man-In-The-Middle Attack Introduction
9- DHCP Snooping Information Option Introduction
10- DHCP Snooping Limit Rate Introduction
11- DHCP Snooping Limit Rate Configuration
12- Errdisable Recovery for DHCP Snooping
Dynamic ARP Inspection [DAI]1:06:46
1- ARP Process Introduction
2- Gratuitous ARP Introduction
3- Gratuitous ARP as an Attack Vector Introduction
4- Dynamic ARP Inspection [DAI] Introduction
5- Dynamic ARP Inspection [DAI] Configuration
6- Dynamic ARP Inspection [DAI] Verification
7- Man-In-The-Middle Attack Introduction
8- Dynamic ARP Inspection [DAI] Limit Rate Introduction
9- Dynamic ARP Inspection [DAI] Limit Rate Configuration
10- Dynamic ARP Inspection [DAI] Validation Introduction
11- Dynamic ARP Inspection [DAI] Validation Configuration
12- Errdisable Recovery for Dynamic ARP Inspection [DAI]
Port ACL [PACL]16:54
1- Port ACL [PACL] Introduction
2- Port ACL [PACL] Configuration
3- Port ACL [PACL] Verification
4- Port ACL [PACL] Restrictions Introduction
VLAN ACL [VACL]23:37
1- VLAN ACL [VACL] Introduction
2- VLAN ACL [VACL] Configuration
3- VLAN ACL [VACL] Verification
4- VLAN Access Map Introduction

LAN Architecture1:27:09
1- Two-Tear LAN Architecture Introduction
2- Three-Tear LAN Architecture Introduction
3- Collapsed Core Campus Network Design Introduction
4- Dual Core Campus Network Design Introduction
5- Small Office Home Office Network Introduction
6- Small Office Home Office Router Introduction
7- Power Over Ethernet [POE] Introduction
8- Power Over Ethernet [POE] Operation Introduction
9- Power Over Ethernet [POE] Standards Introduction
10- Power Over Ethernet [POE] and LAN Design Recommendation
Hierarchical LAN Design Model16:43
1- Hierarchical LAN Design Model Introduction
2- Hierarchical LAN Design Model Access Layer Introduction
3- Hierarchical LAN Design Model Distribution Layer Introduction
4- Hierarchical LAN Design Model Core Layer Introduction
Campus LAN Design and Best Practices45:32
1- Campus LAN Design and Best Practices Overview
2- Application Types Introduction
3- Network Requirements for Applications Introduction
4- Best Practices for Hierarchical Layers Introduction
5- Traditional Layer 2 Access Layer Introduction
6- Updated Layer 2 Access Layer (Using VSS) Introduction
7- Hybrid LAN Access Layer Introduction
8- Best practices for the building access layer Introduction
9- Stacking Access Switches Introduction
10- Distribution Layer Best Practices Introduction
11- Core Layer Best Practices Introduction
12- VTP Considerations Introduction
Enterprise Network Architecture Options34:45
1- Enterprise Network Architecture Options Introduction
2- Two-tier design (collapsed core) Introduction
3- Three-Tier Design Introduction
4- Layer 2 Access Layer (STP Based) Introduction
5- Layer 3 access layer (routed access) Introduction
6- Simplified campus design Introduction
7- Software-Defined Access (SD-Access) Introduction

Hot Standby Router Protocol [HSRP]1:11:47
1- Hot Standby Router Protocol [ HSRP ] Introduction
2- HSRP Group Introduction , Configuration , Verification
3- HSRP Priority Introduction , Configuration , Verification
4- HSRP Authentication Introduction , Configuration , Verification
5- HSRP Timers Introduction , Configuration , Verification
6- HSRP Packets Introduction
7- HSRP Multicast Address Introduction
8- HSRP Version 1 Introduction
9- HSRP Version 2 Introduction
Virtual Router Redundancy Protocol [VRRP]42:50
1- Virtual Router Redundancy Protocol [ VRRP ] Introduction
2- VRRP Group Introduction , Configuration , Verification
3- VRRP Priority Introduction , Configuration , Verification
4- VRRP Authentication Introduction , Configuration , Verification
5- VRRP Packets Introduction
6- VRRP Multicast Address Introduction
7- VRRP Version 2 Introduction
8- VRRP Version 3 Introduction
9- VRRP Version 2 Legacy Configuration
10- VRRP Version 3 Hierarchical Configuration
Gateway Load Balancing Protocol [GLBP]41:13
1- Gateway Load Balancing Protocol [ GLBP ] Introduction
2- GLBP Group Introduction , Configuration , Verification
3- GLBP Priority Introduction , Configuration , Verification
4- GLBP Timers Introduction , Configuration , Verification
5- GLBP Authentication Introduction , Configuration , Verification
6- GLBP Preemption Introduction , Configuration , Verification
7- GLBP Active Virtual Gateway [AVG] Introduction
8- GLBP Active Virtual Forwarder [AVF] Introduction
9- GLBP Multicast Address Introduction
Redundant Switch Supervisors24:01
1- Redundant Switch Supervisors Introduction
2- Route processor redundancy (RPR) Introduction
3- Route processor redundancy plus (RPR+) Introduction
4- Stateful switchover (SSO) Introduction
5- Redundant Switch Supervisors configuration
6- Redundant Switch Supervisors Verification
7- Supervisor Synchronization Introduction
8- Supervisor Synchronization configuration
9- Supervisor Synchronization Verification
10- Nonstop Forwarding (NSF) Introduction
11- Nonstop Forwarding (NSF) configuration
High Availability Network Services43:08
1- High Availability Network Services Introduction
2- Redundancy Models Introduction
3- First-Hop Redundancy for LAN High Availability Introduction
4- Hot Standby Router Protocol (HSRP) Introduction
5- Virtual Router Redundancy Protocol (VRRP) Introduction
6- Gateway Load Balancing Protocol (GLBP) Introduction
7- Virtual Switching System (VSS) Introduction
8- Server Redundancy Introduction
9- Route Redundancy Introduction
10- Load Balancing Introduction
11- Increasing Campus Availability Introduction
12- Link Media Redundancy Introduction
13- Large-Building LANs Introduction
14- Enterprise Campus LANs Introduction
15- Small and Medium Campus Design Options Introduction
16- Campus LAN QoS Considerations Introduction

Local SPAN (LSPAN)37:42
1- Switched Port Analyzer (SPAN) Introduction
2- Switched Port Analyzer (SPAN) Types Introduction
3- Local Switched Port Analyzer (LSPAN) Configuration
4- Local Switched Port Analyzer (LSPAN) Verification
5- Local Switched Port Analyzer (LSPAN) Considerations
Remote SPAN (RSPAN)18:11
1- Remote Switched Port Analyzer (RSPAN) Introduction
2- Remote Switched Port Analyzer (RSPAN) Configuration
3- Remote Switched Port Analyzer (RSPAN) Verification
4- Remote Switched Port Analyzer (RSPAN) Considerations

Requirements

Basic understanding of networking concepts, including Ethernet, IP addressing, and subnetting.
CCNA-level networking knowledge is recommended.
Familiarity with Cisco IOS commands and basic router and switch configuration.
Basic understanding of VLANs, switching, and routing fundamentals is helpful.
A computer with EVE-NG, GNS3, Cisco CML, or physical Cisco switches is recommended for hands-on labs.
No prior CCNP certification or advanced switching experience is required.

Description

Welcome to CCNP SWITCH Ultimate Masterclass by Arash Deljoo, a comprehensive training course designed to help network engineers master advanced Cisco switching technologies, from fundamental concepts to enterprise-level implementation and troubleshooting.

This course combines detailed theoretical explanations, professional network diagrams, step-by-step configurations, verification techniques, and practical hands-on laboratories to develop your switching expertise.

You will begin by exploring Ethernet switching fundamentals, VLANs, trunking, VLAN Trunking Protocol (VTP), and advanced Layer 2 networking concepts.

As you progress, you will master Spanning Tree Protocol (STP), Rapid STP, Multiple Spanning Tree (MST), EtherChannel, Layer 3 switching, inter-VLAN routing, and first-hop redundancy protocols.

The course also covers enterprise network redundancy, high availability, switching security, network optimization, and troubleshooting techniques used in professional networking environments.

Through practical Cisco switch configuration demonstrations, you will learn how to implement, verify, optimize, and troubleshoot switching technologies while understanding their operation in real-world enterprise networks.

Whether you are preparing for Cisco CCNP Enterprise certifications, strengthening your switching knowledge, or advancing your career as a network engineer, administrator, or infrastructure specialist, this masterclass provides valuable technical knowledge and practical experience.

Master advanced Cisco switching, strengthen your configuration and troubleshooting skills, and take your enterprise networking expertise to the next level with Arash Deljoo.

Who this course is for:

Network Engineers who want to master advanced Cisco switching technologies.
Network Administrators responsible for enterprise LAN and switching infrastructure.
IT Professionals preparing for CCNP Enterprise certification exams.
CCNA-certified professionals looking to advance their switching knowledge and practical skills.
Network Operations Center (NOC) Engineers.
Network Implementation and Deployment Engineers.
Enterprise Network Engineers and Network Architects.
System Administrators and IT Infrastructure Engineers.
Network Consultants working with enterprise switching technologies.
IT Professionals interested in VLANs, STP, EtherChannel, Layer 3 switching, and high availability.
Network Engineers seeking advanced switching configuration, verification, and troubleshooting skills.
Networking professionals who want to strengthen their practical experience through hands-on Cisco switching labs.

CCNP SWITCH Ultimate Masterclass by Arash Deljoo

What you'll learn

Explore related topics

Course content

Foundations of Ethernet LANs5 lectures • 6hr 11min

Mastering Ethernet Switch Operations8 lectures • 10hr 10min

VLANs and Trunking6 lectures • 8hr 49min

STP Loop Prevention and Stability9 lectures • 11hr 21min

EtherChannel Redundancy & Performance2 lectures • 3hr 9min

DHCP Automated IP Addressing1 lecture • 1hr 31min

Securing Ethernet Switches5 lectures • 4hr 25min

Designing Scalable and Efficient Ethernet LANs4 lectures • 3hr 4min

High Availability Ensuring Network Resilience5 lectures • 3hr 43min

SPAN Traffic Monitoring and Analysis2 lectures • 56min

Requirements

Description

Who this course is for: