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CCNA 200-301 + CCNP/CCIE ENCOR 350-401 by Arash Deljoo

Name: CCNA 200-301 + CCNP/CCIE ENCOR 350-401 by Arash Deljoo
Rating: 4.8 (433 reviews)

Comprehensive Cisco Networking: From Foundational Principles to Advanced Enterprise Solutions

Created byArash Deljoo

Last updated 12/2025

English

What you'll learn

CCNA - Network Fundamentals
CCNA - Network Access
CCNA - IP Connectivity
CCNA - IP Services
CCNA - Security Fundamentals
CCNA - Automation and Programmability
ENCOR - Packet Forwarding
ENCOR - Spanning Tree Protocol
ENCOR - Advanced STP Tuning
ENCOR - Multiple Spanning Tree Protocol
ENCOR - VLAN Trunks and EtherChannel Bundles
ENCOR - IP Routing Essentials
ENCOR - EIGRP
ENCOR - OSPFv2
ENCOR - Advanced OSPF
ENCOR - OSPFv3
ENCOR - BGP
ENCOR - Advanced BGP
ENCOR - Multicast
ENCOR - QoS
ENCOR - IP Services
ENCOR - Overlay Tunnels
ENCOR - Wireless Signals and Modulation
ENCOR - Wireless Infrastructure
ENCOR - Understanding Wireless Roaming and Location Services
ENCOR - Authenticating Wireless Clients
ENCOR - Troubleshooting Wireless Connectivity
ENCOR - Enterprise Network Architecture
ENCOR - Fabric Technologies
ENCOR - Network Assurance
ENCOR - Secure Network Access Control
ENCOR - Network Device Access Control and Infrastructure Security
ENCOR - Virtualization
ENCOR - Foundational Network Programmability Concepts
ENCOR - Introduction to Automation Tools

Course content

74 sections • 293 lectures • 289h 54m total length

Protocol and IP Fundamentals1:09:02
1- Software vs. Protocol Introduction
2- Protocol Definition
3- TCP/IP Introduction
4- Decimal Basis Introduction
5- Binary Basis Introduction
6- Decimal to Binary Conversion
7- Binary to Decimal Conversion
8- Dotted Decimal Notation [DDN] Introduction
IP Structure and Classes1:06:20
1- IP Address Parts Introduction
2- Network IDentifier Introduction
3- Host IDentifier Introduction
4- IP Address Classes Introduction
5- IP Address Classes Usage
6- IP Address Classes Examples
7- Network IP Addressing Example
IP Communication Types and Special Addresses49:14
1- IP Address Types Introduction
2- Unicast Communication Introduction
3- Multicast Communication Introduction
4- Broadcast Communication Introduction
5- Local Broadcast Communication Introduction
6- Directed Broadcast Communication Introduction
7- Class D Usage Introduction
8- Class E Usage Introduction
9- IETF Introduction
10- 0.X.X.X Address Introduction
11- 127.X.X.X Address Introduction
12- Loopback Testing Usage
Classful and Classless IP Address1:14:05
1- Classful Network Introduction
2- Network ID Introduction
3- Host ID Introduction
4- Network Address Introduction
5- Broadcast Address Introduction
6- Classless Network Introduction
7- Subnet Mask Introduction
8- Default Subnet Mask Introduction
9- CIDR [ Class Inter Domain Routing ] Introduction
Analyzing Classful IPv4 Networks Quiz
Analyzing Subnet Masks Quiz
Subnetting Basics and Address Calculation59:14
1- Formats of Subnet Mask Presentation
2- Prefix Subnet Mask Presentation
3- Binary Subnet Mask Presentation
4- Decimal Subnet Mask Presentation
5- Classful View of Classless IP Address
6- Classless View of Classless IP Address
7- IP Address Subnetting Example-1
8- Network Address Calculation in Subnetted Network
9- Host Address Calculation in Subnetted Network
10- Broadcast Address Calculation in Subnetted Network
Subnetting Examples and Design Fundamentals1:22:24
1- IP Subnetting Example-2 -> 4 Network / 62 Hosts
2- IP Subnetting Example-3 -> 7 Network / 30 Hosts , 7 Network / 2 Hosts
3- IP Subnetting Example-4 -> 1 Network / 126 Hosts , 3 Network / 30 Hosts , 3 Network / 6 Hosts
4- FLSM ( Fixed Length Subnet Mask ) Introduction
5- SLSM ( Single Length Subnet Mask ) Introduction
6- VLSM ( Variable Length Subnet Mask ) Introduction
7- IP Address Subnetting Design
IP Address Subnetting Quiz
Core Network Components and IP Subnetting Overview41:30
1- Network Interface Card [NIC] Introduction
2- Switch Introduction
3- Router Introduction
4- Local Area Network [LAN] Introduction
5- Wide Area Network [WAN] Introduction
6- Point-to-Point Link Introduction
7- Ethernet over MPLS [EoMPLS] Introduction
8- Ethernet over MPLS [EoMPLS] Introduction
9- IP Address Subnetting Steps
10- DHCP Service Introduction
11- Compare FLSM and VLSM
Practical Subnetting with Interesting Octet and Magic Number48:52
1- Finding Subnet ID and Resident Subnet ID in IP Address
2- Finding Subnet Broadcast Address in IP Address
3- Finding Subnet's Range of Usable Unicast IP Addresses
4- Interesting Octet Introduction
5- Magic Number Introduction
6- Finding Subnet ID with Boolean AND
7- Finding Broadcast Address with Boolean OR
Analyzing Existing Subnets Quiz

Computer Networking from Network Types to OSI and TCP IP Models1:18:01
1- Computer Network Introduction
2- User and Network Administrator Introduction
3- SOHO [ Small Office Home Office ] Introduction
4- Enterprise Network Introduction
5- SOHO Internet Connection Types Introduction
6- Enterprise Network Connection Types Introduction
7- Networking Model Introduction and Usage
8- OSI [ Open System Interconnection ] Introduction and History
9- SNA [ System Network Architecture ] Introduction
10- TCP/IP Introduction and History
11- Original TCP/IP vs. Updated TCP/IP
12- OSI Reference Model Vs. Original TCP/IP vs. Updated TCP/IP
13- Brief Overview about TCP/IP Application Layer [HTTP/FTP/SMTP/POP3] and It's Function
14- Brief Overview about TCP/IP Transport Layer [TCP/UDP] and It's Function
15- Brief Overview about TCP/IP Network Layer [IP/ICMP] and It's Function
16- Brief Overview about TCP/IP Data-Link Layer [Ethernet/Wifi] and It's Function
17- Brief Overview about TCP/IP Physical Layer and It's Function
TCP IP Layers Encapsulation Decapsulation and PDU Basics1:20:19
1- TCP-IP Application Layer Explanation
2- TCP-IP Transport Layer Explanation
3- TCP-IP Network Layer Explanation
4- TCP-IP DataLink Layer Explanation
5- Encapsulation Process Introduction
6- Decapsulation Process Introduction
7- HTTP Overview
8- Same-Layer Introduction
9- Adjacent-Layer Introduction
10- Message,Segment,Packet,Frame Introduction
11- PDU [ Protocol Data Unit ] Introduction
Introduction to TCP/IP Networking Quiz

Ethernet and LAN Basics from SOHO to Enterprise Networks1:20:01
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
Ethernet Cable Pinouts Usage and Wireless LAN Fundamentals1:31:41
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
Fiber Optic Types Transceivers and MAC Addressing Fundamentals1:11:19
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 Frame Structure Hubs Switches and CSMA CD Fundamentals1:24:24
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 Frmae PAD Introduction
9- Interface Maximum Tranmission 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
Fundamentals of Ethernet LANs Quiz

WAN Technologies from Leased Lines to HDLC and Ethernet WAN1:42:30
1- Wide Area Network [WAN] Fundamentals Introduction
2- Leases Line Introduction
3- Highlevel Data Link Control [HDLC] Introduction
4- Cisco Highlevel Data Link Control [cHDLC] Introduction
5- Cisco Highlevel Data Link Control [cHDLC] Framing Introduction
6- Ethernet WAN Introduction
7- Ethernet WAN Types Introduction
8- Ethernet LAN vs. Ethernet WAN
IP Routing Concepts with DNS ARP ICMP and Ping Basics1:07:21
1- IP Routing Fundamentals
2- Network Layer Routing (Forwarding) Logic
3- The IP Header Introduction
4- IP Routing Protocol Introduction
5- Domain Name System [DNS] Introduction
6- Address Resolution Protocol [ARP] Introduction
7- Internet Control Message Protocol [ICMP] Introduction
8- Ping Command Introduction
Fundamentals of WANs and IP Routing Quiz

Cisco Switch Families with Catalyst 9000 and Operating System History7:37
1- Cisco Switch Families Introduction
2- Exploring the Catalyst 9000 Family
3- Understanding Switch Ports and Interfaces
4- The Operating System from CatOS to IOS XE
Cisco Switch Families with Catalyst 9000 and Operating System History Quiz
Cisco Catalyst Switch Panels Console Cables and Terminal Access Basics1:29:51
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
Cisco CLI Modes Shortcuts Errors and Basic Device 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
Using the Command-Line Interface Quiz

Basic Switch Management & Access Security1:37:51
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
Configuring Basic Switch Management Quiz

Switch Interface Basics , Speed, Duplex & VLANs1:35:54
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
Cisco Auto-MDIX Essentials13:10
1- Understanding UTP Cabling and Switch Connectivity
2- Introducing Auto-MDIX
3- Auto-MDIX in Cisco IOS
4- Demonstration of Auto-MDIX in Packet Tracer
Cisco Auto-MDIX Essentials Quiz
Remote Management with Telnet & SSH1:53:57
1- Telnet Protocol Introduction
2- Telnet Protocol Configuration in Switch
3- Telnet Protocol Configuration in Router
4- Telnet Protocol Verification
5- SSH Protocol Introduction
6- SSH Protocol Configuration in Switch
7- SSH Protocol Configuration in Router
8- SSH Protocol Verification
9- Interface VLAN Introduction
Accessing the CLI with the WebUI4:09
1- Accessing the CLI with the WebUI Introduction
2- Cisco Switch Web Interface Dashboard Introduction
3- Configuration Options in the Switch Web Server Introduction
4- CLI Access from the Switch Web Server Interface Introduction
Accessing the CLI with the WebUI Quiz
Enabling and Securing the WebUI11:42
1- Enabling and Disabling HTTP/HTTPS Servers
2- Configuring WebUI Authentication Methods
3- Privilege Levels for WebUI Access
4- Security Best Practices for WebUI
Enabling and Securing the WebUI Quiz
Switch Essentials , Memory, Security & Troubleshooting1:40:15
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
Configuring and Verifying Switch Interfaces Quiz

Switching Basics , Interfaces, MAC Tables & Frame Handling1:40:34
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
Analyzing Ethernet LAN Switching Quiz

VLAN Essentials , IDs, Names & Assignments1:29:05
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
Switch Port Modes, Access, Trunk & Native VLANs1:34:51
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
Switch Trunk Management , Allowed VLANs & DTP2:03:28
1- Allowed VLAN in Trunk Intrfaces Introduction
2- Allowed VLAN in Trunk Intrfaces Configuration
3- Allowed VLAN in Trunk Intrfaces 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 & Voice VLAN Essentials1:03:50
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
Implementing Ethernet Virtual LANs

STP Fundamentals , Root Bridge, Roles & Costs1:30:41
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
STP Advanced Concepts Tie-Breakers, Roles & PVST+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
STP Practical Concepts , Root Control & BPDU Fields1:24:27
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
STP Timers, Topology Changes & PortFast1:38:43
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
STP Protection & Optimization , PortFast, BPDU Guard & Tuning56:29
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
Spanning Tree Protocol (STP) Quiz

Requirements

This course doesn't have formal prerequisites .

Description

The Ultimate Cisco Combo – CCNA 200-301 + CCNP/CCIE ENCOR 350-401

Unlock the door to limitless career opportunities in networking with our comprehensive Cisco Combo Course: CCNA 200-301 + CCNP/CCIE ENCOR 350-401. This powerhouse training is designed to take you from foundational networking knowledge to advanced enterprise-level expertise, all in one seamless learning journey.

Start with the CCNA 200-301, where you'll build a rock-solid understanding of networking fundamentals, including routing, switching, IP addressing, network security, and wireless technologies. Master the essential skills to configure and troubleshoot Cisco devices while gaining insights into automation and programmability—key components of modern IT.

From there, dive into the CCNP/CCIE ENCOR 350-401, the next step in Cisco’s professional-level certifications. This advanced module equips you with in-depth knowledge of enterprise infrastructure, including advanced routing protocols, virtualization, SD-WAN, and network automation. Develop the expertise needed to design, operate, and optimize large-scale enterprise networks confidently.

This combo course isn’t just about passing exams; it’s about empowering you with the tools and skills to excel in real-world networking roles. Whether you're aspiring to become a Network Engineer, IT Specialist, or aiming for the pinnacle of Cisco certifications, this course prepares you to tackle any challenge with confidence.

With hands-on labs, expert guidance, and practical scenarios, you’ll fast-track your journey from a networking novice to an enterprise networking professional.

Why settle for just one certification? Combine the power of CCNA and CCNP/CCIE ENCOR, and supercharge your career today!

Who this course is for:

Entry level network engineer
Help desk technician
Network administrator
Network support technician
Mid-level network engineers

CCNA 200-301 + CCNP/CCIE ENCOR 350-401 by Arash Deljoo

What you'll learn

Explore related topics

Course content

CCNA 200-301 IPv4 Subnetting / Analyzing Classful IPv4 Networks & Subnet Masks8 lectures • 8hr 11min

CCNA 200-301 Introduction to TCP/IP Networking2 lectures • 2hr 38min

CCNA 200-301 Fundamentals of Ethernet LANs4 lectures • 5hr 27min

CCNA 200-301 Fundamentals of WANs and IP Routing2 lectures • 2hr 50min

CCNA 200-301 Using the Command-Line Interface3 lectures • 3hr 3min

CCNA 200-301 Configuring Basic Switch Management1 lecture • 1hr 38min

CCNA 200-301 Configuring and Verifying Switch Interfaces6 lectures • 5hr 39min

CCNA 200-301 Analyzing Ethernet LAN Switching1 lecture • 1hr 41min

CCNA 200-301 Implementing Ethernet Virtual LANs & IP Routing in the LAN4 lectures • 6hr 11min

CCNA 200-301 Spanning Tree Protocol ( STP )5 lectures • 7hr 20min

Requirements

Description

Who this course is for: