[فارسی]

01 مقدمه
01-01 شیرجه در مسیر
01-02 انجام تمرینات آزمایشگاهی

02 فن آوری های شبکه بنیادی: اجزای شبکه مشترک
02-01 ماژول 1: فناوری های شبکه بنیادی
02-02 درس 1: اجزای شبکه مشترک
02-03 روترها
02-04 سوئیچ ها
02-05 لوازم امنیتی
02-06 نقاط دسترسی بی سیم
02-07 نقاط پایانی و سرورها
02-08 سیسکو مرکز کاتالیست
02-09 دستگاه های مجازی
02-10 TCP در مقابل UDP

03 فن آوری های شبکه های بنیادی: معماری ها و طرح های شبکه مشترک
03-01 درس 2: معماری‌ها و طرح‌های رایج شبکه
03-02 معماری‌های هسته‌ای سه‌لایه در مقابل فروپاشی‌شده
03-03 طراحی برگ ستون فقرات برای مراکز داده
03-04 توپولوژی های شبکه گسترده (WAN).
03-05 معماری اداری کوچک و اداری خانگی (SOHO).
03-06 مدل های استقرار ابر

04 فن آوری های شبکه های بنیادی: کابل کشی شبکه
04-01 درس 3: کابل کشی شبکه
04-02 کابل های کواکس و کانکتورها
04-03 کابل ها و کانکتورهای جفت پیچ خورده
04-04 استانداردهای اترنت برای کابل های جفت پیچ خورده
04-05 مستقیم از طریق کابل های متقاطع
04-06 کابل های فیبر نوری
04-07 کانکتورهای فیبر نوری
04-08 استانداردهای اترنت برای کابل های فیبر نوری
04-09 قدرت از طریق اترنت (PoE)
04-10 عیب یابی مشکلات رایج کابل کشی

05 آدرس دهی IPv4: شماره گذاری باینری
05-01 ماژول 2: آدرس دهی IPv4
05-02 درس 1: شماره گذاری باینری
05-03 شماره گذاری باینری
05-04 تمرین تمرین باینری

[ENGLISH]

01 Introduction
01-01 Diving into the course
01-02 Performing lab exercises

02 Foundational Networking Technologies: Common Network Components
02-01 Module 1: Foundational networking technologies
02-02 Lesson 1: Common network components
02-03 Routers
02-04 Switches
02-05 Security appliances
02-06 Wireless access points
02-07 Endpoints and servers
02-08 Cisco Catalyst Center
02-09 Virtualized devices
02-10 TCP vs. UDP

03 Foundational Networking Technologies: Common Network Architectures and Designs
03-01 Lesson 2: Common network architectures and designs
03-02 Three-tier vs. collapsed core architectures
03-03 Spine-leaf design for data centers
03-04 Wide area network (WAN) topologies
03-05 Small office and home office (SOHO) architecture
03-06 Cloud deployment models

04 Foundational Networking Technologies: Network Cabling
04-01 Lesson 3: Network cabling
04-02 Coax cables and connectors
04-03 Twisted pair cables and connectors
04-04 Ethernet standards for twisted pair cables
04-05 Straight through vs. crossover cables
04-06 Fiber optic cables
04-07 Fiber optic connectors
04-08 Ethernet standards for fiber optic cables
04-09 Power over Ethernet (PoE)
04-10 Troubleshooting common cabling issues

05 IPv4 Addressing: Binary Numbering
05-01 Module 2: IPv4 addressing
05-02 Lesson 1: Binary numbering
05-03 Binary numbering
05-04 Binary practice exercise #1
05-05 Binary practice exercise #2

06 IPv4 Addressing: IPv4 Address Characteristics
06-01 Lesson 2: IPv4 address characteristics
06-02 IPv4 address format
06-03 Public vs. private IPv4 addresses
06-04 Network address translation
06-05 IPv4 traffic flows

07 IPv4 Addressing: IPv4 Address Assignment, Verification, and Name Resolution
07-01 Lesson 3: IPv4 address assignment, verification, and name resolution
07-02 Manual IPv4 address assignment
07-03 Dynamic IPv4 address assignment
07-04 Domain Name System (DNS)

08 IPv4 Addressing: Subnetting
08-01 Lesson 4: Subnetting
08-02 The need for subnetting
08-03 Calculating available subnets
08-04 Calculating available hosts
08-05 Subnetting practice exercise #1
08-06 Subnetting practice exercise #2
08-07 Calculating usable ranges of IPv4 addresses
08-08 Subnetting practice exercise #3

09 IPv6 Addressing: IPv6 Address Format and Communication
09-01 Module 3: IPv6 addressing
09-02 Lesson 1: IPv6 address format and communication
09-03 Hexadecimal numbering
09-04 IPv6 address format
09-05 Shortening an IPv6 address
09-06 IPv6 address shortening exercise
09-07 IPv6 traffic flows

10 IPv6 Addressing: IPv6 Address Types
10-01 Lesson 2: IPv6 address types
10-02 IPv6 global unicast
10-03 IPv6 multicast
10-04 IPv6 link-local
10-05 IPv6 unique local
10-06 IPv6 loopback
10-07 IPv6 unspecified
10-08 IPv6 solicited-node multicast
10-09 Manual IPv6 address assignment
10-10 EUI-64
10-11 Dynamic IPv6 address assignment

11 Ethernet Switching: Ethernet Switch Fundamentals
11-01 Module 4: Ethernet switching
11-02 Lesson 1: Ethernet switch fundamentals
11-03 Layer 2 vs. multilayer switches
11-04 Examining the MAC address table

12 Ethernet Switching: Neighbor Discovery
12-01 Lesson 2: Neighbor discovery
12-02 Cisco Discovery Protocol (CDP)
12-03 CDP configuration
12-04 Link Layer Discovery Protocol (LLDP)
12-05 LLDP configuration

13 Ethernet Switching: Virtual LANs (VLANs)
13-01 Lesson 3: Virtual LANs (VLANs)
13-02 VLAN theory
13-03 VLAN configuration
13-04 Router-on-a-stick
13-05 Switch virtual interface (SVI)
13-06 Routed switch port

14 Ethernet Switching: Trunking
14-01 Lesson 4: Trunking
14-02 Trunking theory
14-03 Trunking modes
14-04 Trunking configuration
14-05 Voice VLAN theory
14-06 Voice VLAN configuration

15 Ethernet Switching: Spanning Tree Protocol (STP)
15-01 Lesson 5: Spanning Tree Protocol (STP)
15-02 STP port states
15-03 STP exercise
15-04 STP convergence times
15-05 PVST+ theory and configuration
15-06 Portfast
15-07 Root guard
15-08 Loop guard
15-09 BPDU filter
15-10 BPDU guard
15-11 MSTP theory
15-12 Rapid PVST+ theory
15-13 Rapid PVST+ configuration

16 Ethernet Switching: EtherChannel
16-01 Lesson 6: EtherChannel
16-02 Introduction to EtherChannel
16-03 EtherChannel port options
16-04 EtherChannel load balancing
16-05 Layer 2 EtherChannel configuration
16-06 Layer 3 EtherChannel configuration

17 Routing: Routing Fundamentals
17-01 Module 5: Routing
17-02 Lesson 1: Routing fundamentals
17-03 Review of the routing process
17-04 Administrative distance
17-05 Routing protocol comparison
17-06 Routing table examination

18 Routing: Static Routing
18-01 Lesson 2: Static routing
18-02 Static default route configuration
18-03 Static network route configuration
18-04 Static host route configuration
18-05 Floating static route configuration

19 Routing: OSPFv2 Routing
19-01 Lesson 3: OSPFv2 routing
19-02 OSPF neighbor formation
19-03 DR and BDR election
19-04 OSPF network types
19-05 OSPF areas
19-06 LSA types
19-07 OSPFv2 configuration
19-08 OSPFv2 verification

20 Routing: First Hop Redundancy Protocols (FHRPs)
20-01 Lesson 4: First hop redundancy protocols (FHRPs)
20-02 Hot Standby Router Protocol (HSRP)
20-03 Virtual Router Redundancy Protocol (VRRP)
20-04 Gateway Load Balancing Protocol (GLBP)

21 Wireless Networks: Overview of Wireless Networks
21-01 Module 6: Wireless networks
21-02 Lesson 1: Overview of wireless networks
21-03 Wireless access points
21-04 Wireless LAN (WLAN) designs
21-05 Access point modes
21-06 Service set terminology
21-07 Radio frequency (RF) basics
21-08 Wireless interference

22 Wireless Networks: Wireless Network Configuration
22-01 Lesson 2: Wireless network configuration
22-02 Selecting a Wi-Fi standard
22-03 Transmission methods
22-04 Spatial streams
22-05 Channel bonding
22-06 WLC configuration via a graphical interface

23 Network Services: Network Address Translation (NAT)
23-01 Module 7: Network services
23-02 Lesson 1: Network address translation (NAT)
23-03 Static NAT configuration
23-04 Dynamic NAT configuration
23-05 Port address translation (PAT) configuration

24 Network Services: Network Time Protocol (NTP)
24-01 Lesson 2: Network Time Protocol (NTP)
24-02 NTP theory
24-03 NTP configuration and verification

25 Network Services: Dynamic Host Configuration Protocol (DHCP)
25-01 Lesson 3: Dynamic Host Configuration Protocol (DHCP)
25-02 Configuring routers as DHCP clients and servers

26 Network Services: Network Management Services
26-01 Lesson 4: Network management services
26-02 Options for network management access
26-03 Artificial intelligence (AI) for network management
26-04 Simple Network Management Protocol (SNMP) theory
26-05 SNMP configuration
26-06 Syslog
26-07 Configuring remote access with secure shell (SSH)
26-08 FTP and TFTP

27 Network Services: Quality of Service (QoS)
27-01 Lesson 5: Quality of service (QoS)
27-02 Fundamentals of QoS
27-03 Traffic markings
27-04 Prioritizing traffic types
27-05 Shaping, policing, and the token bucket
27-06 Configuring QoS

28 Network Security: Threats and Defense
28-01 Module 8: Network security
28-02 Lesson 1: Threats and defense
28-03 CIA triad
28-04 Threats vs. vulnerabilities
28-05 Social engineering attacks
28-06 Denial-of-service attacks
28-07 Other common attacks
28-08 Password protection of Cisco devices
28-09 Authentication, authorization, and accounting (AAA)
28-10 Multifactor authentication
28-11 Encryption
28-12 Virtual private networks (VPNs)
28-13 Password best practices
28-14 Wireless security protocols
28-15 Configuring a wireless LAN for WPA2 with a pre-shared key

29 Network Security: Access Control Lists (ACLs)
29-01 Lesson 2: Access control lists (ACLs)
29-02 ACL overview
29-03 Numbered standard ACLs
29-04 Numbered extended ACLs
29-05 Named ACLs
29-06 ACL considerations

30 Network Security: Layer 2 Security Features
30-01 Lesson 3: Layer 2 security features
30-02 DHCP snooping theory
30-03 DHCP snooping configuration
30-04 Dynamic ARP Inspection (DAI) theory
30-05 Dynamic ARP Inspection (DAI) configuration
30-06 Port security theory
30-07 Port security configuration

31 Network Programmability: Software-Defined Networking (SDN)
31-01 Module 9: Network programmability
31-02 Lesson 1: Software-defined networking (SDN)
31-03 Overview of SDN
31-04 REST APIs
31-05 JSON formatting
31-06 Cisco SDN controllers
31-07 Software-defined architectures

32 Network Programmability: Configuration Management
32-01 Lesson 2: Configuration management
32-02 The DevOps lifecycle
32-03 Configuration management with Ansible
32-04 Configuration management with Terraform

33 Exam Preparation
33-01 Module 10: Exam preparation
33-02 How to register for the exam
33-03 Study strategies
33-04 What to do on exam day

34 Conclusion
34-01 Module 11: Congratulations and next steps