سرفصل های دوره CCNA
دوره CCNA از مهمترین و پایه ای ترین دوره های شبکه است. در این مطلب تمام سرفصل هایی که در دوره CCNA آموزشگاه ایفل تدریس می شود را گردآوری کردهایم.
دوره CCNA در آموزشگاه شبکه و امنیت ایفل در 60 ساعت و به صورت کاملا عملی برگزار میشود.
سرفصلهای دوره CCNA 200-301
1. Networking Fundamentals
2. TCP/IP and OSI Networking Model
3. Same-Layer Interaction and Adjacent Interaction
4. OSI Layer and Their Functions
5. Fundamentals of LAN
6. Cable Types
7. Ethernet UTP Cabling
8. Fundamentals of IPv4 Addressing and Routing
9. RFC 1918 Private Address Space
10. 3 Math Operations for Subnetting
11. Analyzing Subnet Mask
12. Analyzing Existing Subnets
13. Choosing the Subnets of a Classful Network/Subnet Zero
14. Choosing a Subnet Mask that Meets Design Requirements
15. Ethernet LAN Switching Concepts
16. Switching Logic
17. Internal Processing on Cisco Switches
18. Collision Domains
19. Broadcast Domains
20. Campus LAN Design Terminology
21. Operating Cisco LAN Switches
22. Cisco LEDs Status
23. Main Parts of a Switch or Router
24. Accessing Switch and Router for Configuration
25. Verifying the Network Topology with CDP
26. Basic Configuration Laboratory and Troubleshooting
27. VLAN Configuration
28. VLAN Configuration Laboratory and Troubleshooting
29. Multi VLAN Configuration
30. Multi VLAN Configuration Laboratory and Troubleshooting
31. Trunking Mode Options with Switchport mode command
32. Expected Trunking Operational Mode Based on the Configured Administrative Modes
33. Trunk Encapsulation
34. More Detail Comparing ISL and 802.1Q
35. Controlling Which VLANs Can Be Supported on a Trunk
36. VLAN Trunking Protocol (VTP)
37. Requirements for VTP to Work Between Two Switches
38. VTP Messages
39. Storing VLAN Configuration
40. VTP Laboratory and Troubleshooting
41. Port Security Configuration
42. Port Security Configuration Laboratory and Troubleshooting
43. Spanning Tree Protocol (IEEE 802.1d)
44. Three Classes of Problems Caused by Not Using STP
45. Elections – BID
46. Spanning Tree Roles and Status
47. Reacting to Changes in the Network (STP Timer)
48. Rapid STP (IEEE 802.1w)
49. RSTP Link Type & RSTP Edge Type
50. STP and RSTP Roles Comparison
51. STP Configuration
52. Optional STP Features
o Port Fast
o Ether Channel
o STP Security
53. STP Laboratory and Troubleshooting
54. Router Configuration
55. Differences Between Router and Switch
56. Interface Configuration
57. Routing Protocols Concept and Configuration
58. Routing & Routed Protocol
59. Static Routing Protocol
o Static Route
o Default Route
60. Dynamic Routing Protocol
61. Routing Protocol Algorithms
62. Metric
63. Administrative Distance
64. Classless and Classful Routing Protocols
65. Distance Vector Routing Protocol Features
66. Link State Routing Protocol Features
67. OSPF Neighbor
68. OSPF Hello Packet
69. OSPF DR
70. OSPF BDR
71. OSPF Area
72. OSPF Conditions for Being a Neighbor
73. OSPF Neighbor States
74. OSPF Configuration
75. Configuring OSPF with Authentication
76. Changing Interface Hello Interval and Dead Interval Timer
77. OSPF Metric
78. Change Default Metric on OSPF
79. Tuning Interface Cost and Bandwidth
80. Changing Reference Bandwidth
81. OSPF Load Balancing
82. OSPF Configuration Laboratory and Troubleshooting
83. EIGRP Features
84. EIGRP Neighbor Discovery
85. EIGRP Topology Exchange
86. EIGRP Choosing Route
87. EIGRP Conditions for Being a Neighbor
88. EIGRP Successor
89. EIGRP Feasible Distance
90. EIGRP Feasible Successor
91. EIGRP Reported Distance
92. EIGRP DUAL (Diffusion Update Algorithm)
93. EIGRP Configuration
94. EIGRP Changing Interface Hello Timer and Hold Timer
95. Default EIGRP Interface Bandwidth and Delay
96. Change Default Metric on EIGRP
97. Tuning Interface Bandwidth and Delay
98. EIGRP Load Balancing
99. OSPF and EIGRP Tables in Summary
100. EIGRP Configuration Laboratory and Troubleshooting
101. Typical Combinations of Interface Status Codes
102. Route Summarization
103. Auto and Manual Summarization
104. Telnet and SSH Configuration
105. IP Access Control List
106. IP ACL Concept
107. Types of ACL
108. Standard ACL Configuration
109. Extended ACL Configuration
110. Operators Used When Matching Port Numbers
111. Popular Applications and Their Well-Known Port Numbers
112. Some Extended access-list Commands and Logic Explanations
113. Practice Building Access List Commands
114. Finding IP Addresses/Ranges Matching by Existing ACLs
115. Advances in Managing ACL Configuration
116. Named IP Access Lists
117. Sequence Number in ACL
118. ACL Configuration Laboratory and Troubleshooting
119. WAN Concepts and Configuration
120. Network Address Translation (NAT)
121. Port Address Translation (PAT)
122. Types of NAT
123. Static NAT Configuration
124. Dynamic NAT Configuration
125. PAT Configuration
126. NAT and PAT Laboratory and Troubleshooting
127. Frame Relay Concepts
128. Internet Protocol Version 6 (IPV6)
129. IPV6 Addressing and Summarization Rules
130. Common Multicast Addresses
131. IPv6 Address Configuration Options
132. IPV6 Extended Unique Identifier 64 (EUI64)
133. IPV6 SHOW Commands
134. IPV6 Laboratory and Troubleshooting
135. Wireless LANs
136. WLAN Standards
137. Encoding Classes and IEEE Standard WLANs
138. WLAN Modes and Names
139. FCC Unlicensed Frequency Bands of Interest
140. WLAN Speed and Frequency Reference
141. WLAN Security Standards
142. Comparisons of WLAN Security Features
2. TCP/IP and OSI Networking Model
3. Same-Layer Interaction and Adjacent Interaction
4. OSI Layer and Their Functions
5. Fundamentals of LAN
6. Cable Types
7. Ethernet UTP Cabling
8. Fundamentals of IPv4 Addressing and Routing
9. RFC 1918 Private Address Space
10. 3 Math Operations for Subnetting
11. Analyzing Subnet Mask
12. Analyzing Existing Subnets
13. Choosing the Subnets of a Classful Network/Subnet Zero
14. Choosing a Subnet Mask that Meets Design Requirements
15. Ethernet LAN Switching Concepts
16. Switching Logic
17. Internal Processing on Cisco Switches
18. Collision Domains
19. Broadcast Domains
20. Campus LAN Design Terminology
21. Operating Cisco LAN Switches
22. Cisco LEDs Status
23. Main Parts of a Switch or Router
24. Accessing Switch and Router for Configuration
25. Verifying the Network Topology with CDP
26. Basic Configuration Laboratory and Troubleshooting
27. VLAN Configuration
28. VLAN Configuration Laboratory and Troubleshooting
29. Multi VLAN Configuration
30. Multi VLAN Configuration Laboratory and Troubleshooting
31. Trunking Mode Options with Switchport mode command
32. Expected Trunking Operational Mode Based on the Configured Administrative Modes
33. Trunk Encapsulation
34. More Detail Comparing ISL and 802.1Q
35. Controlling Which VLANs Can Be Supported on a Trunk
36. VLAN Trunking Protocol (VTP)
37. Requirements for VTP to Work Between Two Switches
38. VTP Messages
39. Storing VLAN Configuration
40. VTP Laboratory and Troubleshooting
41. Port Security Configuration
42. Port Security Configuration Laboratory and Troubleshooting
43. Spanning Tree Protocol (IEEE 802.1d)
44. Three Classes of Problems Caused by Not Using STP
45. Elections – BID
46. Spanning Tree Roles and Status
47. Reacting to Changes in the Network (STP Timer)
48. Rapid STP (IEEE 802.1w)
49. RSTP Link Type & RSTP Edge Type
50. STP and RSTP Roles Comparison
51. STP Configuration
52. Optional STP Features
o Port Fast
o Ether Channel
o STP Security
53. STP Laboratory and Troubleshooting
54. Router Configuration
55. Differences Between Router and Switch
56. Interface Configuration
57. Routing Protocols Concept and Configuration
58. Routing & Routed Protocol
59. Static Routing Protocol
o Static Route
o Default Route
60. Dynamic Routing Protocol
61. Routing Protocol Algorithms
62. Metric
63. Administrative Distance
64. Classless and Classful Routing Protocols
65. Distance Vector Routing Protocol Features
66. Link State Routing Protocol Features
67. OSPF Neighbor
68. OSPF Hello Packet
69. OSPF DR
70. OSPF BDR
71. OSPF Area
72. OSPF Conditions for Being a Neighbor
73. OSPF Neighbor States
74. OSPF Configuration
75. Configuring OSPF with Authentication
76. Changing Interface Hello Interval and Dead Interval Timer
77. OSPF Metric
78. Change Default Metric on OSPF
79. Tuning Interface Cost and Bandwidth
80. Changing Reference Bandwidth
81. OSPF Load Balancing
82. OSPF Configuration Laboratory and Troubleshooting
83. EIGRP Features
84. EIGRP Neighbor Discovery
85. EIGRP Topology Exchange
86. EIGRP Choosing Route
87. EIGRP Conditions for Being a Neighbor
88. EIGRP Successor
89. EIGRP Feasible Distance
90. EIGRP Feasible Successor
91. EIGRP Reported Distance
92. EIGRP DUAL (Diffusion Update Algorithm)
93. EIGRP Configuration
94. EIGRP Changing Interface Hello Timer and Hold Timer
95. Default EIGRP Interface Bandwidth and Delay
96. Change Default Metric on EIGRP
97. Tuning Interface Bandwidth and Delay
98. EIGRP Load Balancing
99. OSPF and EIGRP Tables in Summary
100. EIGRP Configuration Laboratory and Troubleshooting
101. Typical Combinations of Interface Status Codes
102. Route Summarization
103. Auto and Manual Summarization
104. Telnet and SSH Configuration
105. IP Access Control List
106. IP ACL Concept
107. Types of ACL
108. Standard ACL Configuration
109. Extended ACL Configuration
110. Operators Used When Matching Port Numbers
111. Popular Applications and Their Well-Known Port Numbers
112. Some Extended access-list Commands and Logic Explanations
113. Practice Building Access List Commands
114. Finding IP Addresses/Ranges Matching by Existing ACLs
115. Advances in Managing ACL Configuration
116. Named IP Access Lists
117. Sequence Number in ACL
118. ACL Configuration Laboratory and Troubleshooting
119. WAN Concepts and Configuration
120. Network Address Translation (NAT)
121. Port Address Translation (PAT)
122. Types of NAT
123. Static NAT Configuration
124. Dynamic NAT Configuration
125. PAT Configuration
126. NAT and PAT Laboratory and Troubleshooting
127. Frame Relay Concepts
128. Internet Protocol Version 6 (IPV6)
129. IPV6 Addressing and Summarization Rules
130. Common Multicast Addresses
131. IPv6 Address Configuration Options
132. IPV6 Extended Unique Identifier 64 (EUI64)
133. IPV6 SHOW Commands
134. IPV6 Laboratory and Troubleshooting
135. Wireless LANs
136. WLAN Standards
137. Encoding Classes and IEEE Standard WLANs
138. WLAN Modes and Names
139. FCC Unlicensed Frequency Bands of Interest
140. WLAN Speed and Frequency Reference
141. WLAN Security Standards
142. Comparisons of WLAN Security Features
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