NCP Virtual Classes

Dear Students,

NCP Providing the option of virtual class for those candidates who can not attend the scheduled classes due to Lack of time, 24x7 job hrs, no fixed off etc.

Virtual class is basically the video nuggets that prepare during the class sessions. what is the difference between NCP Nuggets & other Nuggets we leave upon you.

NCP uploaded the Trail Videos for you. You can download FREE of Cost. If you think Our nuggets are bettter for you then you can contact to us for Our virtual class. Noted that you can listen & note down from NCP Nuggets in class room or On-Line. You do not have permission to take them.

NCP will provide you 3 months flexiable time for virtual class per modules. We have no objection if any candidate want to listen Nuggets multiple time within 3 months.

If you are interested you can come to Institue & watch NCP-Nuggets free of cost up to 3hrs.

Syllabus

CCNA (271 Videos, Duration 48h 26m 59s)

IPv4 ADDRESS (6h 34m 37s)
Sr No.
Name
Duration
1 IPV4 Contents TRIAL VIDEO 00:08:40
2 Logical & Physical ID TRIAL VIDEO 00:15:39
3 Version of IP's 00:02:28
4 IPV4 & IPV6 Space TRIAL VIDEO 00:14:14
5 IPV4 Intro TRIAL VIDEO 00:04:55
6 Classification of IPV4 00:07:49
7 Devices will accept only Class A , B & C 00:09:17
8 Default Mask for Class A, B & C 00:09:42
9 How to Calculate MASK 00:10:01
10 Conversion of Binary ,Decimal & Hexadecimal 00:13:48
11 ANDing Process 00:09:55
12 Calculate NID (cw) 00:02:35
13 Network ID & Broadcast ID 00:06:31
14 How to Calculate NID, BID, First Valid IP, Last Valid IP, Valid IP Range 00:08:36
15 Shortcut method to calculate NID, BID, First Valid IP, Last Valid IP, Valid IP Range 00:08:47
16 No.of NID'S & Valid IP Address in Class A TRIAL VIDEO 00:07:42
17 No.of NID'S & Valid IP Address in Class B 00:06:42
18 No.of NID'S & Valid IP Address in Class C 00:06:04
19 Unique IP, Unique MAC, Same NID, Same BID 00:08:27
20 Echo Requset & Echo Reply TRIAL VIDEO 00:07:29
21 Own NID & Remote NID 00:08:24
22 Design & Implementation of network scenario before mid of 1985 part 1 00:08:33
23 Design & Implementation of network scenario before mid of 1985 part 2 00:03:31
24 Design & Implementation of network scenario before mid of 1985 part 3 00:03:16
25 Subnetting 00:05:00
26 Calculation of Subnet Id for Class C 00:15:35
27 Is 199.10.20.64 is NID & 199.10.20.127 is BID 00:09:02
28 Design & Implementation of Network Scenario with Subnetted NID's of Class C 00:07:34
29 Don't waste ur TIME 00:06:06
30 Calculation of Subnet Id for Class B part 1 00:07:17
31 Calculation of Subnet Id for Class B part 2 00:06:33
32 Calculation of Subnet Id for Class A 00:08:29
33 HOMEWORK Class B & A 00:02:28
34 Shortcut method of subnetting TRIAL VIDEO 00:08:07
35 Shortcut method for Class C 00:07:00
36 Shortcut method for Class B 00:05:28
37 Shortcut method for Class A 00:02:37
38 Drawback of Subnetting 00:08:13
39 VLSM & Its design 00:16:25
40 VLSM Design Secnario 1 TRIAL VIDEO 00:14:41
41 VLSM Design Secnario 2 00:08:26
42 Summarization Part 1 00:14:30
43 Summarization Part 2 00:02:10
44 Supernetting part 1 00:13:10
45 Supernetting part 2 00:02:51
46 Tips & Tricks Part 1 TRIAL VIDEO 00:21:55
47 Tips & Tricks Part 2 00:04:12
48 Tips & Tricks Part 3 00:03:25
49 Compare & Contrast IPv4 Unicast, Multicast & broadcast part 1 00:07:41
50 Compare & Contrast IPv4 Unicast, Multicast & broadcast part 2 00:07:48
51 Compare & Contrast IPv4 Unicast, Multicast & broadcast part 3 00:07:03
52 Compare & Contrast IPv4 Unicast, Multicast & broadcast part 4 00:14:42
= 52 TOTAL DURATION 07:11:51
ROUTER BASIC (2h 7m 10s)
Sr No.
Name
Duration
1 Router basic, Cable Connection & Booting Process of Cisco Router 01:07:44
2 CCNA Router Basic Comands 00:59:25
TOTAL DURATION 02:07:10
STATIC Routing (2h 39m 06s)
Sr No.
Name
Duration
1 Basic configuration TRIAL VIDEO 00:18:59
2 T-Shoot Part 1 00:09:57
3 T-Shoot Part 2 00:11:34
4 T-Shoot Part 3 00:07:41
5 Echo Request & Echo Reply 00:08:42
6 ARP request & ARP reply 00:16:34
7 Test Before routing part 1 TRIAL VIDEO 00:08:16
8 Test Before routing part 2 00:12:30
9 Test Before routing part 3 00:3:49
10 Routing 00:02:05
11 Static Route Part 1 00:05:01
12 Static Route Part 2 00:14:17
13 Default Route 00:07:52
14 Types of Static Route -Static -Default -Host -Float Route part 1 00:13:22
15 Types of Static Route -Static -Default -Host -Float Route part 2 00:18:26
TOTAL DURATION 02:39:06
Route Selection Components  ( 23m 42s)
Sr No.
Name
Duration
1 Route Selection Components 00:15:03
2 Route Selection Process 00:08:39
TOTAL DURATION 00:23:42
RIP (2h 34m 09s)
Sr No.
Name
Duration
THEORY
1 RIP INTRO & FORMATION OF ROUTING TABLE PART 1 00:04:29
2 FORMATION OF ROUTING TABLE PART 2 00:04:40
3 UPDATE ,INVALID , FLUSH TIMER 00:11:32
4 PASSIVE INTERFACE , LOAD BALANCE ,DOES NOT SUPPORT BW 00:11:41
5 RIP V1 CAN RCV V1 & V2 WHILE RIPV2 RCV V2 00:03:14
6 AUTO & NO AUTO SUMMARY 00:06:17
7 MANUAL SUMMARY & RIP AUTH 00:07:48
8 BAD METRIC , HOLD TIMER , TRIGGERED UPDATE 00:07:32
9 SPLIT HORIZON ,ROUTE POISON ,POISON REVERSE ,TRIGGERED UPDATE PART 1 00:08:00
10 SPLIT HORIZON ,ROUTE POISON ,POISON REVERSE ,TRIGGERED UPDATE PART 2 00:09:24
LAB
1 RIP LAB Part 1 00:11:12
2 RIP LAB Part 2 00:12:48
3 RIP LAB Part 3 00:19:28
= 13 TOTAL DURATION 02:34:09
OSPF (4h 30m 2s)
Sr No.
Name
Duration
THEORY
1 Dynamic Protocols TRIAL VIDEO 00:12:19
2 OSPF Theory Part 1 00:04:19
3 Multicast address Part 2 00:01:19
4 USE of Hello & Dead Timer )Part 3 00:06:17
5 OSPF Tables )Part 4 00:01:29
6 OSPF neigh adj components ) Part 5 00:02:19
7 Router exchange topology table) Part 6 00:02:06
8 Area Concept ) Part 7 00:03:46
9 Area 0) Part 8 00:03:20
10 Area Range ) Part 9 00:01:18
11 ABR & ASBR ) Part 10 00:03:42
12 RID ) Part 11 00:04:24
13 DR & BDR ) Part 12 00:06:18
14 Process ID )Part 13 00:02:22
15 Types of OSPF Network ) Part 14 00:04:45
16 OSPF Packet Type )Part 15 00:01:51
17 OSPF Router States ) Part 16 00:01:32
18 How to implement OSPF 00:06:08
Discussion
1 OSPF COST CALCULATION TRIAL VIDEO 00:09:29
2 OSPF LINK CONCEPT 00:05:30
3 OSPF RID PART 1 00:10:07
4 OSPF RID PART 2 00:07:00
5 OSPF LOOPBACK INTERFACE 00:07:46
6 OSPF TYPES OF TABLE 00:07:10
7 OSPF NEIGHBOR ADJ COMPONENTS 00:11:00
8 OSPF HELLO & DEAD TIMERS, TPYES OF NETWORK 00:10:20
9 OSPF AREA , AREA ID , AREA 0 00:11:53
10 OSPF DATABASE OR TOPOLOGY UNDERSTANDING 00:17:57
11 OSPF ABR & ASBR 00:06:06
12 OSPF DR & BDR 00:13:22
13 SPF IMPLEMENTATION 00:05:30
OSPF LAB
1 OSPF LAB Part 1st TRIAL VIDEO 00:11:12
2 OSPF LAB Part 2nd 00:12:48
3 OSPF LAB Part 3rd 00:19:28
= 34 TOTAL DURATION 04:30:02
EIGRP (2h 19m 57s)
Sr No.
Name
Duration
THEORY
1 EIGRP part 1 TRIA L VIDEO 00:08:30
2 EIGRP part 2 00:09:09
3 EIGRP part 3 00:06:32
4 EIGRP part 4 00:05:44
5 EIGRP part 5 00:06:25
6 EIGRP part 6 00:01:54
DISCUSSION
1 Eigrp Internal & External Route TRIAL VIDEO 00:07:10
2 Eigrp is HYBRID or ADVANCE DVRP 00:06:19
3 Eigrp Hello & Hold Timer 00:04:22
4 Eigrp Neighbor adjacency components 00:08:58
5 Eigrp ASN 00:05:13
6 Eigrp Tables 00:09:43
7 Eigrp PDM & Routed Protocols 00:06:39
8 Eigrp Auto ,No Auto & Manual summary 00:08:49
9 Eigrp Dual & its Components 00:04:24
10 Eigrp Variance factor 00:08:34
11 Eigrp Implementation 00:03:00
LAB
1 EIGRP PART 1 00:07:20
2 EIGRP PART 2 00:11:07
= 19 TOTAL DURATION 02:19:57
BGP Intro (1h 9m 28s)
Sr No.
Name
Duration
BGP THEORY
1 BGP Introduction 00:17:34
2 When  to use BGP & when not to use BGP 00:05:48
3 Types of BGP Peering 00:04:04
4 How to form IBGP Peering 00:04:04
5 How to form EBGP Peering 00:03:20
6 Types of BGP Tables 00:03:12
7 When BGP neighborship will not form 00:01:34
8 IBGP & EBGP network advertisement 00:04:30
BGP LAB
1 Configure & Verify IBGP Peering 00:06:00
2 Configure & Verify EBGP Peering 00:04:39
3 Configure & Verify  BGP Advertisement 00:14:42
= 11 TOTAL DURATION 01:09:28
ACL (1h 25m 19s)
Sr No.
Name
Duration
1 ACL PART 1 00:07:54
2 ACL PART 2 00:19:49
3 ACL PART 3 00:31:59
4 ACL PART 4 00:25:37
= 4 TOTAL DURATION 01:25:19
SWITCH (7h 34m 48s)
Sr No.
Name
Duration
Theory
1 Broadcast Domain 00:10:35
2 Collission Domain 00:08:01
3 Bridge (Formation of MAC TABLE )part 1 00:13:14
4 Bridge (Formation of MAC TABLE )Part 2 00:03:09
5 Switch intro 00:17:26
6 VLAN Formation & Port binding with VLAN 00:06:36
7 Advantages  of VLAN 00:08:05
8 Access Link &  Access Port 00:03:22
9 Communication between same Vlan with the help of Access Link 00:06:16
10 Trunk Port--- Trunk Link--Trunk Requirment 00:07:23
11 Communication between same Vlan with the help of Trunk Link 00:04:15
12 Trunking protocols or Frame Tagging Techniques 00:06:46
13 Add & Remove Vlan on Trunk Link 00:07:29
14 Dynamic Trunking Protocols (DTP) & Automatic Trunk 00:10:55
15 Modify Native Vlan -- Apply ip add on Native vlan --- Define gateway on SWITCH 00:12:26
16 Before VTP 00:01:52
17 VTP & Its Reqiurment 00:04:11
18 VTP Operational Modes 00:05:29
19 Inter-Vlan routing  & its requirment 00:06:23
20 Inter-Vlan routing via Router-On-Stick  00:17:56
21 Inter-Vlan routing via SVI 00:08:03
22 STP Intro 00:09:13
23 STP Convergence Copmonents 00:01:50
24 STP Convergence Steps 00:02:16
25 Election of ROOT BRIDGE  (intro) part 1 00:08:43
26 Election of ROOT BRIDGE (intro )part 2 00:07:21
27 Election of ROOT BRIDGE (intro )part 3 00:03:00
28 Election of ROOT BRIDGE (Switch Port state Table )part 4 00:04:55
29 Election of ROOT BRIDGE Part 5 00:03:01
30 Election of ROOT BRIDGE Part 6 00:06:13
31 Election of ROOT BRIDGE part 7 00:06:37
32 Election of ROOT BRIDGE part 8 00:05:23
33 Election of ROOT PORT on Non-Root Bridge part 1 00:07:55
34 Election of ROOT PORT on Non-Root Bridge(RPC) part 2 00:05:08
35 Election of ROOT PORT on Non-Root Bridge part 3 00:01:39
36 Election of DESIGNATED  PORT on Non-Root Bridge 00:08:36
37 STP Loop free topologies 00:03:29
38 Types of STP  00:05:56
39 STP Advance Feature & RSTP 00:07:07
40 LAB Configuration Portfast & BPDU Guard 00:05:04
41 Per Vlan STP 00:06:55
42 Intro of Ether Channel 00:10:37
43 EC load Balance Methods 00:03:08
44 EC Protocols & Modes 00:05:37
45 PAGP Configuration 00:11:33
46 LACP Configuration 00:03:40
47 Redundancy Protocols 00:11:04
48 HSRP configuration 00:14:52
49 Port-Security 00:11:20
50 AAA Security part 1 00:14:37
51 AAA Security part 2 00:18:06
52 dot1x security part 1 00:10:34
53 dot1x security part 2 00:24:38
54 Port Mirroring or SPAN 00:06:49
55 Intro of DHCP Snooping  & DHCP Packets 00:09:56
56 Configuration of DHCP Server & Client 00:08:41
57 DHCP Snooping Configuration 00:09:17
TOTAL DURATION 07:34:48
WAN (4h 59m 50s)
Sr No.
Name
Duration
1 Frame-Relay 01:20:52
2 GRE Tunnel 00:33:21
3 Introduction of MPLS part 1 00:12:58
4 Introduction of MPLS part 2 00:15:42
5 Introduction of NAT 00:10:34
6 Types of NAT 00:17:34
7 Range of Private Ip address 00:03:43
8 Comman Lab diagram for Static --dynamic--  PAT 00:07:54
9 TEST before NAT configuration part 1 00:08:00
10 TEST before NAT configuration part 2 00:04:11
11 NAT Interface commands (INSIDE & OUTSIDE) 00:03:11
12 STATIC NAT lab configuration 00:07:19
13 DYNAMIC NAT lab configuration 00:07:48
14  PAT  lab configuration 00:12:33
15 PPP Authentication 00:39:52
16 Concept of  2. Multilink PPP 00:18:02
17 Configuration 3. Multilink PPP 00:16:05
TOTAL DURATION 04:59:50
IPv6 (3h 5m 39s)
Sr No.
Name
Duration
IPv6 THEORY
1 Drawback of IPV4 00:08:42
2 Introduction of IPV6 00:19:16
3 IPV6 Formate 00:15:03
4 IPV6 Host Bits -- EUI-64 00:11:43
5 IPV6 Addressing Rules 00:15:16
6 IPv6 loopback address 00:03:17
7 IPV6 Packet Types 00:02:58
8 Types of IPv6 Address 00:04:40
9 Multicast address for IPv6 address 00:05:36
10 IPv6 Routing Protocols 00:04:47
11 IPv4 to IPv6 migration techniques 00:10:46
12 Use of IPv6 in Different Fields 00:04:11
13 IPv6 address configuration on CISCO Router 00:11:51
IPv6 LAB Implementation
1 IPv6 Static Route 00:08:39
2 IPV6 Default Route 00:09:32
3 IPV6 Host Route 00:06:13
4 IPV6 Float route 00:09:41
5 Common diagram for Dynamic Protocols 00:01:55
6 IPV6 Configuration --RIPng 00:10:06
7 IPV6 Configuration --OSPFv3 00:11:49
8 IPV6 Configuration --EIGRPV6 00:09:36
= 21 TOTAL DURATION 03:05:39
OSI (1h 39m 7s)
Sr No.
Name
Duration
1 Before OSI 00:7:37
2 No. of OSI Layers 00:03:04
3 Application Layer 00:02:34
4 Presentation Layer 00:02:52
5 Session layer 00:06:07
6 Transport Layer 00:13:00
7 Network Layer part 1 00:19:54
8 Network Layer part 2 00:03:59
9 Protocol & port no 00:09:36
10 Data Link Layer 00:03:36
11 Physical Layer 00:02:07
12 Devices on OSI Layers 00:04:21
13 What is PDU 00:03:31
14 Data encapsulation & De-encapsulation process 00:03:12
15 OSI Peer to Peer model 00:07:55
16 OSI & TCP-IP 00:05:46
TOTAL DURATION 01:39:07
HOW TO MANAGE CISCO DEVICES (1h 47m 31s)
Sr No.
Name
Duration
THEORY
1 How to manage Cisco Devices [host resovling] 00:11:08
2 How to manage Cisco Devices [CDP] 00:17:22
3 How to manage Cisco Devices [ADVANCE TELNET] 00:13:48
4 How to manage Cisco Devices [Password Recovery] 00:21:24
LAB
1 HOST Resolving 00:05:06
2 CDP LAB 00:24:12
3 BACKUP & UP gradation of RAM 00:03:16
4 Backup of IOS
= 8 TOTAL DURATION 01:47:31
END Course

ROUTE (300 Videos, Duration 44h 43m)

Types of Static Routing (2h 40m 03s)
Sr No.
Name
Duration
1 Route Selection Components TRIAL VIDEO 00:15:31
2 Route Selection Process 00:08:39
3 witching Techniques 00:11:03
4 Types of Static Routing 00:06:41
5 Longest Match Part 1 00:11:46
6 Longest Match Part 2 TRIAL VIDEO 00:04:42
7 Float Route Part 1 00:06:34
8 Float Route Part 2 00:03:44
9 Per Packet & Per Destination Load Balance 00:12:26
10 Summary Route 00:07:42
11 Name & Permanent Option with Static 00:09:29
12 Routing Loop in case of Default Route Part 1 00:17:11
13 Routing Loop in case of Default Route Part 2 00:20:08
14 Alternative Route Part 1 00:12:42
15 Alternative Route Part 2 00:15:19
=15 TOTAL DURATION 02:40:03
RIP (6h 57m 22s)
Sr No.
Name
Duration
1 Auto & NO Auto-summary Part 1 TRIAL VIDEO 00:12:57
2 Auto & NO Auto-summary Part 2 TRIAL VIDEO 00:09:58
3 uto & NO Auto-summary Part 3 00:12:31
4 Auto & NO Auto-summary Part 4 00:06:55
5 Rip v1 does not support VLSM part 1 00:09:55
6 Rip v1 does not support VLSM part 2 00:07:35
7 Rip v2 support VLSM part 1 00:06:47
8 Rip v2 support VLSM part 2 00:03:15
9 Passive interface Part 1 00:11:07
10 Passive interface Part 2 00:08:03
11 Passive interface Part 3 00:15:17
12 Passive interface Part 4 00:12:17
13 Split horizon part 1 00:10:42
14 Split horizon part 2 00:05:58
15 Unicast behaviour of RIP Part 1 00:09:35
16 Unicast behaviour of RIP Part 2 00:07:50
17 Unicast behaviour of RIP Part 3 00:13:49
18 Unicast behaviour of RIP Part 4 00:04:58
19 Load Balance on unequal path via ACL & Offset-list Part 1 00:13:31
20 Load Balance on unequal path via ACL & Offset-list Part 2 TRIAL VIDEO 00:12:44
21 Route Filtering via Prefix-list & Distribute-list Part 1 TRIAL VIDEO 00:07:41
22 Route Filtering via Prefix-list & Distribute-list Part 2 00:06:27
23 Load Distribute per NID Part 1 00:04:43
24 Load Distribute per NID Part 2 00:03:20
25 RIP default Route via Network Command Part 1 00:08:57
26 RIP default Route via Network Command Part 2 00:06:45
27 RIP default Route via Network Command Part 1 00:04:46
28 RIP default Route via Network Command Part 2 00:02:50
29 RIP default Route via default-information originate Part 1 00:07:57
30 RIP default Route via default-information originate Part 2 00:08:28
31 Convert RIP periodic Update into Triggered Update Part 1 00:05:12
32 Convert RIP periodic Update into Triggered Update Part 2 00:08:39
33 Horizon ,Route Poison, Triggered Update ,Poison reverse Part 1 00:08:18
34 Horizon ,Route Poison, Triggered Update ,Poison reverse Part 2 00:07:11
35 Rip Authentication Plain Text & MD5 Part 1 00:06:11
36 Rip Authentication Plain Text & MD5 Part 2 00:05:22
37 Rip Authentication with Dynamic keys 00:14:26
38 RIP Manual Summary Part 1 00:05:54
39 RIP Manual Summary Part 2 00:01:56
40 RIP does not support CIDR Part 1 00:12:05
41 RIP does not support CIDR Part 2 00:07:57
42 RIP Convergence Timers, AD, Max Path Part 1 00:06:34
43 RIP Convergence Timers, AD, Max Path Part 2 00:05:05
44 RIP V1 & V2 Compatible Part 1 00:09:06
45 RIP V1 & V2 Compatible Part 2 00:07:49
46 RIP V1 & V2 Compatible Part 3 00:02:04
47 RIP V1 & V2 Compatible Part 4 00:04:11
48 RIP Redistribution with Static Part 1 00:08:56
49 RIP Redistribution with Static Part 2 00:08:43
50 RIP Redistribution with OSPF Part 1 00:11:15
51 RIP Redistribution with OSPF Part 2 00:05:23
52 RIP Redistribution with EIGRP Part 1 00:04:25
53 RIP Redistribution with EIGRP Part 2 00:03:09
= 53 TOTAL DURATION 06:57:22
OSPF (12h 37m 50s)
Sr No.
Name
Duration
1 OSPF RID Part 1 00:18:11
2 OSPF RID Part 2 00:06:02
3 OSPF RID Part 3 00:06:26
4 OSPF RID Part 4 00:10:55
5 OSPF RID Part 5 00:07:33
6 OSPF RID Part 6 00:15:12
7 OSPF RID Part 7 00:20:27
8 OSPF Link State Basic 00:06:23
9 OSPF Route Codes 00:08:14
10 OSPF Metric types 00:07:37
11 ABR & ASBR Part 1 TRIAL VIDEO 00:12:34
12 ABR & ASBR Part 2 TRIAL VIDEO 00:06:52
13 ABR & ASBR Part 3 00:06:22
14 ABR & ASBR Part 4 00:05:04
15 DR & BDR Part 1 00:06:45
16 DR & BDR Part 2 00:33:56
17 OSPF Cost Calculation 00:13:34
18 OSPF Load Balance on Unequal Path 00:05:06
19 OSPF Intra-Area Route Vs Inter-Area Route 00:08:53
20 OSPF Neighbor Adjacency Components 00:15:02
21 OSPF Neighbor Adjacency Components ( Hello, Dead, Area) 00:10:53
22 OSPF Neighbor Adjacency Components-Authentication 00:04:25
23 OSPF Authentication Plain & MD5 00:06:21
24 OSPF Neighbor Adjacency Components-Secondary IP Subnet 00:06:49
25 OSPF Neighbor Adjacency Components-MTU Mismatch 00:03:52
26 OSPF Process ID Part 1 00:08:54
27 OSPF Process ID Part 2 00:08:13
28 OSPF Router with Multiple Process ID Part 1 00:08:21
29 OSPF Router with Multiple Process ID Part 2 00:04:46
30 OSPF Summarization on ABR 00:11:24
31 OSPF Summarization on ASBR 00:06:15
32 OSPF Database Part 1 00:16:52
33 OSPF Database (LSA TPYE-1) Part 2 00:06:03
34 OSPF Database (LSA TPYE-1) Part 3 00:04:25
35 OSPF Database (LSA TPYE-2) Part 4 00:09:51
36 OSPF Database (LSA TPYE-2) Part 5 00:08:33
37 OSPF Database (LSA TPYE-3) Part 6 00:12:14
38 OSPF Database (LSA TPYE-4) Part 7 00:11:54
39 OSPF Database (LSA TPYE-5) Part 8 00:06:54
40 OSPF Database (LSA TPYE-7) Part 9 00:07:04
41 OSPF Database (LSA TPYE-7) Part 10 00:04:17
42 ALL LSA Tpyes Overview 00:07:00
43 OSPF Stubby Area Part 1 00:08:47
44 OSPF Stubby Area Part 2 00:06:23
45 OSPF Totally Stubby Area Part 1 00:06:51
46 OSPF Totally Stubby Area Part 2 00:03:44
47 OSPF Not So Stubby Area Part 1 00:04:45
48 OSPF Not So Stubby Area Part 2 00:10:02
49 OSPF Totally NSSA Part 1 TRIAL VIDEO 00:05:34
50 OSPF Totally NSSA Part 2 TRIAL VIDEO 00:02:48
51 OSPF Conditional & Permanent Default Route Part 1 00:06:11
52 OSPF Conditional & Permanent Default Route Part 2 00:05:10
53 OSPF NSSA Default Route Part 1 00:03:15
54 OSPF NSSA Default Route Part 2 00:06:37
55 O IA Default Route & O N2 Default Route Part 1 00:04:10
56 O IA Default Route & O N2 Default Route Part 2 00:04:34
57 NSSA will not allow LSA Type 5 Part 1 00:05:05
58 NSSA will not allow LSA Type 5 Part 2 00:07:23
59 Metric of DEFAULT Route is always ONE Part 1 00:09:26
60 Metric of DEFAULT Route is always ONE Part 2 00:02:16
61 OSPF Area 0 Discontiguous Part 1 00:07:11
62 OSPF Area 0 Discontiguous Part 2 00:17:24
63 OSPF Area 0 is not directly connected Part 1 00:05:55
64 OSPF Area 0 is not directly connected Part 2 00:09:45
65 OSPF Area 0 is not directly connected Part 3 00:01:14
66 OSPF Route filtering via ACL & distribute-list Part 1 00:06:52
67 OSPF Route filtering via ACL & distribute-list Part 2 00:05:43
68 OSPF Route Filtering via ACL & Distribute-list Part 3 00:06:25
69 OSPF Route filtering via Prefix-list & distribute-list Part 1 00:04:26
70 OSPF Route filtering via Prefix-list & distribute-list Part 2 00:03:53
71 OSPF Route Filtering via Prefix-list & Distribute-list Part 3 00:05:05
72 OSPF LSA Filtering via Prefix-list & Filter-list Part 1 00:04:23
73 OSPF LSA Filtering via Prefix-list & Filter-list Part 2 00:03:19
74 OSPF LSA Filtering via Prefix-list & Filter-list Part 3 00:04:51
75 OSPF Hello & Dead Mismatch Solution Part 1 00:04:21
76 OSPF Hello & Dead Mismatch Solution Part 2 00:04:09
77 OSPF Over Frame-Relay(FRSW) Part 1 00:08:12
78 OSPF Over Frame-Relay(HUB & Spoke) Part 2 00:03:43
79 OSPF Over Frame-Relay(HUB & Spoke) Part 3 00:06:11
80 OSPF Over Frame-Relay (NBMA Default & P-T-M) Part 4 00:33:25
81 OSPF Over Frame-Relay (NBMA Cisco P-T-M non-broad) Part 5 00:05:36
82 OSPF Over Frame-Relay (NBMA Cisco P-T-M non-broad) Part 6 00:05:08
83 OSPF Over Frame-Relay (NBMA Cisco Broadcast) Part 7 00:03:28
84 OSPF Over Frame-Relay (NBMA Cisco Broadcast) Part 8 00:03:48
85 OSPF Over Frame-Relay (NBMA Cisco Sub-interface ) Part 9 00:13:28
86 OSPF Over Frame-Relay (NBMA Cisco Sub-interface ) Part 10 00:08:41
87 OSPF Over Frame-Relay (NBMA Cisco Sub-interface P-T-P ) Part 11 00:06:40
88 OSPF Over FR (NBMA Cisco Sub-interface Multipoint ) Part 12 00:06:15
89 Route Feedback Part 1 00:10:54
90 Route Feedback Part 2 00:10:26
91 OE1 Vs OE2 Part 1 00:03:35
92 OE1 Vs OE2 Part 2 00:03:16
93 OSPF database will not exchange (duplicate RID) Part 1 00:02:31
94 OSPF database will not exchange (duplicate RID) Part 2 00:05:28
TOTAL DURATION 12:37:50
EIGRP (6h 40m 49s)
Sr No.
Name
Duration
1 EIGRP Auto & No Auto-summary Part 1 TRIAL VIDEO 00:09:41
2 EIGRP Auto & No Auto-summary Part 2 00:06:55
3 EIGRP Manual summary Part 1 00:06:55
4 EIGRP Manual summary Part 2 00:03:58
5 EIGRP Route Filtering via ACL & Distribute-list Part 1 00:05:56
6 EIGRP Route Filtering via ACL & Distribute-list Part 2 00:02:20
7 EIGRP Route Filtering via Prefix-list & Distribute-list Part 1 00:04:47
8 EIGRP Route Filtering via Prefix-list & Distribute-list Part 2 00:03:56
9 EIGRP Multi AS Part 1 00:04:53
10 EIGRP Multi AS Part 2 00:02:39
11 EIGRP RID Part 1 00:02:55
12 EIGRP RID Part 2 TRIAL VIDEO 00:03:08
13 EIGRP Authentication Part 1 00:06:42
14 EIGRP Authentication Part 2 00:04:43
15 EIGRP Default Route Part 1 00:05:02
16 EIGRP Default Route Part 2 00:04:17
17 EIGRP Unicast Behaviour Part 1 00:10:04
18 EIGRP Unicast Behaviour Part 2 00:05:32
19 Not on common subnet Part 1 00:02:39
20 Not on common subnet Part 2 00:07:30
21 EIGRP Neighbor Adjacency Components Part 1 TRIAL VIDEO 00:07:37
22 EIGRP Neighbor Adjacency Components Part 2 TRIAL VIDEO 00:11:48
23 EIGRP K-Value Mismatch Part 1 00:11:30
24 EIGRP K-Value Mismatch Part 2 00:11:34
25 EIGRP Metric Calculation Part 1 00:06:55
26 EIGRP Metric Calculation Part 2 00:18:38
27 EIGRP Metric Calculation Part 3 00:12:55
28 EIGRP Load balance via ACL & Offset-list Part 1 00:05:41
29 EIGRP Load balance via ACL & Offset-list Part 2 00:02:56
30 EIGRP Over Frame-relay Part 1 00:12:37
31 EIGRP Over Frame-relay (Eigrp Split Horizon ) Part 2 00:12:00
32 EIGRP Over Frame-relay Part 3 00:09:53
33 EIGRP Over Frame-relay Part 4 00:07:07
34 EIGRP Over Frame-relay (Redistribution) Part 5 00:03:07
35 EIGRP Over Frame-relay(Effect of RID on External Route) Part 6 00:09:33
36 EIGRP DUAL Components 00:13:46
37 EIGRP Load Balance Per Packet 00:05:17
38 EIGRP Load Distribute(Variance Factor) 00:18:15
39 EIGRP Load Balance Per Packet 00:11:41
40 EIGRP Load Distribute(Variance Factor) 00:11:17
41 EIGRP Load Distribute per Network(ACL & AD) 00:13:10
42 EIGRP Default Route (Network & Redistribution) & Default Float Route 00:11:24
43 EIGRP Packet Part 1 00:14:29
44 EIGRP Packet Part 2 00:06:45
45 EIGRP SIA ,SIA-Query , SIA- Reply 00:04:02
46 EIGRP RID & its Effect on External Route Part 1 00:13:27
47 EIGRP RID & its Effect on External Route Part 2 00:09:04
48 How to Stop EIGRP Query Process Part 1 00:06:21
49 How to Stop EIGRP Query Process (Manual Summary) Part 2 00:06:39
50 How to Stop EIGRP Query Process ( EIGRP STUB) Part 3 00:06:25
= 50 TOTAL DURATION 06:40:49
BGP (6h 26m 13s)
Sr No.
Name
Duration
1 BGP Intro Part 1 TRIAL VIDEO 00:16:35
2 BGP Intro Part 1 00:10:05
3 When to USE & not USE BGP 00:03:14
4 Single & Multihoming ,BGP Classful & Classless Implementation 00:22:24
5 BGP Classful & Classless Implementation 00:14:53
6 When BGP Neighborship will not form Part 1 00:05:04
7 When BGP Neighborship will not form Part 2 00:05:51
8 BGP Messages 00:10:04
9 IBGP & EBGP Peering , UPDATE Source Loopback 010.UPDATE Source Loopback 00:29:07
10 UPDATE Source Loopback 00:05:32
11 EBGP Multihop Part 1 00:05:02
12 EBGP Multihop Part 2 00:03:34
13 IBGP Split Horizon Part 1 00:06:17
14 IBGP Split Horizon Part 2 00:03:20
15 IBGP Synchronization Rule Part 1 00:06:34
16 IBGP Synchronization Rule Part 2 00:09:41
17 IBGP will not change next hop Part 1 00:06:43
18 IBGP will not change next hop Part 2 00:07:47
19 EBGP will change next hop Part 1 00:03:56
20 EBGP will change next hop Part 2 00:03:42
21 Next-hop-self Part 1 00:04:36
22 Next-hop-self Part 2 00:02:15
23 BGP Path Selection Process Part 1 00:06:21
24 BGP Path Selection Process Part 2 00:09:37
25 BGP Path Selection Process Part 3 00:04:31
26 Controlling Outgoing Traffic Policy via WEIGHT Part 1 TRIAL VIDEO 00:07:04
27 Controlling Outgoing Traffic Policy via WEIGHT Part 2 TRIAL VIDEO 00:03:30
28 Controlling Outgoing Traffic Policy via LP Part 1 00:08:39
29 Controlling Outgoing Traffic Policy via LP Part 2 00:04:27
30 Controlling Incoming Traffic Policy via AS PATH Part 1 00:09:06
31 Controlling Incoming Traffic Policy via AS PATH Part 1 00:10:00
32 Controlling Incoming Traffic Policy via MED Part 1 00:04:06
33 Controlling Incoming Traffic Policy via MED Part 2 00:05:41
34 BGP Route Filtering Part 1 00:04:49
35 BGP Route Filtering Part 2 00:04:16
36 EBGP Loop Avoidance Mechanism & Remove Private AS Part 1 00:13:46
37 EBGP Loop Avoidance Mechanism Part 2 00:11:23
38 Remove Private AS 00:09:55
39 BGP Aggregation Part 1 00:08:46
40 BGP Aggregation Part 2 00:06:50
41 IBGP Loop Avoidance Mechanism Part 1 00:03:58
42 IBGP Loop Avoidance Mechanism Part 2 00:11:48
43 BGP Default Route Part 1 00:03:54
44 BGP Default Route Part 2 00:02:20
45 BGP Authentication Part 1 00:03:06
46 BGP Authentication Part 2 00:04:03
47 BGP Redistribution Part 1 00:05:22
48 BGP Redistribution Part 2 00:10:22
49 BGP Attributes 00:13:16
50 BGP Router States 00:08:38
= 50 TOTAL DURATION 06:26:13
IPV4 Redistribution (3h 42m 24s)
Sr No.
Name
Duration
1 Redistribution Lab (RIP Task)Part 1 00:32:19
2 Redistribution Lab (RIP Task)Part 2 00:27:59
3 Redistribution Lab (OSPF Task) Part 3 00:18:43
4 Redistribution Lab (OSPF Task) Part 4 00:30:42
5 Redistribution Lab (EIGRP Task)Part 5 00:14:11
6 Redistribution Lab (EIGRP Task)Part 6 00:14:41
7 Redistribution Lab (Mutual Redistribution Task)Part 7 00:16:32
8 Redistribution Lab (Mutual Redistribution Task)Part 8 00:17:40
9 Redistribution Lab (Mutual Redistribution Task)Part 9 00:10:56
10 Redistribution Lab (Mutual Redistribution Task)Part 10 00:04:43
11 Redistribution Lab (Mutual Redistribution Task)Part 11 00:10:42
12 Redistribution Lab (Mutual Redistribution Task)Part 12 00:06:00
13 Redistribution Lab (Mutual Redistribution Task)Part 13 00:17:12
= 13 TOTAL DURATION 03:42:24
IPV6 Redistribution LAB (3h 19m 05s)
Sr No.
Name
Duration
1 IPV6 Redistribution Lab(RIPng Config) Part 1 TRIAL VIDEO 00:07:01
2 IPV6 Redistribution Lab (RIPng Config)Part 2 00:07:01
3 IPV6 Redistribution Lab(RIPng Config)Part 3 00:10:06
4 IPV6 Redistribution Lab(RIPng Config) Part 4 00:06:12
5 IPV6 Redistribution Lab(IPV6 Static Config)Part 1 00:07:51
6 IPV6 Redistribution Lab(IPV6 Static Config) Part 2 00:05:26
7 IPV6 Redistribution Lab(EIGRPV6 Config) Part 1 00:10:59
8 IPV6 Redistribution Lab(EIGRPV6 Config) Part 2 00:08:20
9 IPV6 Redistribution Lab(FRSW & IPV6 Map Config)Part 1 00:23:01
10 IPV6 Redistribution Lab (FRSW & IPV6 Map Config)Part 2 00:05:42
11 IPV6 Redistribution Lab(FRSW & IPV6 Map Config) Part 3 00:15:29
12 IPV6 Redistribution Lab(OSPFV3 AREA 0 Config)Part 1 00:11:27
13 IPV6 Redistribution Lab(OSPFV3 Area 0 Config) Part 2 00:07:48
14 IPV6 Redistribution Lab( OSPFV3 AREA 45,56,66 Config) Part 1 00:07:09
15 IPV6 Redistribution Lab(OSPFV3 Area 45,56&66 Config) Part 2 00:05:29
16 IPV6 Redistribution Lab(OSPFV3 Virtual Link Config)Part 1 00:06:04
17 IPV6 Redistribution Lab (OSPFV3 Virtual-link Config )Part 2 00:04:34
18 IPV6 Redistribution Lab(OSPFV3 & RIPng Redist. Config)Part 1 00:06:42
19 IPV6 Redistribution Lab(OSPFV3 & RIPng Redist. Config) Part 2 00:06:10
20 IPV6 Redistribution Lab(OSPFV3 & EIGRPV6 Redist.Config)Part 1 00:05:09
21 IPV6 Redistribution Lab(OSPFV3 & EIGRPV6 Redist.Config) Part 2 00:06:29
22 IPV6 Redistribution Lab(OSPFV3 & IPV6 Static , EIGRPV6 & IPV6 Static Redist. Config)Part 1 00:02:45
23 IPV6 Redistribution Lab(OSPFV3 & IPV6 Static , EIGRPV6 & IPV6 Static Redist. Config) Part 2 00:04:04
24 IPV6 Redistribution Lab(OSPFV3 Summarization on ABR & ASBR) 00:12:39
25 IPV6 Redistribution Lab (RIPng Summarization & RIPng Default Route) 00:05:17
= 25 TOTAL DURATION 02:01:29
DHCP
Sr No.
Name
Duration
1 DHCP 00:11:39
2 DHCP Part 1 00:09:34
3 DHCP Part 2 00:11:55
4 DHCP Part 3 00:08:19
5 DHCP Part 4 00:33:21
= 5 TOTAL DURATION 00:41:47
PBR
Sr No.
Name
Duration
1 PBR Part 1 00:21:32
2 PBR Part 2 00:13:57
= 2 TOTAL DURATION 00:35:29
GRE Tunnel
Sr No.
Name
Duration
1 GRE Tunnel Part 1 00:33:21
2 GRE Tunnel Part 2 00:06:06
= 2 TOTAL DURATION 00:39:27
END Course

Switch (143 Videos, Duration 31h 16m)

SWITCH (31h 16m 10s)
Sr No.
Name
Duration
1 Broadcast Domain Part 1( Theory ) 00:15:21
2 Same Broadcast Domain Part 2 (L) 00:12:25
3 Different Broadcast Domain Part 3 (L) 00:03:10
4 Collision Domain (T) 00:13:58
5 Bridge Part 1(T) 00:07:37
6 Bridge Part 2 (T) 00:12:07
7 Bridge Part 3 (T) 00:16:33
8 Bridge Part 4 (T) 00:08:10
9 Q & A Session Part 1(T) 00:09:09
10 Q & A Session Part 2(T) 00:03:54
11 Switch Intro (T) 00:10:00
12 VLAN & its Advantages(T) 00:16:32
13 Three Ways to create VLAN(T) TRIAL VIDEO 00:07:21
14 Types of VLAN Membership(T) 00:08:25
15 Invisible Ports in sh vlan brief(T) 00:08:16
16 How many VLAN We can create Part 1(L) TRIAL VIDEO 00:08:40
17 How many VLAN We can create Part 2(L) 00:05:05
18 Where VLAN info. exist(T) 00:05:09
19 Where Vlan Info exist --Vlan.dat (L) 00:08:06
20 Access link & Access Port , Trunk Link & Trunk Port(T) 00:05:22
21 Types of Switchport Mode(T) 00:04:22
22 Communication between SAME VLAN with the help of ACCESS LINK(T) 00:09:53
23 Requirement for TRUNK & Different ways to make TRUNK(T) 00:11:07
24 Communication between SAME VLAN with the help of TRUNK LINK(T) 00:03:45
25 HOW to stop DTP message(T) 00:08:35
26 FRAME Tagging Techniques(T) 00:05:50
27 Inter-Switch Link (T) 00:10:12
28 Dot1q(T) 00:08:09
29 Different ways to make TRUNK(L) 00:14:07
30 VTP(T) 00:04:31
31 Why we need VTP(T) 00:03:41
32 Requirement of VTP(T) 00:12:34
33 VTP Operational Mode(T) 00:10:47
34 Types of VTP Message(T) 00:11:29
35 VTP Components(T) 00:03:43
36 VTP Revision No.(T) 00:08:33
37 VTP Pruning(T) 00:15:39
38 Why We Need VTP(L) 00:10:57
39 VTP Revision No.(L) 00:17:48
40 VTP Components(L) 00:07:37
41 Domain Name MUST be same for TRUNK (L) 00:08:37
42 VTP Domain Name is the KEY(L) 00:04:36
43 No need of Multiple VTP Server , Client can Synchronize to SERVER(L) TRIAL VIDEO 00:08:12
44 VTP Client can Synchronize to VTP Client Part 1(L) 00:05:59
45 VTP Client can Synchronize to VTP Client Part 2(L) 00:06:04
46 Higher Revision No with different Domain Name(L) 00:06:21
47 Higher Revision No with Same Domain Name(L) 00:03:15
48 VTP Password (L) 00:08:39
49 VTP Final Discussion --(L) 00:01:40
50 VTP Server & VTP Client with VTP Transparent Mode(L) 00:11:23
51 VTP Soft Pruning(L) 00:24:05
52 VTP 4th Adv( VTP Join Start & Stop)(L) 00:06:16
53 VTP Hard Pruning(L) 00:16:57
54 STP Introduction Part 1 00:06:20
55 STP Introduction Part 2 00:03:45
56 STP Convergence Components(T) 0 00:03:10
57 STP Convergence Steps(T) 00:02:50
58 Election of ROOT BRIDGE Part 1(T) 00:06:35
59 Election of ROOT BRIDGE Part 2(T) 00:13:06
60 Election of ROOT BRIDGE (Switchport States)Part 3(T) 00:05:26
61 Election of ROOT BRIDGE(BPDU Info) Part 4(T) 00:22:30
62 Election of ROOT PORT Part 1(T) 00:06:05
63 Election of ROOT PORT(Root Path Cost) Part 2(T) 00:02:25
64 Election of ROOT PORT(Lowest Sender BID)Part 3(T) 00:14:58
65 Election of ROOT PORT(Lowest Port ID)Part 4(T) 00:07:34
66 Election of DESIGNATED PORT(Lowest Sender BID)Part 1(T) 00:23:02
67 Election of DESIGNATED PORT(Lowest Sender Port ID)Part 2(T) 00:06:35
68 STP 802.1D Lab Dia Introduction Part 1(L) 00:15:09
69 STP 802.1D Lab Dia Introduction Part 2(L) 00:06:00
70 STP 802.1D Lab Dia Introduction Part 3(L) 00:05:25
71 Only ROOT Bridge will send BPDU via DP not rcv BPDU (L) 00:17:47
72 Non-ROOT Bridge will rcv BPDU on RP but will send BPDU via DP(L) 00:03:24
73 Non-ROOT Bridge will rcv BPBU on BLK Port(L) 00:03:04
74 Selectio of RP w.r.t Lowest RPC ( Vlan Cost) , Sender Port Port Id (Port Priority) Part 1(L) 00:08:25
75 Selectio of RP w.r.t Lowest RPC ( Vlan Cost) , Sender Port Port Id (Port Priority) Part 2(L) 00:14:06
76 Selection of DP & NDP w.r.t Lowest RPC ( Vlan Cost) ,Sender BID, Sender Port Port Id (Port Priority)(L) 00:09:41
77 END user traffic will pass through via ROOT Bridge not via BLK port(L) 00:07:23
78 DLF & IDLF in 802.1D(T) 00:05:55
79 DLF Lab Part 1(L) 00:07:37
80 DLF Lab Part 2(L) 00:04:22
81 END user traffic DROP for 30s in DLF Part 1(L) (cut from 3m32s to end) 00:05:46
82 END user traffic DROP for 30s in DLF & 35s if comes UP Part 2(L) 00:03:55
83 IDLF Lab Part 1(L) 00:06:03
84 IDLF Lab Part 2(L) 00:05:19
85 END user traffic DROP for 50s in IDLF & 35s if comes UP Part 1(T) 00:05:36
86 END user traffic DROP for 50s in IDLF & 35s if comes UP Part 2(L) 00:06:02
87 TCN TCNA TC FLAG (T&L) 00:35:00
88 TCN BPDU ,TCNA BPDU , TC FLAG Part 1(L) 00:30:48
89 TCN BPDU ,TCNA BPDU , TC FLAG Part 2(L) 00:04:48
90 TCN BPDU ,TCNA BPDU , TC FLAG Part 3(L) 00:06:46
91 STP Advance Feature Part 1(T) 00:31:24
92 STP Advance Feature Part 2(T) 01:10:06
93 STP Advance Feature Part 3(L) 00:58:37
94 STP Advance Feature Part 4(L) 00:17:27
95 UPLINK-FAST will modify Link Cost & Bridge Priority(L) 00:02:07
96 END user traffic DROP in DLF with UPLINKFAST Part 1(L) 00:13:13
97 END user traffic DROP in DLF with UPLINKFAST Part 2(L) 00:11:34
98 END user traffic DROP in DLF with UPLINKFAST Part 3(L) 00:05:00
99 STP Adv Feature-PORTFAST(T) 00:05:24
100 STP Adv Feature -----PORTFAST Part 1(L) 00:10:53
101 STP Adv Feature -----PORTFAST Part 2(L) 00:05:20
102 STP Adv Feature -----BPDU Guard(L) 00:12:10
103 Error Disable Cause & Recovery Interval(L) 00:05:59
104 STP Adv Feature -----Root Guard (L) 00:09:08
105 BPDUFILTER Part 1(T) 00:05:16
106 BPDUFILTER Part 2(T) 00:06:32
107 BPDUFILTER on Interface will not stop communication between End Users(L) 1 00:24:54
108 LOOP GUARD (T) 00:06:25
109 PVSTP+ (T) 00:10:47
110 PVSTP+ (L) 00:05:31
111 RSTP(T) 01:07:13
112 RSTP with DLF & IDLF(L) 00:14:08
113 RSTP BPDU (L) 00:07:40
114 RSTP ---Proposal & Agreement BPDU(L) 00:04:26
115 MSTP (T) 00:27:41
116 MSTP(L) 00:19:24
117 EC PART 1(T) 01:07:23
118 EC PART 2 (T) 00:07:30
119 EC PART 3(T) 00:48:46
120 EtherChannel --LACP Lab 00:22:02
121 EtherChannel --PAGP Lab 00:25:52
122 Inter-Vlan Routing Intro(T) 00:17:37
123 Inter-Vlan Routing--Router-on-stick(T) 00:35:05
124 Inter-Vlan Routing --Router-on-Stick & SVI (T) 00:21:18
125 Inter-Vlan Routing --Router-on-Stick & SVI (L) 00:23:48
126 VACL--VLAN Access Control List(T) 00:27:13
127 VACL--VLAN Access Control List Part 1 (L) 00:16:22
128 VACL--VLAN Access Control List Part 2 (L) 00:01:22
129 Private Vlan (T) 00:58:08
130 Private Vlan (L) 00:14:45
131 REDUNDANCY Protocols Intro Part 1(T) 00:06:34
132 REDUNDANCY Protocols Intro Part 2(T) 00:12:06
133 HSRP Terminology (T) 00:03:41
134 TYPES OF HSRP Router& Priority (T) 00:08:33
135 HSRP Group , Hello & Hold Timer(T) 00:10:26
136 HSRP MAC ,ROUTER STATES, RESIGN & COUP MESSAGE (T) 00:15:03
137 HSRP Auth , HSRP Preempt (T) 00:10:53
138 HSRP Interface Tracking(T) 00:04:10
139 HSRP with Active & Standby Mode (T) 00:09:10
140 HSRP with Active _Standby & Active_Active Mode (L) 00:54:57
141 VRRP With Master_Backup & Master_Master Mode (T) 00:21:38
142 VRRP with Master_Backup & Master_Master Mode (L) 00:14:35
143 GLBP 00:33:40
= 143 TOTAL DURATION 31:16:10
END Course

BGP Theory (27 Videos, Duration 8h 53m)

1.BGP Intro & why we use it
Sr No.
Name
Duration
1 1. BGP Overview 00:43:00
2 2. Why We Use BGP 00:17:58
3 3. BGP Characteristics 01:08:13
TOTAL DURATION 02:09:12
2.BGP Message Types
Sr No.
Name
Duration
1 1. BGP Message Types 00:31:28
TOTAL DURATION 00:21:28
3. TCP & BGP session
Sr No.
Name
Duration
1 1.TCP Session & BGP Session 00:08:10
TOTAL DURATION 00:08:10
4. BGP FSM (states)
Sr No.
Name
Duration
1 1.BGP FSM(State) Part 1 00:09:27
2 2.BGP FSM(State) Part 2 00:11:30
TOTAL DURATION 00:20:58
5. BGP attributes
Sr No.
Name
Duration
1 1. BGP Attributes Part 1 00:16:33
2 2. BGP Attributes Part 2 00:06:56
3 3. BGP Attributes Part 3 00:05:40
4 4. BGP Attributes Part 4 00:08:36
5 5. BGP Attributes Part 5 00:08:43
6 6. BGP Attributes Part 6 00:13:09
TOTAL DURATION 00:59:40
6. BGP Path selection
Sr No.
Name
Duration
1 1. BGP Path Selection Process 00:23:56
TOTAL DURATION 00:23:56
7. Weight
Sr No.
Name
Duration
1 1. Weight Attribute 00:14:35
TOTAL DURATION 00:14:35
8. Local Preference
Sr No.
Name
Duration
1 1. Local Preference 00:19:37
TOTAL DURATION 00:19:37
9. AS Path Prepending
Sr No.
Name
Duration
1 1. As-Path Prepending 00:39:22
TOTAL DURATION 00:39:22
10. MED
Sr No.
Name
Duration
1 1. MED part 1 _split1 00:39:22
2 2. MED part 2 00:12:55
TOTAL DURATION 00:36:55
11. BGP community
Sr No.
Name
Duration
1 1.BGP Community part 1 00:21:20
2 2.BGP Community part 2 00:08:32
TOTAL DURATION 00:29:52
12.BGP Confederation
Sr No.
Name
Duration
1 1. BGP confederation @ www.ncpnetworktraining.com 00:20:22
TOTAL DURATION 00:20:22
13. Route Reflector
Sr No.
Name
Duration
1 1. Route-Reflector Part 1 00:27:34
2 2. Route-Reflector Part 2 00:43:20
TOTAL DURATION 01:10:54
14. BGP Route Dampening
Sr No.
Name
Duration
1 BGP Route Dampening 00:10:07
TOTAL DURATION 00:10:07
15. BGP Advertisement Interval
Sr No.
Name
Duration
1 1. BGP Advertisement Interval 00:09:18
TOTAL DURATION 00:09:18
16. BGP Scan Time
Sr No.
Name
Duration
1 1. BGP Advertisement Interval 00:08:05
TOTAL DURATION 00:08:05
17.Controlling Incoming Prefixes
Sr No.
Name
Duration
1 1. Controlling Incoming Prefixes 00:11:24
TOTAL DURATION 00:11:24
END Course

BGP Lab (259 Videos, Duration 33h 36m)

1. BGP Peering (14)
Sr No.
Name
Duration
1 IBGP with directly connected router lies on same IP subnet Part 1 TRIAL VIDEO 00:13:09
2 IBGP with directly connected router lies on same IP subnet Part 2 TRIAL VIDEO 00:12:35
3 IBGP with directly connected router but neighbor adjacency with different IP subnet Part 1 00:12:30
4 IBGP with directly connected router but neighbor adjacency with different IP subnet Part 2 00:15:03
5 IBGP with directly connected router but neighbor adjacency with different IP subnet Part 3 00:04:22
6 IBGP with directly connected router but neighbor adjacency with different IP subnet Part 4 00:4:44
7 IBGP with not directly connected router Part 1 00:07:20
8 IBGP with not directly connected router Part 2 00:06:42
9 EBGP with directly connected router lies on same IP subnet Part 1 00:03:41
10 EBGP with directly connected router lies on same IP subnet Part 2 00:07:16
11 EBGP with directly connected router but neighbor adjacency with different IP subnet Part 1 00:07:42
12 EBGP with directly connected router but neighbor adjacency with different IP subnet Part 2 00:07:24
13 EBGP with not directly connected router Part 1 00:05:12
14 EBGP with not directly connected router Part 2 00:07:56
= 14 TOTAL DURATION 01:55:42
2. BGP Network Advertizement (8)
Sr No.
Name
Duration
15 BGP Network Advertisement with no auto-summary using network statement Part 1 00:10:00
16 BGP Network Advertisement with no auto-summary using network statement Part 2 TRIAL VIDEO 00:11:04
17 BGP Network Advertisement with auto-summary using network statement Part 1 00:04:09
18 BGP Network Advertisement with auto-summary using network statement Part 2 00:02:51
19 BGP Network Advertisement with no auto-summary using redistribution Part 1 00:05:53
20 BGP Network Advertisement with no auto-summary using redistribution Part 2 00:06:17
21 BGP Network Advertisement with auto-summary using redistribution Part 1 00:02:52
22 BGP Network Advertisement with auto-summary using redistribution Part 2 00:04:18
= 8 TOTAL DURATION 00:45:29
3. Destination NID is Unreachable (8)
Sr No.
Name
Duration
23 BGP Next Hop Inaccessible Solution 1 -- Part 1 TRIAL VIDEO 00:10:43
24 BGP Next Hop Inaccessible Solution 1 -- Part 2 TRIAL VIDEO 00:14:44
25 BGP Next Hop Inaccessible Solution 2 -- Part 1 00:07:59
26 BGP Next Hop Inaccessible Solution 2 -- Part 2 00:03:38
27 BGP Next Hop Inaccessible Solution 3 -- Part 1 00:03:49
28 BGP Next Hop Inaccessible Solution 3 -- Part 2 00:02:37
29 BGP Next Hop Inaccessible Solution 4 -- Part 1 00:06:12
30 BGP Next Hop Inaccessible Solution 4 -- Part 2 00:04:04
= 8 TOTAL DURATION 00:53:50
4. RIB Failure, Authentication, Synchronization, router-id (8)
Sr No.
Name
Duration
31 BGP RIB Failure Part 1 00:06:16
32 BGP RIB Failure Part 2 00:05:05
33 BGP Synchronization Part 1 00:04:12
34 BGP Synchronization Part 2 00:12:27
35 BGP Authentication Part 1 00:03:09
36 BGP Authentication Part 2 00:06:10
37 BGP Router ID Part 1 00:03:47
38 BGP Router ID Part 2 00:05:08
= 8 TOTAL DURATION 00:46:17
5. Redistribution BGP & IGP (12)
Sr No.
Name
Duration
39 Redistributing EBGP Prefix into IGP Part 1 00:07:52
40 Redistributing EBGP Prefix into IGP Part 2 00:07:35
41 Redistributing IBGP Prefix into IGP Part 1 TRIAL VIDEO 00:03:33
42 Redistributing IBGP Prefix into IGP Part 2 TRIAL VIDEO 00:09:26
43 BGP Redistribution with Connected Prefix Part 1 00:06:22
44 BGP Redistribution with Connected Prefix Part 2 00:15:47
45 BGP Redistribution with Static Part 1 00:04:46
46 BGP Redistribution with Static Part 2 00:04:49
47 BGP Redistribution with RIP Prefix Part 1 00:04:30
48 BGP Redistribution with RIP Prefix Part 2 00:04:53
49 BGP Redistribution with EIGRP Part 1 00:03:11
50 BGP Redistribution with EIGRP Part 2 00:06:08
= 12 TOTAL DURATION 01:19:08
6. Administrative Distance (6)
Sr No.
Name
Duration
51 Modify the distance of all routes received from a particular Neighbor Part 1 00:02:48
52 Modify the distance of all routes received from a particular Neighbor Part 2 00:08:35
53 Modify the distance of a specific routes received from a particular Neighbor Part 1 00:01:56
54 Modify the distance of a specific routes received from a particular Neighbor Part 2 00:02:05
55 Modify the distance of a external , internal & Local Route Part 1 00:01:38
56 Modify the distance of a external , internal & Local Route Part 2 00:07:40
= 6 TOTAL DURATION 00:24:44
7. BGP Aggregation (20)
Sr No.
Name
Duration
57 BGP Aggregation of Local Route Part 1 00:05:48
58 BGP Aggregation of Local Route Part 2 TRIAL VIDEO 00:11:23
59 BGP Aggregation of Redistributed Route Part 1 00:02:40
60 BGP Aggregation of Redistributed Route Part 2 00:04:53
61 BGP Aggregation of Learned Route Part 1 00:06:02
62 BGP Aggregation of Learned Route Part 2 00:04:36
63 BGP Aggregation using Static Route Part 1 00:03:10
64 BGP Aggregation using Static Route Part 2 00:07:59
65 BGP Aggregation with as-set Part 1 00:05:26
66 BGP Aggregation with as-set Part 2 00:03:31
67 BGP Aggregation with as-set & advertise-map Part 1 00:06:10
68 BGP Aggregation with as-set & advertise-map Part 2 00:05:17
69 BGP Aggregation with attribute-map Part 1 00:03:43
70 BGP Aggregation with attribute-map Part 2 00:01:45
71 BGP Aggregation with Summary-only Part 1 00:03:26
72 BGP Aggregation with Summary-only Part 2 00:04:27
73 BGP Aggregation with Suppress Map Part 1 00:06:11
74 BGP Aggregation with Suppress Map Part 2 00:02:13
75 BGP Aggregation with Unsuppress Map Part 1 00:06:48
76 BGP Aggregation with Unsuppress Map Part 2 00:03:06
=20 TOTAL DURATION 01:38:41
8. BGP Default Route (12)
Sr No.
Name
Duration
77 BGP Default route for all neighbor via network command Part 1 00:04:41
78 BGP Default route for all neighbor via network command Part 2 00:17:41
79 BGP Default route for all neighbor via redistribution & default info originate Part 1 00:04:51
80 BGP Default route for all neighbor via redistribution & default info originate Part 2 00:04:20
81 BGP Default route for a specific neighbor Part 1 00:03:29
82 BGP Default route for a specific neighbor Part 2 00:07:13
83 BGP Conditional default route with acl & route map Part 1 00:04:39
84 BGP Conditional default route with acl & route map Part 2 00:04:42
85 BGP Conditional default route with Prefix & route map Part 1 00:03:37
86 BGP Conditional default route with Prefix & route map Part 2 00:03:09
87 BGP Default Float Route Part 1 00:05:15
88 BGP Default Float Route Part 2 00:03:09
= 12 TOTAL DURATION 01:06:52
9. ACL vs Prefix-list (4)
Sr No.
Name
Duration
89 ACL Vs Prefix-list part 1 00:14:17
90 ACL Vs Prefix-list part 2 00:10:08
91 Advance Prefix-list part 1 00:10:14
92 Advance Prefix-list part 2 00:11:21
= 4 TOTAL DURATION 00:46:00
10. Weight (8)
Sr No.
Name
Duration
93 Configuring weight with neighbor statement Part 1 00:05:32
94 Configuring weight with neighbor statement Part 2 00:09:18
95 Configure weight with ACL & Route-map for a specific network prefix Part 1 00:04:55
96 Configure weight with ACL & Route-map for a specific network prefix Part 2 00:04:13
97 Configure weight with Prefix-list & Route-map for a specific network prefix Part 1 00:03:47
98 Configure weight with Prefix-list & Route-map for a specific network prefix Part 2 00:03:19
99 Configuring WEIGHT for routes originate from different AS with the help of AS-Path list & Route -map Part 1 00:09:30
100 Configuring WEIGHT for routes originate from different AS with the help of AS-Path list & Route -map Part 2 00:05:33
= 8 TOTAL DURATION 00:46:06
11. LOCAL Prefrence (8)
Sr No.
Name
Duration
101 .BGP default Local Preferenc part 1 00:05:46
102 BGP default Local Preferenc part 2 00:04:49
103 Configure local preference with ACL & Route-map for a specific network prefix Part 1 00:10:12
104 Configure local preference with ACL & Route-map for a specific network prefix Part 2 00:06:29
105 Configure local preference with Prefix-list & Route-map for a specific network prefix Part 1 00:08:05
106 Configure local preference with Prefix-list & Route-map for a specific network prefix Part 2 00:03:49
107 Configuring LP for routes originate from different AS with the help of AS-Path list & Route -map Part 1 00:05:30
108 Configuring LP for routes originate from different AS with the help of AS-Path list & Route -map Part 2 00:04:15
= 8 TOTAL DURATION 00:53:07
12. AS-PATH (7)
Sr No.
Name
Duration
109 Configure AS Path Prepend with ACL & Route-map for a specific network prefix Part 1 00:11:02
110 Configure AS Path Prepend with ACL & Route-map for a specific network prefix Part 2 00:06:39
111 Configure AS Path Prepend with PREFIX & Route-map for a specific network prefix Part 1 00:05:45
112 Ignoring the As-Path attribute duing path selection process part 1 00:05:45
113 Ignoring the As-Path attribute duing path selection process part 2 00:07:11
114 Loop Prevention in EBGP Part 1 00:05:56
115 Loop Prevention in EBGP Part 2 TRIAL VIDEO 00:04:17
= 7 TOTAL DURATION 00:46:37
13. MED (10)
Sr No.
Name
Duration
116 Configuring Default MED Part 1 00:09:24
117 Configuring Default MED Part 2 00:09:47
118 Configure MED with ACL & Route-map for a specific network prefix Part 1 00:05:44
119 Configure MED with ACL & Route-map for a specific network prefix Part 2 00:07:38
120 Configure MED with PREFIX & Route-map for a specific network prefix Part 1 00:04:12
121 Configure MED with PREFIX & Route-map for a specific network prefix Part 2 00:08:39
122 MED from different autonomous system are generally not compared Part 1 00:12:46
123 MED from different autonomous system are generally not compared Part 2 00:11:25
124 Use of bgp bestpath med missing-as-worst part 1 00:11:10
125 Use of bgp bestpath med missing-as-worst part 2 00:20:29
= 10 TOTAL DURATION 01:41:16
14. Verification of BGP Path Selection (22)
Sr No.
Name
Duration
126 Verify Highest WEIGHT path Part 1 00:07:00
127 Verify Highest WEIGHT path Part 2 00:06:18
128 Verify Highest LOCAL PREF path Part 1 00:08:07
129 Verify Highest LOCAL PREF path Part 2 TRIAL VIDEO 00:03:30
130 Verify Shortest ASPATH Part 1 00:08:20
131 Verify Shortest ASPATH Part 2 00:07:05
132 Verify Lowest ORIGIN Code Path Part 1 00:09:09
133 Verify Lowest ORIGIN Code Path Part 2 00:06:06
134 Verify Lowest MED path Part 1 00:06:35
135 Verify Lowest MED path Part 2 00:04:43
136 Verify EBGP path over IBGP Part Part 1 00:09:16
137 Verify EBGP path over IBGP Part Part 2 00:05:46
138 Verify nearest IGP Path in IBGP Part 1 00:06:02
139 Verify nearest IGP Path in IBGP Part 2 00:05:20
140 Verify Shortest Cluster-list path 00:09:59
141 Verify Oldest STABLE path Part 1 00:05:53
142 Verify Oldest STABLE path Part 2 00:05:45
143 Verify Lowest RID path in IBP Part 1 00:08:43
144 Verify Lowest RID path in IBGP Part 2 00:05:16
145 Verify Lowest IP interface path in IBGP Part 1 00:05:27
146 Verify Lowest IP Interface Path in IBGP Part 2 00:05:49
147 Verify Lowest RID path in EBGP Part 1 00:11:30
148 .Verify Lowest RID path in EBGP part 2 00:08:26
149 156 & 157 . Verify Lowest IP Interface path in EBGP 00:04:10
= 22 TOTAL DURATION
15. Next-hop Varification (6)
Sr No.
Name
Duration
150 Next hop will not change in IBGP Part 1 00:06:37
151 Next hop will not change in IBGP Part 2 00:07:25
152 Next hop will change in EBGP Part 1 00:05:44
153 Next hop will change in EBGP Part 2 00:03:21
154 Next-hop will not change in EBGP(BMA) Part 1 00:08:09
155 Next-hop will not change in EBGP(BMA) Part 2 00:03:49
= 6 TOTAL DURATION 00:35:07
16. Controlling Incoming & outgoing Traffic (10)
Sr No.
Name
Duration
156 Outgoing Path Selection Through Weight attributes Part 1 00:16:12
157 Outgoing Path Selection Through Weight attributes Part 2 00:35:27
158 Outgoing Path Selection through LOCAL_PREF Part 1 00:09:57
159 Outgoing Path Selection through LOCAL_PREF Part 2 00:08:48
160 Incoming Path Selection through AS_Path Prepending Part 1 00:10:11
161 Incoming Path Selection through AS_Path Prepending Part 2 00:06:24
162 Incoming Path selection through MED Part 1 00:08:06
163 Incoming Path selection through MED Part 2 00:06:10
164 Selection of DESIRED Outgoing Path & INCOMING return Path Part 1 00:15:17
165 Selection of DESIRED Outgoing Path & INCOMING return Path Part 2 00:09:22
= 10 TOTAL DURATION 02:06:00
17. Route Filtering (15)
Sr No.
Name
Duration
166 Route Filtering via ACL & Route-map Part 1 00:09:12
167 Route Filtering via ACL & Route-map Part 2 00:10:09
168 Route Filtering via Prefix & Route-map Part 1 00:04:58
169 Route Filtering via Prefix & Route-map Part 2 00:02:47
170 Route Filtering via ACL & Distribute-list Part 1 00:09:15
171 Route Filtering via ACL & Distribute-list Part 1 00:04:04
172 Route Filtering via Prefix-list Part 1 00:07:27
173 Route Filtering via Prefix-list Part 2 00:08:03
174 Route Filtering only ODD Prefix Part 1 00:07:48
175 Route Filtering only ODD Prefix Part 2 00:04:13
176 Route Filtering only EVEN Prefix Part 1 00:04:12
177 Route Filtering only EVEN Prefix Part 2 00:02:36
178 AS Path Filtering Part 1 00:18:19
179 AS Path Filtering Part 2.1 00:04:24
180 AS Path Filtering Part 2.2 00:21:02
= 15 TOTAL DURATION 01:58:38
18. Controling on Adverztise Prefix ( community ) (16)
Sr No.
Name
Duration
181 BGP Community with no-export part 1 00:14:07
182 BGP Community with no-export part 2 00:06:12
183 BGP Community with no-advertise part 1 00:04:58
184 BGP Community with no-advertise part 2 00:04:18
185 BGP Community with local_AS in Bgp Confederation Part 1 00:05:03
186 BGP Community with local_AS in Bgp Confederation Part 2 00:22:37
187 BGP Community with No_Export in Bgp Confederation Part 1 00:07:13
188 BGP Community with No_Export in Bgp Confederation Part 2 00:06:23
189 BGP Community with No_Advertize in Bgp Confederation Part 1 TRIAL VIDEO 00:04:40
190 BGP Community with No_Advertize in Bgp Confederation Part 2 00:05:55
191 BGP Community with none part 1 00:03:17
192 BGP Community with none part 2 00:04:52
193 BGP Own Community Part 1 00:19:25
194 BGP Own Community Part 2.1 00:14:00
195 BGP Own Community Part 2.2 00:11:06
= 16 TOTAL DURATION 02:14:00
19. BGP Performance Tools (14)
Sr No.
Name
Duration
196 BGP Black Hole Part 1 00:08:36
197 BGP Black Hole Part 2 00:30:20
198 BGP Confideration part 1 00:07:08
199 BGP Confideration part 2.1 _split1 00:08:00
200 BGP Confideration part 2.2 _split1 00:07:00
201 BGP Route_reflector , Originator id , Cluster id , Cluster-list Part 1 00:14:30
202 BGP Route_reflector , Originator id , Cluster id , Cluster-list Part 2.1 00:19:11
203 BGP Route_reflector , Originator id , Cluster id , Cluster-list Part 2.2 00:21:44
204 Controlling Incomining Prefixex Part 1 00:05:42
205 Controlling Incomining Prefixex Part 2 00:09:49
206 Configuring ORF part 1 00:12:07
207 Configuring ORF part 1 00:04:54
208 Soft-reconfiguration Inbound & Outbound Part 1 00:07:38
209 Soft-reconfiguration Inbound & Outbound Part 2 00:05:38
= 14 TOTAL DURATION 02:42:22
20.BGP Load Sharing (12)
Sr No.
Name
Duration
211 Load Balance via IGP Protocols Part 1 00:06:23
212 Load Balance via IGP Protocols Part 2 00:07:45
213 Load Balance via Max Path Part 1 00:05:08
214 Load Balance via Max Path Part 2 00:08:53
215 Outgoing Load distribute through WEIGHT Part 1 00:18:59
216 Outgoing Load distribute through WEIGHT Part 2 00:16:09
217 Outgoing Load distribute through LOCAL PREF Part 1 00:09:59
218 Outgoing Load distribute through LOCAL PREF Part 2 00:11:34
219 Incoming Load distribute through AS-PATH Prepending Part 1 00:24:13
220 Incoming Load distribute through AS-PATH Prepending Part 2 00:16:26
221 Incoming Load Distribute through MED Part 1 00:11:22
222 Incoming Load Distribute through MED Part 2 00:12:44
= 12 TOTAL DURATION 02:29:36
21. Miscellaneous BGP Labs (36)
Sr No.
Name
Duration
223 BGP Max-As Limit Part 1 00:04:49
224 BGP Max-As Limit Part 2 00:06:00
225 BGP Backdoor Part 1 00:09:19
226 BGP Backdoor Part 2 00:17:03
227 Advertise Primary ISP link while suppress the Secondary ISP link Part 1 00:06:15
228 Advertise Primary ISP link while suppress the Secondary ISP link Part 2 00:08:47
229 Remove _private_as Part 1 00:10:00
230 Remove _private_as Part 2 00:11:22
231 BGP disable-connected-check part 1 00:11:01
232 BGP disable-connected-check part 2 00:04:05
233 BGP over GRE Part 1 00:09:01
234 BGP over GRE Part 2 00:10:10
235 BGP Conditional Route Injection Part 1 00:13:53
236 BGP Conditional Route Injection Part 2.1 00:11:30
237 BGP Conditional Route Injection Part 2.2 00:10:03
238 BGP Local-as part 1.1 00:07:48
239 BGP Local-as part 1.2 00:01:59
240 BGP Local-as part 2 00:04:32
241 BGP no-prepend part 1 00:01:39
242 BGP no-prepend part 2 00:01:37
243 BGP replace-as part 1 00:02:42
244 BGP replace-as part 2 00:02:16
245 BGP dual-as part 1 00:02:31
246 BGP dual-as part 2 00:03:58
247 BGP fast-external-fallover part 1 00:06:59
248 BGP fast-external-fallover part 2 00:09:39
249 BGP Router-id Part 1 00:08:28
250 BGP Router-id Part 2 00:08:38
251 BGP Allow-As part 1 00:10:56
252 BGP Allow-As part 2 00:12:57
253 BGP log_neighbor_changes Part 1 00:03:10
254 BGP log_neighbor_changes Part 2 00:04:13
255 Administratively Suhtdown BGP Session Part 1 00:03:20
256 Administratively Suhtdown BGP Session Part 2 00:04:33
257 Modify BGp Origin Code part 1 00:05:54
258 Modify BGp Origin Code part 2 00:03:37
= 258 TOTAL DURATION 04:14:49
END Course

MPLS (146 Videos, Duration 22hr 9m)

1. Introduction of MPLS
Sr No.
Name
Duration
1 Introduction of MPLS (before MPLS you must know) 00:12:52
2 Introduction of VRF part 1 00:08:00
3 Introduction of VRF part 2 00:07:34
4 Introduction of MPLS Scenario 00:10:22
5 Concept of RD & VPNv4 neighbor 00:20:48
6 Concept of Route Target Export & Import 00:10:47
7 Concept of Label -IGP Label --VPNV4 Label 00:06:47
8 Ping verification -cef table - Forwarding table 00:10:41
9 Concept of Label Operation 00:06:45
TOTAL DURATION 01:34:36
2. GRE
Sr No.
Name
Duration
10 GRE Part 1 00:09:58
11 GRE Part 2 00:17:21
12 GRE Part 3 00:09:04
13 GRE Part 4 00:06:35
14 GRE Part 5 00:06:30
TOTAL DURATION 00:59:47
3.VRF
Sr No.
Name
Duration
15 VRF Part 1 00:10:18
16 VRF Part 2 00:18:03
= 2 TOTAL DURATION 00:28:21
4. VRF Aware Protocols
Sr No.
Name
Duration
17 1.VRF Aware Routing Protocols 00:18:37
18 2.VRF Test Lab Scenario TRIAL VIDEO 00:05:46
19 3.VRF Aware Static Routing & RIP 00:26:41
20 3.VRF Aware Static Routing & RIP 00:04:43
21 5.VRF Aware EIGRP Routing 00:11:45
22 6.VRF Aware BGP Routing 00:09:48
= 6 TOTAL DURATION 01:17:21
5.VRF Redistribution
Sr No.
Name
Duration
23 1.VRF Redistribution RIP & Static 00:27:51
24 2.VRF Redistribution RIP & OSPF Part 1 00:07:38
25 3.VRF Redistribution RIP & OSPF Part 2 00:08:06
26 4.VRF Redistribution RIP & EIGRP Part 1 00:07:16
27 5.VRF Redistribution RIP & EIGRP Part 2 TRIAL VIDEO 00:06:00
28 6.VRF Redistribution RIP & BGP Part 1 00:07:05
29 7.VRF Redistribution RIP & BGP Part 2 00:14:38
= 7 TOTAL DURATION 01:18:36
6. MPLS Architecture , Label Allocation & Distribution
Sr No.
Name
Duration
30 1..MPLS Architecture Components 00:12:51
31 2.MPLS Label Allocation Part 1 00:22:40
32 3.MPLS Label Allocation Part 2 00:11:57
33 4.MPLS Label allocation & distribution Part 3 00:29:57
34 5.MPLS Label allocation & distribution Part 4 00:24:12
= 5 TOTAL DURATION 01:41:37
7.MPLS VPN with Static
Sr No.
Name
Duration
35 1.MPLS VPN with Static Part 1 00:31:19
36 2.MPLS VPN with Static Part 2 00:23:24
37 3.MPLS VPN with Static(LDP Neighbor ,RD , RT) Part 3 00:39:35
38 4.MPLS VPN with Static (Aggregate ,Untag ,Pop ,BGP Label )Part 4 00:37:13
39 5.MPLS VPN with Static (Debug mpls packet , Sh ip cef vrf CCNP details) Part 5 00:25:26
= 5 TOTAL DURATION 02:27:18
8.MPLS VPN with RIP (pending)
Sr No.
Name
Duration
TOTAL DURATION
9. MPLS VPN with OSPF SUPER BACKBONE
Sr No.
Name
Duration
32 1.MPLS VPN With OSPF-SUPER BACKBONE(Intro) 00:15:58
33 2.MPLS VPN With OSPF-SUPER BACKBONE (BGP Extended Community) 00:10:54
34 3.MPLS VPN With OSPF-SUPER BACKBONE(LAB Intro) TRIAL VIDEO 00:01:41
35 4.MPLS VPN With OSPF-SUPER BACKBONE(MPLS Cloud ,IGP, MPLS IP , sh mpls forwarding ) 00:09:44
36 5.MPLS VPN With OSPF-SUPER BACKBONE(VPNv4 neighbor) 00:02:22
37 6.MPLS VPN With OSPF-SUPER BACKBONE(R1_PE-R6_CE,VRF Imp & Routing ) 00:07:09
38 7.MPLS VPN With OSPF-SUPER BACKBONE(R4_PE-R5_CE,VRF Imp & Routing ) 00:02:36
39 8.MPLS VPN With OSPF-SUPER BACKBONE(R4_PE--R8_CE,VRF Imp & Routing ) 00:02:55
40 9.MPLS VPN With OSPF-SUPER BACKBONE(R1_PE-R7_CE,VRF Imp & Routing ) 00:04:45
41 10.MPLS VPN With OSPF-SUPER BACKBONE(RD,RT Ex & Imp, Redistributing VPNv4 into MPBGP on R1 ) 00:07:47
42 11.MPLS VPN With OSPF-SUPER BACKBONE(Redistributing VPNv4 into OSPF Vrf B on R4,BGP EXtended Community) 00:04:35
43 12.MPLS VPN With OSPF-SUPER BACKBONE( VRF C , RD ,RT Ex & Im ,Redis VPNv4 into MPBGP,BGP Ex Community ) 00:10:49
44 13.MPLS VPN With OSPF-SUPER BACKBONE(Redistributing VPNv4 into OSPF Vrf C on R1, Traceroute ) 00:05:31
= 13 TOTAL DURATION 01:26:55
8.MPLS VPN with RIP (pending)
Sr No.
Name
Duration
TOTAL DURATION
11. MPLS VPN with OSPF SHAM LINK
Sr No.
Name
Duration
45 1. MPLS VPN With OSPF Sham Link (Intro) Part 1 00:08:28
46 2. MPLS VPN With OSPF Sham Link (Intro) Part 2 TRIAL VIDEO 00:01:00
47 3. MPLS VPN With OSPF Sham Link ( MPLS cloud ,MPLS IP , sh mpls forwarding) 00:09:14
48 4. MPLS VPN With OSPF Sham Link (VPNV4 Neighbor) 00:02:53
49 5. MPLS VPN With OSPF Sham Link (PE-CE Routing ) 00:06:57
50 6. MPLS VPN With OSPF Sham Link (RD, RT Export & Import )) 00:03:58
51 7. MPLS VPN With OSPF Sham Link (Redistribution VPNv4 into MPBGP)) 00:04:39
52 8. MPLS VPN With OSPF Sham Link (Redistribution MPBGP into IGP) 00:02:36
53 9. MPLS VPN With OSPF Sham Link (BACKDOOR LINK & Shame LINK config ) 00:16:36
54 10.MPLS VPN With OSPF Sham Link (Testing ) 00:01:13
= 10 TOTAL DURATION 00:57:37
12.MPLS VPN with EIGRP
Sr No.
Name
Duration
55 1.MPLS VPN With EIGRP(P_Network_OSPF) TRIAL VIDEO 00:07:00
56 2.MPLS VPN With EIGRP(MPLS IP, MPLS Forwarding Table) 00:06:24
57 3.MPLS VPN With EIGRP(Debug mpls packet, Label Operation) 00:02:25
58 4.MPLS VPN With EIGRP(VPNv4 bgp neighbor)) 00:06:13
59 5.MPLS VPN With EIGRP(IP VRF GREEN , VRF Forwarding ,R1_PE-R5_CE EIGRP, VRF Route ) 00:05:54
60 6.MPLS VPN With EIGRP(IP VRF GREEN , VRF Forwarding ,R4_PE-R6_CE EIGRP, VRF Route ) 00:04:59
61 7.MPLS VPN With EIGRP(IP VRF PINK , VRF Forwarding ,R1_PE-R8_CE & R4_PE-R7_CE EIGRP, VRF Route ) 00:06:36
62 8.MPLS VPN With EIGRP( VPNv4 Prefix -R1_PE & R4_PE) 00:03:43
63 9.MPLS VPN With EIGRP(Redistribution VRF EIGRP into MPBGP--R1_PE) 00:05:15
64 10.MPLS VPN With EIGRP(Redistribution VRF EIGRP into MPBGP-R4_PE) 00:03:38
65 11.MPLS VPN With EIGRP(Route Target Export & Import , Send Community , sh ip bgp vpnv4 all) 00:16:22
66 12.MPLS VPN With EIGRP(Redistribution MPBGP into VRF EIGRP --R1_PE& R4_PE) 00:04:22
67 13.MPLS VPN With EIGRP(Testing R5_CE-R6_CE & R8_CE-R7_CE) 00:02:10
68 14.MPLS VPN With EIGRP(sh ip cef vrf GREEN ,sh ip bgp vpnv4 all label ) 00:10:04
= 14 TOTAL DURATION 01:25:12
13.MPLS VPN with EXPORT MAP
Sr No.
Name
Duration
69 1.MPLS VPN with EXPORT MAP( Label Range ,sh mpls forwarding table) Part 1 00:08:16
70 2.MPLS VPN with EXPORT MAP( VPNv4 neighbor ) Part 2 00:03:10
71 3.MPLS VPN with EXPORT MAP (Config VRFA , PE-CE routing-RIP) Part 3 00:02:51
72 4.MPLS VPN with EXPORT MAP (Config VRFB , PE-CE routing-OSPF) Part 4 00:02:30
73 5.MPLS VPN with EXPORT MAP (Config VRFX , PE-CE routing-BGP) Part 5 00:04:10
74 6.MPLS VPN with EXPORT MAP (Config VRFY , PE-CE routing-EIGRP) Part 6 00:03:15
75 7.MPLS VPN with EXPORT MAP (Redistribution into MPBGP on R4) Part 7 TRIAL VIDEO 00:12:11
76 8.MPLS VPN with EXPORT MAP (Export map in VRFA) Part 8 00:13:13
77 9.MPLS VPN with EXPORT MAP (Export map in VRFB) Part 9 00:13:13
78 10.MPLS VPN with EXPORT MAP (TS) Part 10 00:06:46
= 10 TOTAL DURATION 01:09:38
14.MPLS with Extranet & Central Services VPN (Pending)
Sr No.
Name
Duration
TOTAL DURATION
15.MPLS VPN with BGP
Sr No.
Name
Duration
79 1.MPLS VPN with BGP ( MPLS Label Range & IMP , MPLS Forwarding Table )Part 1 TRIAL VIDEO 00:07:41
80 2.MPLS VPN with BGP ( MP-IBGP or VPNv4 Neighbor)Part 2 00:02:28
81 3.MPLS VPN with BGP ( VRF ,RD ,RT Export )Part 3 00:05:58
82 4.MPLS VPN with BGP ( PE to CE Routing )Part 4 00:08:54
83 5.MPLS VPN with BGP ( Sh mpls forwarding )Part 5 00:01:41
84 6.MPLS VPN with BGP ( VRF redistribution , RT Import ,VPNv4 Prefix )Part 6 00:03:34
85 7.MPLS VPN with BGP ( Traceroute , sh ip cef vrf )Part 7 00:02:38
86 8.MPLS VPN with BGP ( Allowas-in , As-override )Part 8 00:06:06
= 8 TOTAL DURATION 00:39:04
16. MPLS VPN with BGP Hub & Spoke
Sr No.
Name
Duration
87 1. MPLS VPN With BGP-HUB & SPOKES(Intro) TRIAL VIDEO 00:08:12
88 2. MPLS VPN With BGP-HUB & SPOKES(MPLS Cloud, MPLS IP ,Sh mpls forwarding) 00:05:40
89 3. MPLS VPN With BGP-HUB & SPOKES(MP-IBGP, Sh ip bgp vpn4 neigh) 00:03:57
90 4. MPLS VPN With BGP-HUB & SPOKES(VRF Imp , R1_PE-R5_CE Routing) 00:06:26
91 5. MPLS VPN With BGP-HUB & SPOKES(VRF Imp , R3_PE-R6_CE Routing) 00:03:46
92 6. MPLS VPN With BGP-HUB & SPOKES(VRF Imp , R2_PE-R4_CE Routing) 00:06:21
93 7. MPLS VPN With BGP-HUB & SPOKES(RD , Route Target Export & Import ) 00:07:31
94 8. MPLS VPN With BGP-HUB & SPOKES(debug ip bgp update in , Allow-as in ) 00:06:28
95 9. MPLS VPN With BG-HUB & SPOKES(VRF NCP_OUT , RD ,Route target export ) 00:06:24
96 10. MPLS VPN With BGP-HUB & SPOKES(TS, Verification ) 00:07:17
= 10 TOTAL DURATION 01:02:07
14.MPLS with Extranet & Central Services VPN (Pending)
Sr No.
Name
Duration
TOTAL DURATION
18. MPLS VPN with Central Services Internet Access
Sr No.
Name
Duration
97 1.MPLS VPN--Central Services Internet Access Part 1 TRIAL VIDEO 00:06:17
98 2.MPLS VPN--Central Services Internet Access Part 2 00:06:01
99 3.MPLS VPN--Central Services Internet Access Part 3 00:03:25
100 4.MPLS VPN--Central Services Internet Access Part 4 00:06:28
101 5.MPLS VPN--Central Services Internet Access Part 5 00:08:04
102 6.MPLS VPN--Central Services Internet Access Part 6 00:07:09
103 7.MPLS VPN--Central Services Internet Access Part 7 00:07:51
104 8.MPLS VPN--Central Services Internet Access Part 8 00:05:20
105 9.MPLS VPN--Central Services Internet Access Part 9 00:08:44
= 9 TOTAL DURATION 00:59:24
19.MPLS VPN with Internet Access with Global Routing Table using NAT(pending)
Sr No.
Name
Duration
TOTAL DURATION
20.MPLS VPN with Internet Access With Global Routing Table
Sr No.
Name
Duration
106 1.MPLS VPN With Internet Access Through Global Routing Table PART 1 00:08:48
107 2.MPLS VPN With Internet Access Through Global Routing Table PART 2 00:08:33
108 3.MPLS VPN With Internet Access Through Global Routing Table PART 3 00:03:00
109 4.MPLS VPN With Internet Access Through Global Routing Table PART 4 00:04:33
110 5.MPLS VPN With Internet Access Through Global Routing Table PART 5 00:14:27
111 6.MPLS VPN With Internet Access Through Global Routing Table PART 6 00:11:16
112 7.MPLS VPN With Internet Access Through Global Routing Table PART 7 00:10:00
= 7 TOTAL DURATION 01:00:40
20.MPLS VPN with Internet Access With Global Routing Table
Sr No.
Name
Duration
106 1.MPLS VPN With Internet Access Through Global Routing Table PART 1 00:08:48
107 2.MPLS VPN With Internet Access Through Global Routing Table PART 2 00:08:33
108 3.MPLS VPN With Internet Access Through Global Routing Table PART 3 00:03:00
109 4.MPLS VPN With Internet Access Through Global Routing Table PART 4 00:04:33
110 5.MPLS VPN With Internet Access Through Global Routing Table PART 5 00:14:27
111 6.MPLS VPN With Internet Access Through Global Routing Table PART 6 00:11:16
112 7.MPLS VPN With Internet Access Through Global Routing Table PART 7 00:10:00
= 7 TOTAL DURATION 01:00:40
21. Inter-As MPLS VPN with Back-to Back VRF
Sr No.
Name
Duration
113 1.Inter-AS MPLS VPN With BACK-To-BACK VRF Part 1 TRIAL VIDEO 00:06:32
114 2.Inter-AS MPLS VPN With BACK-To-BACK VRF Part 2 00:06:57
115 3.Inter-AS MPLS VPN With BACK-To-BACK VRF Part 3 00:03:30
116 4.Inter-AS MPLS VPN With BACK-To-BACK VRF Part 4 00:04:04
117 5.Inter-AS MPLS VPN With BACK-To-BACK VRF Part 5 00:15:43
118 6.Inter-AS MPLS VPN With BACK-To-BACK VRF Part 6 00:11:37
119 7.Inter-AS MPLS VPN With BACK-To-BACK VRF Part 7 00:07:02
120 8.Inter-AS MPLS VPN With BACK-To-BACK VRF Part 8 00:05:34
121 9.Inter-AS MPLS VPN With BACK-To-BACK VRF Part 9 00:13:44
122 10.Inter-AS MPLS VPN With BACK-To-BACK VRF Part 10 00:07:34
123 11.Inter-AS MPLS VPN With BACK-To-BACK VRF Part 11 00:03:53
= 10 TOTAL DURATION 01:26:14
22.Inter-AS MPLS VPN WITH MP-eBGP FOR VPN EXCHANGE (pending)
Sr No.
Name
Duration
TOTAL DURATION
23.MPLS Loop Prevention--DOWN BIT & TAG Field
Sr No.
Name
Duration
124 1. MPLS VPN-- Loop Prevention DOWN BIT & TAG FIELD Part 1 TRIAL VIDEO 00:11:07
125 2. MPLS VPN-- Loop Prevention DOWN BIT & TAG FIELD Part 2 00:09:03
126 3. MPLS VPN-- Loop Prevention DOWN BIT & TAG FIELD Part 3 00:09:39
127 4. MPLS VPN-- Loop Prevention DOWN BIT & TAG FIELD Part 4 00:08:51
128 5. MPLS VPN-- Loop Prevention DOWN BIT & TAG FIELD Part 5 00:12:24
= 5 TOTAL DURATION 00:51:05
24.MPLS VPN with VRF-LITE(pending)
Sr No.
Name
Duration
TOTAL DURATION
25.IS_IS Routing
Sr No.
Name
Duration
129 1. IS_IS routing Part 1 00:09:35
130 IS_IS routing Part 2 00:04:32
131 IS_IS routing Part 3 00:10:19
132 IS_IS routing Part 4 00:12:22
133 IS_IS routing Part 5 00:03:36
134 IS_IS routing Part 6 00:12:57
135 IS_IS routing Part 7 00:06:59
136 IS_IS routing Part 8 00:10:02
137 IS_IS routing Part 9 00:03:06
= 9 TOTAL DURATION 01:13:28
END Course

ASA (57 Videos, Duration 8h 32m)

ASA (Firewall)
Sr No.
Name
Duration
1 What is Firewll 00:09:09
2 Types of Cisco Firewll 00:05:28
3 Firewll Technologies 00:02:16
4 Types of Table in ASA Firewall 5. State Table & its Components for TCP & UDP part 1 00:08:08
5 State Table & its Components for TCP & UDP part 1 00:05:00
6 State Table & its Components for TCP & UDP part 2 00:06:51
7 7. TCP Pointer or TCP Flag 00:09:56
8 Security Algorithm Rules 00:06:30
9 Firewall Security Levels 00:06:00
10 Firewall Logical Names 00:05:49
11 Inbound & Outbound Connnection 00:04:50
12 How Cisco ASA works Part 1 00:14:00
13 How Cisco ASA works Part 2 00:16:51
14 How Cisco ASA works Part 3 00:32:20
15 Basic Configuration of ASA Part 1 00:08:00
16 Basic Configuration of ASA Part 2 00:08:00
17 Testing of ASA Default behaviour Part 1 00:07:05
18 Testing of ASA Default behaviour Part 2 00:26:58
19 How to Telnet ASA from Inside & DMZ 00:07:23
20 ARP Inspection on ASA logical Ports 00:06:07
21 Configuring Static & Default Route on ASA part 1 00:04:00
22 Configuring Static & Default Route on ASA part 2 00:06:39
23 Configuring RIPv2 on ASA 00:06:27
24 Configuring OSPF on ASA 00:07:00
25 Configuring EIGRP on ASA 00:11:37
26 Redistribution between RIP OSPF EIGRP on ASA 00:19:04
27 RIP Authentication on ASA 00:08:54
28 OSPF Authenrication on ASA 00:05:10
29 EIGRP Authenrication on ASA 00:05:19
30 Object Group & Its Type 00:10:26
31 Configure Network Object Group part 1 00:21:28
32 Configure Network Object Group part 2 00:08:14
33 Configure Network Object Group part 3 00:11:42
34 Configure Protocol Object Group part 1 00:16:56
35 Configure Protocol Object Group part 2 00:11:32
36 Configure ICMP TYPE Object Group part 1 00:09:42
37 Configure ICMP TYPE Object Group part 2 00:08:00
38 Configure ICMP TYPE Object Group part 3 00:01:54
39 Configure Object Group SERVICE Part 1 00:10:45
40 Configure Object Group SERVICE Part 2 00:06:39
41 Types of NAT in CISCO ASA 00:02:40
42 Static NAT Part 1 00:15:54
43 Static NAT Part 2 00:08:00
44 Identity NAT Part 1 00:06:52
45 Identity NAT Part 2 00:03:09
46 Dynamic NAT Part 1 00:09:18
47 Dynamic NAT Part 2 00:15:11
48 Dynamic NAT & PAT Part 1 00:12:07
49 Dynamic NAT & PAT Part 2 00:07:28
50 Dynamic PAT Part 1 00:05:19
51 Dynamic PAT Part 2 00:03:41
52 TCP Packet Capture Part 1 00:05:34
53 TCP Packet Capture Part 2 00:08:59
54 ICMP Packet Capture Part 1 00:05:25
55 ICMP Packet Capture Part 2 00:10:59
56 UDP Packet Capture Part 1 00:03:40
57 UDP Packet Capture Part 2 00:03:43
TOTAL DURATION 08:32:23
END Course

Multicasting

End Course