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NCP Virtual Classes
The Reasons That You Should Contact Us

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.

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

Virtual Course

IPv4 ADDRESS - FREE TRIAL VIDEOS - Click to Play

    1. IPV4 Contents TRIAL VIDEO 0:08:40
    2. Logical & Physical ID TRIAL VIDEO 0:15:39
    3. Version of IP's 0:02:28
    4. IPV4 & IPV6 Space TRIAL VIDEO 0:14:14
    5. IPV4 Intro TRIAL VIDEO 0:04:55
    6. Classification of IPV4 0:07:49
    7. Devices will accept only Class A , B & C 0:09:17
    8. Default Mask for Class A, B & C 0:09:42
    9. How to Calculate MASK 0:10:01
    10. Conversion of Binary ,Decimal & Hexadecimal 0:13:48
    11. ANDing Process 0:09:55
    12. Calculate NID (cw) 0:02:35
    13. Network ID & Broadcast ID 0:06:31
    14. How to Calculate NID, BID, First Valid IP, Last Valid IP, Valid IP Range 0:08:36
    15. Shortcut method to calculate NID, BID, First Valid IP, Last Valid IP, Valid IP Range 0:08:47
    16. No.of NID'S & Valid IP Address in Class A TRIAL VIDEO 0:07:42
    17. No.of NID'S & Valid IP Address in Class B 0:06:42
    18. No.of NID'S & Valid IP Address in Class C 0:06:04
    19. Unique IP, Unique MAC, Same NID, Same BID 0:08:27
    20. Echo Requset & Echo Reply TRIAL VIDEO 0:07:29
    21. Own NID & Remote NID 0:08:24
    22. Design & Implementation of network scenario before mid of 1985 part 1 0:08:33
    23. Design & Implementation of network scenario before mid of 1985 part 2 0:03:31
    24. Design & Implementation of network scenario before mid of 1985 part 3 0:03:16
    25. Subnetting 0:05:00
    26. Calculation of Subnet Id for Class C 0:15:35
    27. Is 199.10.20.64 is NID & 199.10.20.127 is BID 0:09:02
    28. Design & Implementation of Network Scenario with Subnetted NID's of Class C 0:07:34
    29. Don't waste ur TIME 0:06:06
    30. Calculation of Subnet Id for Class B part 1 0:07:17
    31. Calculation of Subnet Id for Class B part 2 0:06:33
    32. Calculation of Subnet Id for Class A 0:08:29
    33. HOMEWORK Class B & A 0:02:28
    34. Shortcut method of subnetting TRIAL VIDEO 0:08:07
    35. Shortcut method for Class C 0:07:00
    36. Shortcut method for Class B 0:05:28
    37. Shortcut method for Class A 0:02:37
    38. Drawback of Subnetting 0:08:13
    39. VLSM & Its design 0:16:25
    40. VLSM Design Secnario 1 TRIAL VIDEO 0:14:41
    41. VLSM Design Secnario 2 0:08:26
    42. Summarization Part 1 0:14:30
    43. Summarization Part 2 0:02:10
    44. Supernetting part 1 0:13:10
    45. Supernetting part 2 0:02:51
    46. Tips & Tricks Part 1 TRIAL VIDEO 0:21:55
    47. Tips & Tricks Part 2 0:04:12
    48. Tips & Tricks Part 3 0:03:25
    49. Compare & Contrast IPv4 Unicast, Multicast & broadcast part 1 0:07:41
    50. Compare & Contrast IPv4 Unicast, Multicast & broadcast part 2 0:07:48
    51. Compare & Contrast IPv4 Unicast, Multicast & broadcast part 3 0:07:03
    52. Compare & Contrast IPv4 Unicast, Multicast & broadcast part 4 0:14:42

Total Duration: 07:11:51

ROUTER BASIC (2h 7m 10s)

    1. Router basic, Cable Connection & Booting Process of Cisco Router 1:07:44
    2. CCNA Router Basic Comands 0:59:25

Total Duration: 2:07:10

STATIC Routing (2h 39m 06s)

    1. Basic configuration TRIAL VIDEO 0:18:59
    2. T-Shoot Part 1 0:09:57
    3. T-Shoot Part 2 0:11:34
    4. T-Shoot Part 3 0:07:41
    5. Echo Request & Echo Reply 0:08:42
    6. ARP request & ARP reply 0:16:34
    7. Test Before routing part 1 TRIAL VIDEO 0:08:16
    8. Test Before routing part 2 0:12:30
    9. Test Before routing part 3 0:03:49
    10. Routing 0:02:05
    11. Static Route Part 1 0:05:01
    12. Static Route Part 2 0:14:17
    13. Default Route 0:07:52
    14. Types of Static Route -Static -Default -Host -Float Route part 1 0:13:22
    15. Types of Static Route -Static -Default -Host -Float Route part 2 0:18:26

Total Duration: 2:39:06

Route Selection Components ( 23m 42s)

    1. Route Selection Components 0:15:03
    2. Route Selection Process 0:08:39

Total Duration: 0:23:42

RIP (2h 34m 09s) THEORY

    1. RIP INTRO & FORMATION OF ROUTING TABLE PART 1 0:04:29
    2. FORMATION OF ROUTING TABLE PART 2 0:04:40
    3. UPDATE ,INVALID , FLUSH TIMER 0:11:32
    4. PASSIVE INTERFACE , LOAD BALANCE ,DOES NOT SUPPORT BW 0:11:41
    5. RIP V1 CAN RCV V1 & V2 WHILE RIPV2 RCV V2 0:03:14
    6. AUTO & NO AUTO SUMMARY 0:06:17
    7. MANUAL SUMMARY & RIP AUTH 0:07:48
    8. BAD METRIC , HOLD TIMER , TRIGGERED UPDATE 0:07:32
    9. SPLIT HORIZON ,ROUTE POISON ,POISON REVERSE ,TRIGGERED UPDATE PART 1 0:08:00
    10. SPLIT HORIZON ,ROUTE POISON ,POISON REVERSE ,TRIGGERED UPDATE PART 2 0:09:24

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LAB: RIP

    1. RIP LAB Part 1 0:11:12
    2. RIP LAB Part 2 0:12:48
    3. RIP LAB Part 3 0:19:28

02:34:09

OSPF (4h 30m 2s) THEORY

    1. Dynamic Protocols TRIAL VIDEO 0:12:19
    2. OSPF Theory Part 1 0:04:19
    3. Multicast address Part 2 0:01:19
    4. USE of Hello & Dead Timer )Part 3 0:06:17
    5. OSPF Tables )Part 4 0:01:29
    6. OSPF neigh adj components ) Part 5 0:02:19
    7. Router exchange topology table) Part 6 0:02:06
    8. Area Concept ) Part 7 0:03:46
    9. Area 0) Part 8 0:03:20
    10. Area Range ) Part 9 0:01:18
    11. ABR & ASBR ) Part 10 0:03:42
    12. RID ) Part 11 0:04:24
    13. DR & BDR ) Part 12 0:06:18
    14. Process ID )Part 13 0:02:22
    15. Types of OSPF Network ) Part 14 0:04:45
    16. OSPF Packet Type )Part 15 0:01:51
    17. OSPF Router States ) Part 16 0:01:32
    18. How to implement OSPF 0:06:08

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OSPF: DISCUSSION

    1. OSPF COST CALCULATION TRIAL VIDEO 0:09:29
    2. OSPF LINK CONCEPT 0:05:30
    3. OSPF RID PART 1 0:10:07
    4. OSPF RID PART 2 0:07:00
    5. OSPF LOOPBACK INTERFACE 0:07:46
    6. OSPF TYPES OF TABLE 0:07:10
    7. OSPF NEIGHBOR ADJ COMPONENTS 0:11:00
    8. OSPF HELLO & DEAD TIMERS, TPYES OF NETWORK 0:10:20
    9. OSPF AREA , AREA ID , AREA 0 0:11:53
    10. OSPF DATABASE OR TOPOLOGY UNDERSTANDING 0:17:57
    11. OSPF ABR & ASBR 0:06:06
    12. OSPF DR & BDR 0:13:22
    13. SPF IMPLEMENTATION 0:05:30

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OSPF: LAB

    1. OSPF LAB Part 1st 0:11:12
    2. OSPF LAB Part 2nd 0:12:48
    3. OSPF LAB Part 3rd 0:19:28

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EIGRP (2h 19m 57s) THEORY

    1. EIGRP part 1 0:08:30
    2. EIGRP part 2 0:09:09
    3. EIGRP part 3 0:06:32
    4. EIGRP part 4 0:05:44
    5. EIGRP part 5 0:06:25
    6. EIGRP part 6 0:01:54

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EIGRP: DISCUSSION

    1. Eigrp Internal & External Route TRIAL VIDEO 0:07:10
    2. Eigrp is HYBRID or ADVANCE DVRP 0:06:19
    3. Eigrp Hello & Hold Timer 0:04:22
    4. Eigrp Neighbor adjacency components 0:08:58
    5. Eigrp ASN 0:05:13
    6. Eigrp Tables 0:09:43
    7. Eigrp PDM & Routed Protocols 0:06:39
    8. Eigrp Auto ,No Auto & Manual summary 0:08:49
    9. Eigrp Dual & its Components 0:04:24
    10. Eigrp Variance factor 0:08:34
    11. Eigrp Implementation 0:03:00

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EIGRP: LAB

    1. EIGRP PART 1 0:07:20
    2. EIGRP PART 2 0:11:07

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BGP Intro (1h 9m 28s) THEOTY

    1. BGP Introduction 0:17:34
    2. When to use BGP & when not to use BGP 0:05:48
    3. Types of BGP Peering 0:04:04
    4. How to form IBGP Peering 0:04:04
    5. How to form EBGP Peering 0:03:20
    6. Types of BGP Tables 0:03:12
    7. When BGP neighborship will not form 0:01:34
    8. IBGP & EBGP network advertisement 0:04:30

-

BGP: LABS

    1. Configure & Verify IBGP Peering 0:06:00
    2. Configure & Verify EBGP Peering 0:04:39
    3. Configure & Verify BGP Advertisement 0:14:42

-

ACL (1h 25m 19s)

    1. ACL PART 1 0:07:54
    2. ACL PART 2 0:19:49
    3. ACL PART 3 0:31:59
    4. ACL PART 4 0:25:37

Total Duration: 1:25:19

SWITCH (7h 34m 48s)

    1. Broadcast Domain 0:10:35
    2. Collission Domain 0:08:01
    3. Bridge (Formation of MAC TABLE )part 1 0:13:14
    4. Bridge (Formation of MAC TABLE )Part 2 0:03:09
    5. Switch intro 0:17:26
    6. VLAN Formation & Port binding with VLAN 0:06:36
    7. Advantages of VLAN 0:08:05
    8. Access Link & Access Port 0:03:22
    9. Communication between same Vlan with the help of Access Link 0:06:16
    10. Trunk Port--- Trunk Link--Trunk Requirment 0:07:23
    11. Communication between same Vlan with the help of Trunk Link 0:04:15
    12. Trunking protocols or Frame Tagging Techniques 0:06:46
    13. Add & Remove Vlan on Trunk Link 0:07:29
    14. Dynamic Trunking Protocols (DTP) & Automatic Trunk 0:10:55
    15. Modify Native Vlan -- Apply ip add on Native vlan --- Define gateway on SWITCH 0:12:26
    16. Before VTP 0:01:52
    17. VTP & Its Reqiurment 0:04:11
    18. VTP Operational Modes 0:05:29
    19. Inter-Vlan routing & its requirment 0:06:23
    20. Inter-Vlan routing via Router-On-Stick 0:17:56
    21. Inter-Vlan routing via SVI 0:08:03
    22. STP Intro 0:09:13
    23. STP Convergence Copmonents 0:01:50
    24. STP Convergence Steps 0:02:16
    25. Election of ROOT BRIDGE (intro) part 1 0:08:43
    26. Election of ROOT BRIDGE (intro )part 2 0:07:21
    27. Election of ROOT BRIDGE (intro )part 3 0:03:00
    28. Election of ROOT BRIDGE (Switch Port state Table )part 4 0:04:55
    29. Election of ROOT BRIDGE Part 5 0:03:01
    30. Election of ROOT BRIDGE Part 6 0:06:13
    31. Election of ROOT BRIDGE part 7 0:06:37
    32. Election of ROOT BRIDGE part 8 0:05:23
    33. Election of ROOT PORT on Non-Root Bridge part 1 0:07:55
    34. Election of ROOT PORT on Non-Root Bridge(RPC) part 2 0:05:08
    35. Election of ROOT PORT on Non-Root Bridge part 3 0:01:39
    36. Election of DESIGNATED PORT on Non-Root Bridge 0:08:36
    37. STP Loop free topologies 0:03:29
    38. Types of STP 0:05:56
    39. STP Advance Feature & RSTP 0:07:07
    40. LAB Configuration Portfast & BPDU Guard 0:05:04
    41. Per Vlan STP 0:06:55
    42. Intro of Ether Channel 0:10:37
    43. EC load Balance Methods 0:03:08
    44. EC Protocols & Modes 0:05:37
    45. PAGP Configuration 0:11:33
    46. LACP Configuration 0:03:40
    47. Redundancy Protocols 0:11:04
    48. HSRP configuration 0:14:52
    49. Port-Security 0:11:20
    50. AAA Security part 1 0:14:37
    51. AAA Security part 2 0:18:06
    52. dot1x security part 1 0:10:34
    53. dot1x security part 2 0:24:38
    54. Port Mirroring or SPAN 0:06:49
    55. Intro of DHCP Snooping & DHCP Packets 0:09:56
    56. Configuration of DHCP Server & Client 0:08:41
    57. DHCP Snooping Configuration 0:09:17

Total Duration: 7:34:48

WAN (4h 59m 50s)

    1. Frame-Relay 1:20:52
    2. GRE Tunnel 0:33:21
    3. Introduction of MPLS part 1 0:12:58
    4. Introduction of MPLS part 2 0:15:42
    5. Introduction of NAT 0:10:34
    6. Types of NAT 0:17:34
    7. Range of Private Ip address 0:03:43
    8. Comman Lab diagram for Static --dynamic-- PAT 0:07:54
    9. TEST before NAT configuration part 1 0:08:00
    10. TEST before NAT configuration part 2 0:04:11
    11. NAT Interface commands (INSIDE & OUTSIDE) 0:03:11
    12. STATIC NAT lab configuration 0:07:19
    13. DYNAMIC NAT lab configuration 0:07:48
    14. PAT lab configuration 0:12:33
    15. PPP Authentication 0:39:52
    16. Concept of 2. Multilink PPP 0:18:02
    17. Configuration 3. Multilink PPP 0:16:05

Total Duration: 4:59:50

IPv6 (3h 5m 39s) THEORY

    1. Drawback of IPV4 0:08:42
    2. Introduction of IPV6 0:19:16
    3. IPV6 Formate 0:15:03
    4. IPV6 Host Bits -- EUI-64 0:11:43
    5. IPV6 Addressing Rules 0:15:16
    6. IPv6 loopback address 0:03:17
    7. IPV6 Packet Types 0:02:58
    8. Types of IPv6 Address 0:04:40
    9. Multicast address for IPv6 address 0:05:36
    10. IPv6 Routing Protocols 0:04:47
    11. IPv4 to IPv6 migration techniques 0:10:46
    12. Use of IPv6 in Different Fields 0:04:11
    13. IPv6 address configuration on CISCO Router 0:11:51

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IPv6 LAB Implementation

    1. IPv6 Static Route 0:08:39
    2. IPV6 Default Route 0:09:32
    3. IPV6 Host Route 0:06:13
    4. IPV6 Float route 0:09:41
    5. Common diagram for Dynamic Protocols 0:01:55
    6. IPV6 Configuration --RIPng 0:10:06
    7. IPV6 Configuration --OSPFv3 0:11:49
    8. IPV6 Configuration --EIGRPV6 0:09:36

Total Duration: 3:05:39

OSI (1h 39m 7s)

    1. Before OSI 0:07:37
    2. No. of OSI Layers 0:03:04
    3. Application Layer 0:02:34
    4. Presentation Layer 0:02:52
    5. Session layer 0:06:07
    6. Transport Layer 0:13:00
    7. Network Layer part 1 0:19:54
    8. Network Layer part 2 0:03:59
    9. Protocol & port no 0:09:36
    10. Data Link Layer 0:03:36
    11. Physical Layer 0:02:07
    12. Devices on OSI Layers 0:04:21
    13. What is PDU 0:03:31
    14. Data encapsulation & De-encapsulation process 0:03:12
    15. OSI Peer to Peer model 0:07:55
    16. OSI & TCP-IP 0:05:46

Total Duration: 1:39:07

HOW TO MANAGE CISCO DEVICES (1h 47m 31s) THEORY

    1. How to manage Cisco Devices [host resovling] 0:11:08
    2. How to manage Cisco Devices [CDP] 0:17:22
    3. How to manage Cisco Devices [ADVANCE TELNET] 0:13:48
    4. How to manage Cisco Devices [Password Recovery] 0:21:24

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HOW TO MANAGE CISCO DEVICES LAB

    1. HOST Resolving 0:05:06
    2. CDP LAB 0:24:12
    3. BACKUP & UP gradation of RAM 0:03:16
    4. Backup of IOS

Total Duration: 1:47:31

End of Course