Advanced Networking with CISCO (CCNA) > Basic Routing Technologies

Static Routing

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When no alternative routes are available or necessary, static routing can be used to create an exit point from a router. This is referred to as a default route. Small networks with only one or two routes can benefit from static routing.

  • It is very easy to implement and very low maintenance;
  • The routers can be manually controlled by a human operator if required;
  • There is no need for an acknowledgement message when the data packet arrives at its destination;
  • It uses less bandwidth than dynamic routing;
  • The processing load on both the router and the server that handles the "hello" messages is reduced;

Static routing was first developed in the 1960s with the use of circuit switching. It was then replaced by packet switching because it offered better performance and reliability. Today, static routing can be seen in voice and video conferencing systems as well as internet networks carrying live broadcast material like TV and radio channels.

Static routing protocols are used in cases where the network is not dynamically changing. The client always knows the server's address and can reach it without any changes. With static routing, you do not need any setup or configuration on the client side to reach the server, which makes it very easy to set up.

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Rashid Khan
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Great learning experience about the networking concepts..

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sakshi Gangapure
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good

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very good

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AMAN
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Very Good Knowledge Sir

Ahmar khan
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Best teacher

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Mohammad Koushar
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This course is very helpful for learner specially I get very benefit of this course. well-done keep it up.

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networking course is very very helpful and very easiest for understanding

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Ranga
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Very easily understandable. Please also make CCNP , CCIE and CCArch videos available.

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The method of teaching is very simple and easy to understand,all the important topics are defined very well.I have cleared my all doubts throughout the course study.

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  2. Basics of Networking Cables
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  3. Types of Topology Part -1
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  4. Types of Topology Part -2
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  5. TCP/IP Suite
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  6. OSI Model
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  7. Network Devices
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  8. Network Protocols
    34m 38s
  9. Next-Generation Firewalls
    28m 43s
  10. Assignment : Introduction To Networking
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  1. IP Address
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  2. IP Address Classes
    29m 41s
  3. IP Subnetting
    26m 59s
  4. Class C Subnetting
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  5. Configuration of IP Address
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  6. IPv6 Addressing Part -1
    17m 56s
  7. IPv6 Addressing Part -2
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  8. Assignment : IP Address
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  1. Introduction to Cisco IOS
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  2. Router Memory
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  3. Modes in a Router
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  4. Cisco IOS Password Configuration
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  5. Practical: Router Configuration
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  6. Practical: Commands of Routing
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  7. Assignment : Working With Cisco Devices
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  1. Routing Fundamentals
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  2. Static Routing
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  3. Default Routing
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  4. Dynamic Routing
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  5. Packet Forwarding
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  6. Assignment : Basic Routing Technologies
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  1. Advanced Routing Technologies
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  2. RIPv1 & RIPv2 Configuration
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  3. OSPF Routing
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  4. Configuring OSPFv2
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  5. Configuring OSPFv3
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  6. Hybrid Routing Protocol
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  7. EIGRP Routing and Configuration
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  8. Assignment : Advanced Routing Technologies
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  1. LAN Switching Technologies
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  2. Introduction to Ethernet
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  3. Switching Techniques
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  4. Basic Switch Configuration
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  5. Assignment : Basic LAN Switching Technologies
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  2. Switch Mode Port
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  3. VLAN Routing
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  4. Router-on-Stick Configuration
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  5. VLAN Trunking Protocol
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  6. Spanning Tree Protocol
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  7. Features of Ether channel
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  1. Infrastructure Services
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  3. Port Address Translation
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  4. NTP Configuration
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  5. DHCP Configuration
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  6. Syslog
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  7. SNMP Protocol
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  8. Assignment : Infrastructure Services
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  2. WAN Device
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  3. VPN Configuration
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  4. Point-to-Point Protocol (PPP) Configuration
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  5. Assignment : WAN Technologies
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  2. SSH Configure
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  3. Port Security
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  4. Access Control List (ACL)
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  6. Number of ACL
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  7. Name of ACL
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  2. SNMP Versions
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  3. Assignment : Infrastructure Management
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  1. Basic Troubleshooting
    9m 27s
  2. Wiring Problems Troubleshooting
    27m 5s
  3. Troubleshooting IP Addressing and Host
    30m 15s
  4. Assignment : Basic Troubleshooting
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  1. Advanced Troubleshooting
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  2. Routing Failures & Troubleshooting
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  1. Automation & Programmability
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  2. Wireless Security Protocols
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  3. Assignment : Automation and Programmability
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  1. Course Summary
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