Advanced Networking with CISCO (CCNA) > IP Addressing

IPv6 Addressing Part -2

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The site prefix, the subnet ID, and the interface ID are the three elements of an IPv6 address. The position of the bits within the address distinguishes these three components.

An IPv6 address is represented as eight groups of four hexadecimal digits, each group representing 16 bits The groups are separated by colons (:). An example of an IPv6 address is: 2001:0db8:85a3:0000:0000:8a2e:0370:7334. The standards provide flexibility in the representation of IPv6 addresses.

An IPv6 address is 128 bits long and is divided into eight 16-bit fields, each separated by a colon. In contrast to IPv4 addresses, which use dotted-decimal format, each field must include a hexadecimal number. The x's in the following diagram indicate hexadecimal numbers.

An IPv6 address is 128 bits long and divided into eight groups, each of which is 16 bits long. The groups are separated by colons and each is expressed as four hexadecimal digits. The network and node components of an IPv6 address are separated.

There must be six segments in the IPv6 section of the address, but there is a short form notation for segments that are zero. The octet in the IPv4 component of the address must be a decimal number between 0 and 255.

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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
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  9. Next-Generation Firewalls
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  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
    25m 47s
  5. Configuration of IP Address
    30m 14s
  6. IPv6 Addressing Part -1
    17m 56s
  7. IPv6 Addressing Part -2
    16m 52s
  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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  5. VLAN Trunking Protocol
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  6. Spanning Tree Protocol
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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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  3. Assignment : Infrastructure Management
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  1. Basic Troubleshooting
    9m 27s
  2. Wiring Problems Troubleshooting
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  3. Troubleshooting IP Addressing and Host
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  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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  3. Assignment : Automation and Programmability
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  1. Course Summary
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  1. Cisco Network Interview Questions Part 1
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  1. Career Guideline
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