MikroTik Certified Internet Protocol v6 Engineer (MTCIPv6E)
1 Introduction to IPv6
1-1 History and Evolution of IPv6
1-2 IPv6 Addressing
1-3 IPv6 Header Structure
1-4 IPv6 Address Types
1-5 IPv6 Address Representation
2 IPv6 Addressing and Subnetting
2-1 IPv6 Addressing Architecture
2-2 IPv6 Subnetting
2-3 IPv6 Prefix Lengths
2-4 IPv6 Address Allocation
2-5 IPv6 Address Autoconfiguration
3 IPv6 Routing
3-1 IPv6 Routing Protocols
3-2 IPv6 Routing Tables
3-3 IPv6 Static Routing
3-4 IPv6 Dynamic Routing
3-5 IPv6 Routing Policies
4 IPv6 Transition Mechanisms
4-1 Dual Stack
4-2 Tunneling
4-3 NAT64 and DNS64
4-4 6to4 and 6in4 Tunneling
4-5 ISATAP
5 IPv6 Security
5-1 IPv6 Security Challenges
5-2 IPv6 Security Features
5-3 IPv6 Firewall Configuration
5-4 IPv6 Access Control Lists (ACLs)
5-5 IPv6 Security Best Practices
6 IPv6 Quality of Service (QoS)
6-1 IPv6 QoS Overview
6-2 IPv6 QoS Mechanisms
6-3 IPv6 Traffic Shaping
6-4 IPv6 Policing
6-5 IPv6 QoS Configuration
7 IPv6 Network Management
7-1 IPv6 Network Monitoring
7-2 IPv6 Network Troubleshooting
7-3 IPv6 Network Performance Optimization
7-4 IPv6 Network Documentation
7-5 IPv6 Network Automation
8 IPv6 in MikroTik Routers
8-1 MikroTik RouterOS IPv6 Overview
8-2 IPv6 Configuration on MikroTik Routers
8-3 IPv6 Routing on MikroTik Routers
8-4 IPv6 Security on MikroTik Routers
8-5 IPv6 QoS on MikroTik Routers
8-6 IPv6 Network Management on MikroTik Routers
9 IPv6 Case Studies
9-1 IPv6 Deployment in Enterprise Networks
9-2 IPv6 Deployment in Service Provider Networks
9-3 IPv6 Deployment in Mobile Networks
9-4 IPv6 Deployment in IoT Networks
9-5 IPv6 Deployment in Cloud Networks
10 IPv6 Certification Exam Preparation
10-1 Exam Objectives
10-2 Exam Format
10-3 Exam Preparation Tips
10-4 Practice Questions
10-5 Certification Exam Registration
7-4 IPv6 Network Documentation Explained

7-4 IPv6 Network Documentation Explained

Key Concepts

IPv6 Network Documentation involves several key concepts:

1. Topology Diagrams

Topology Diagrams provide a visual representation of the network layout, showing the physical and logical connections between devices. These diagrams are essential for understanding how data flows through the network and for troubleshooting purposes.

Example: A topology diagram might show routers, switches, and end devices connected in a hierarchical structure, with arrows indicating the direction of data flow. This helps network engineers quickly identify the path of a packet from source to destination.

2. Addressing Plans

Addressing Plans outline the IPv6 addressing scheme used in the network. This includes the allocation of IPv6 prefixes, subnets, and individual addresses to devices. A well-documented addressing plan ensures efficient use of IP addresses and simplifies network management.

Example: An addressing plan might specify that the 2001:db8::/48 prefix is used for the corporate network, with subnets 2001:db8:1::/64 for the marketing department and 2001:db8:2::/64 for the IT department. This clarity helps in assigning addresses and managing network growth.

3. Configuration Files

Configuration Files contain the settings and parameters used to configure network devices. These files are crucial for replicating configurations across multiple devices and for restoring configurations in case of failure.

Example: A configuration file for a MikroTik router might include settings for interfaces, firewall rules, and routing protocols. Storing these files in a version control system ensures that changes can be tracked and reverted if necessary.

4. Change Logs

Change Logs record modifications made to the network, including updates to configurations, additions or removals of devices, and changes to policies. These logs are vital for auditing and for understanding the evolution of the network.

Example: A change log entry might note that on October 1, 2023, the firewall was updated to block traffic from a specific IPv6 address due to a security incident. This record helps in understanding the context of changes and in maintaining network security.

5. User Manuals

User Manuals provide detailed instructions on how to use and manage the network. These manuals are essential for training new staff and for ensuring that all users understand the network's capabilities and limitations.

Example: A user manual might include step-by-step guides on how to configure a new device, how to troubleshoot common issues, and how to use specific network features. This ensures that all users, from administrators to end-users, can effectively interact with the network.

Understanding these concepts is crucial for effective IPv6 Network Documentation. By mastering topology diagrams, addressing plans, configuration files, change logs, and user manuals, you can ensure that your network is well-documented, easily manageable, and resilient to changes.