Course Content
Mini Router Gateway in CCNA
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Static / Dynamic IP in CCNA
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Wireless Configuration in CCNA
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Mini Router Admin Panel Password
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Wireless Router WAN Port in CCNA
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Wireless Router WAN Port
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CCNA: Importance of OSI Models
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CCNA: Application Layer OSI
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Transport Layer OSI
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UDP & ICMP Protocols
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Network Layer of OSI
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Data Link Layer of OSI
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Physical Layer of OSI
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OSI Changed into TCP/IP
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Finishing OSI Model
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Cisco User, Privilege & Admin Mode
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Configuring Console Password
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Privilege Security Lab
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What is MAC Table?
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What is VLAN?
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VLANs First Time Configurations
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VLANs Switchports
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Cisco Certified Network Associate

In networking, Static/Dynamic IP refers to the method of assigning IP addresses to devices in a network. In CCNA training, understanding how to configure and manage these IP types is essential for effective network administration.

Static IP Configuration:

A static IP is a manually assigned IP address that does not change. It is commonly used for network devices that require a fixed address, such as servers, routers, and printers.

Dynamic IP Configuration:

A dynamic IP is automatically assigned by a DHCP (Dynamic Host Configuration Protocol) server and may change periodically. This method is commonly used for end-user devices such as laptops and mobile phones.

Importance of Static / Dynamic IP in CCNA
• Helps in designing efficient and scalable network infrastructures.
• Prepares students for real-world network management scenarios.
• Essential for configuring routers, servers, and network security settings.
 
Understanding Static/Dynamic IP assignment is a key part of CCNA training, enabling network engineers to configure, optimize, and troubleshoot network connectivity effectively.
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