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In this module, we will examine OSI Layer 1, the Physical Layer, which includes the tangible components responsible for data transmission. We will also explore various Ethernet connection media, understanding their characteristics and applications in networking.

In this module, we will explore the essential functions of Cisco networking devices, including switches, routers, and hubs. We will examine their roles, how they facilitate network communication, and how Cisco's proprietary technologies enhance networking performance.

In this module, we will follow the journey of a packet as it travels through a network, interacting with essential protocols like DNS and ARP. We will break down real-world scenarios to understand how data is routed efficiently across multiple networks.

In this module, we will introduce Cisco's structured troubleshooting methodology to efficiently diagnose and fix network issues. Through theoretical concepts and a practical lab demo, we will explore a step-by-step approach to network problem resolution.

In this module, we will cover the fundamental concepts of Cisco router and switch configurations. We will explore setup procedures, speed and duplex settings, and troubleshooting techniques to ensure optimal network performance.

In this module, we will explore Cisco device management, including boot-up processes, system recovery, and maintenance. We will cover essential operations such as password recovery, backups, and IOS upgrades to ensure network reliability.

In this module, we will introduce the core concepts of routing, covering local routes, static routes, and default routes. Through theoretical discussions and hands-on labs, we will learn how routers determine the best paths for network traffic.

In this module, we will explore dynamic routing protocols, their advantages over static routes, and how they automate route updates. We will dive into key concepts like routing metrics, load balancing, and lab demonstrations of protocol configurations.