CCNA

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The CCNA (Cisco Certified Network Associate) certification is a globally recognized entry-level credential offered by Cisco Systems, a leading networking technology company. This certification is designed for individuals who seek to establish a strong foundation in networking concepts and skills.

Course Description

CCNA certification covers a wide range of networking topics, including network fundamentals, routing and switching technologies, network access, IP services, security fundamentals, automation, and programmability. Holders of the CCNA certification demonstrate their ability to configure, troubleshoot, and manage network devices, as well as their understanding of critical networking protocols and services.

The CCNA (Cisco Certified Network Associate) certification is an entry-level certification offered by Cisco that validates your skills and knowledge in networking fundamentals, including routing, switching, network security, and basic troubleshooting.

The CCNA certification can enhance your career opportunities in the IT networking field by demonstrating your proficiency in essential networking concepts. It's recognized globally and can help you stand out to potential employers.

The CCNA exam covers a range of topics, including network fundamentals, network access, IP connectivity, IP services, security fundamentals, automation, and programmability. These topics provide a comprehensive understanding of networking technologies.

The CCNA exam typically consists of multiple-choice questions, drag-and-drop questions, and simulation-based questions. It's designed to assess both your theoretical knowledge and practical skills in networking.

To prepare for the CCNA certification, you can use official Cisco study materials, practice exams, and online training courses. Setting up a lab environment to practise hands-on networking tasks is also highly recommended to reinforce your learning.

What you'll learn

Get what you need to pass the up-to-date Cisco CCNA 200-301 exam Gain hands-on Cisco CCNA configuration and troubleshooting experience through practice labs Explore how routing and switching technologies work in real world environments Develop skills to work on enterprise production networks

Requirements

You’ll need basic knowledge of how to operate a computer and browse the Internet; that’s it! Absolute beginners to networking are welcome. I start with beginner level networking and explain every single acronym and concept you need to pass the exam.

Curriculam

Explaining the roles and functions of components like routers, switches, access points, servers, endpoints, firewalls, IPS, and controllers

Describing the properties of network architecture including 2-tier, 3-tier, spine-leaf, WAN, SOHO, cloud and on-premises topology

Comparing types of cables - copper, single-mode, fibre, multimode fibre, etc. Physical interface comparison with respect to point-to-point and ethernet shared media connections. PoE Concepts are also discussed in this chapter

Identifying interface and cable problems such as errors, collisions, speed, and mismatch duplex

Comparing UDP to TCP

Configuring and verifying IPv4 addresses and subnetting

Demonstrating the importance of private IPv4 address

Configuring and verifying of IPv6 prefix and address

Comparing IPv6 address types, including link local, unique local, global unicast, anycast, multicast, modified EUI 64

Describing wireless principles including WiFi channels (non-overlapping), SSID, RF, and encryption

Explaining virtual machines

Describing switching concepts, frame switching, frame flooding, MAC learning, ageing, and MAC address table

VLAN verification and configuration comprising multiple switches, including details on default VLAN, connectivity, and access ports

Verifying and configuring interswitch connectivity with respect to native VLAN, 802.1Q, and trunk ports

LLDP and Cisco Discovery Protocol’s configuration and verification

LACP and Layer2/3 configuration and verification

Explaining the requirement of Rapid PVST’s basic operations and spanning tree protocol, and understanding basic operations with respect to port states, root port, primary and secondary root bridge, and associated port names. The need for PortFast benefits and port states, i.e., forwarding and blocking is also explained

Comparing of AP modes and wireless architecture of Cisco

Explaining WLAN components LAG, AP, WLC, and trunk and access ports

Describing AP and access connections such as HTTPS, HTTP, Telnet, SSH, and console, Radius/TACACS+

Configuring WLAN access for client connectivity through WLAN creation, OoS profiles, advanced WLAN configuration, and security settings

Interpreting routing table components including prefix, network mask, routing protocol code, next hop, metric, administrative distance, gateway of last resort

Determining the forward decision of a router with respect to routing protocol metric, longest match, and administrative distance

Verifying and configuring iPv4 and iPv6 static routing including floating static, host route, network route, and default route

Verifying and configuring OSPFv2 with respect to point-to-point, router ID, broadcast, and neighbour adjectives

Explaining the need for first hop redundancy protocol

Configuring and verifying NAT through pools and static

Configuring and verifying NTP in a client and server setting

Explaining the function of DNS and DHCP

Syslog features such as levels and facilities description

Configuring and verifying relay and DHCP Client

PHB, i.e., per-hop behaviour forwarding for carrying out QoS-like marking, policing, congestion, queuing, classification, and shaping

SSH method for configuring network devices

Explaining TFTP/FTP capabilities and roles through SSH

Describing elements related to security programmes through user awareness, physical access control, and training

Defining essential security concepts including vulnerabilities, exploits, threats, and mitigation techniques

Utilising local passwords for configuring device access control

Explaining elements related to security password like management, password alternatives, and complexity

Explaining VPNs (site-to-site) and remote access

Verifying and configuring access control lists

Configuring security features related to layer-2

Differentiating concepts related to accounting, authorisation, and authentication

Describing WPA, WPA3, and WPA2 wireless security protocols

Utilising GUI for configuration of WLAN through WPA2 PSK

Describing the impact of automation on network management

Comparing networks using controller-based networking

Describing software defined architectures using underlay, overlay, and fabric and explaining controller-based architecture

Utilising Cisco DNA Centre enabled device management for comparing traditional campus device management

Explaining properties of Rest-based APIs such as data encoding, CRUD, and HTTP verbs

Recognizing the abilities of Ansible, Chef, and Puppet related to configuration management mechanisms

Interpreting ISON encoded data

FAQ

Yes, hands-on experience is crucial for the CCNA certification. Practical experience in configuring and troubleshooting networks using actual networking equipment or simulators helps solidify your understanding of the concepts covered in the exam.

The exam duration for the CCNA certification is typically around 120 minutes (2 hours). However, this can vary slightly based on the specific version of the exam.

Yes, the CCNA certification is designed to cater to beginners with little to no networking background. It provides foundational knowledge and skills that are essential for building a career in networking.

Yes, Cisco offers online proctoring for the CCNA exam, allowing you to take the exam from the comfort of your home or office. However, there are specific requirements and guidelines to follow for online proctoring.

The CCNA certification is valid for three years from the date of certification. To maintain your certification status, you can recertify by passing a higher-level Cisco certification exam or by earning continuing education credits.

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Duration
35 hours
Language
English
Skill level
beginner
Certificate
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CCNA

The cost of the CCNA certification exam can vary based on your location and the specific version of the exam. It's recommended to check the official Cisco website for the most accurate and up-to-date pricing information.

There are no formal prerequisites for taking the CCNA certification exam. However, having a basic understanding of networking concepts can be beneficial.

The passing score for the CCNA certification exam is typically in the range of 800 to 850 out of a total of 1000 points. The exact passing score can vary based on the difficulty of the exam version.

Yes, you can retake the CCNA exam if you do not pass it on your first attempt. There is no waiting period to retake the exam, but you must pay the exam fee each time you take it.

The CCNA certification can open doors to various job opportunities in networking, such as network administrator, network technician, or support engineer. It's a recognized industry standard that validates your skills and knowledge.