Complete Cisco CCNA Syllabus - Updated 2023
Nowadays, the fastest-growing area in IT is networking. Each day brought an ever-increasing number of new users and gadgets. While discussing networking, issues like data transfer rate and safety come up. A higher level of expertise is required to address the present network issue but to start your networking journey, you have to start with CCNA. The goal of the CCNA course is to introduce students to the principles of networking in a way that is accessible to complete beginners. In this blog, we will have a look at CCNA Syllabus 2023 and help you understand its importance for your networking career.
Starting your preparation for the Cisco Certified Network Associate (CCNA) exam by gaining a solid understanding of the CCNA syllabus and study guide for the Cisco 200-301 certification exam is an excellent place to get started. IP connectivity, IP routing, network security, network access, and other networking basics are all covered in the CCNA syllabus.
Applicants may study the CCNA syllabus to choose whether or not they wish to pursue this certification. It will provide them with a clear understanding of what they must study to get certified. This blog is mostly concerned with discussing the syllabus of CCNA. Since new technology emerges on a daily basis, the curriculum for Cisco certifications changes from time to time. Cisco released the new CCNA 200-301 Syllabus on February 24, 2020. The newly revised syllabus requires a thorough understanding of networking principles such as subnetting, IP address setting, and VLAN configuration, among other things.
Before moving to CCNA Syllabus, let's have a quick overview of CCNA.
What is CCNA?
CCNA stands for Cisco certified network associate, which offers candidates an abundance of chances for ambitious individuals as Cisco is a well-known corporation in IT networking. To begin the fantastic technical path, one must first get CCNA training. CCNA training prepares a candidate to manage sophisticated networks efficiently.
The CCNA course syllabus covers and educates students on the basics of networking, automation, IP services, and other related topics. You will also be instructed on the essential security methods and practices required to safeguard the network's integrity. If you are interested in learning more about CCNA, you can do so by reading our blog - Scope of CCNA
What is Cisco CCNA syllabus?
CCNA syllabus is a tool for familiarizing yourself with Cisco's standpoint and the structure of the Cisco CCNA examination. Our team of industry professionals has created the Cisco CCNA 200-301 syllabus to provide an overview of the Cisco exam and ways to interpret the exam objectives. Our goal is to assist you in determining whether or not you are prepared to take the Cisco CCNA exam by identifying prerequisite areas of knowledge.
Discover the best CCNA Interview Questions here.
You will find the complete CCNA Syllabus in the below table -
| Section | Weightage | Objectives |
| Network fundamentals | 20% | 1. Network components a. Routers b. Controllers c. Servers d. L2 and L3 switches e. Endpoints f. Firewalls and IPS g. Accent points 2. Network topology architectures a. WAN b. Spine-leaf c. 2-tier d. 3-tier e. SOHO f. On-premises and cloud 3. Physical interface and cabling types comparison a. Single-mode fiber, Copper, Multimode fiber b. Connections c. PoE 4. Interface and cable issues identification 5. TCP to UDP comparison 6. IPv4 addressing and subnetting 7. Need for private IPv4 addressing 8. IPv6 addressing and prefix 9. IPv6 address types comparison a. Global unicast b. Anycast c. Unique local d. Multicast e. Link local f. EUI 64 10. IP parameters for Client OS 11. Wireless principles a. Non-overlapping WiFi channels 12. Virtualization fundamentals 13. Switching concepts a. MAC learning and edging b. Frame switching c. Frame flooding d. MAC address table |
| Network Access | 20% | 1. VLANs spanning multiple switches a. Access ports b. Default VLAN c. Connectivity 2. Interswitch connectivity a. Trunk ports b. Native VLAN c. 802.1Q 3. Layer 2 discovery protocols 4. Layer2/Layer3 EtherChannel 5. Rapid PVST and Spanning Tree Protocol a. Port names like Root port and many more b. Benefits of PortFast c. Port states 6. AP modes and Wireless architectures comparison 7. WLAN components 8. AP and WLC 9. Components of a wireless LAN access using GUI only such as WLAN creation, QoS profiles, and many more. |
| IP Connectivity | 25% | 1. Components of the routing table a. Prefix b. Next hop c. Network Mask d. Administrative distance e. Routing protocol code f. Gateway of last resort g. Metric 2. Examine how a router decides on default forwarding. a. Administrative distance b. Longest match c. Routing protocol metric 3. IPv4 and IPv6 static routing a. Host route b. Floating route c. Network route d. Default route 4. Single area OSPFv2 a. Broadcast b. Point-to-Point c. Router ID d. Neighbor adjacencies 5. The objectives of the first hop redundancy protocol |
| IP Services | 10% | 1. NAT using static and pools 2. NTP operating 3. Role of DHCP and DNS 4. Function of SNMP 5. Use of Syslog 6. DHCP client and relay 7. Forwarding PHB for QoS 8. Network devices for remote access 9. TFTP/FTP capabilities and network functions |
| Security Fundamentals | 15% | 1. Key security concepts (exploit, Vulnerabilities, etc.) 2. Security program elements 3. Device access control 4. Security password policies elements 5. Remote access and site-to-site VPNs 6. Access control lists 7. Layer 2 security features 8. Distinguish between the concepts of authorization, accounting, and authentication 9. Wireless security protocols 10. Configure WLAN using WPA2 PSK using the GUI |
| Automation & Programmability | 10% | 1. Impact of automation on network management 2. Controller-based networking and traditional network comparison 3. Controller-based and software-defined architectures a. Control plane and Data plane separation b. South-bound and North-bound APIs 4. Cisco DNA Center enabled device management and traditional campus device management comparison 5. Characteristics of REST-based APIs 6. Capabilities of configuration management mechanisms (Puppet, Chef, and Ansible) 7. Interpret JSON encoded data |
Everything we've covered on the Cisco CCNA syllabus so far is only general guidelines for what's likely to appear on the test. Of course, each test section might include questions on a wider range of relevant subjects. The guidelines mentioned above may update to reflect the exam's content more accurately and for reasons of clarity.
Check out - How to prepare for CCNA
Conclusion -
As you can see from the information shown above, the CCNA syllabus 2023 provides a complete review of all of the information that is required to get started as a network analyst. CCNA training is the most popular training course that students seek out in order to become network engineers. As a result, this blog provides an explanation of all of the required and essential information about the Cisco CCNA syllabus.
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