The Cisco 200-301 exam is associated with the CCNA credential. It is designed to evaluate the candidate’s knowledge and skills relating to network fundamentals, IP connectivity, network access, automation & programmability, and security fundamentals. It is important to mention that this is one of the new certification tests newly introduced by Cisco. The first exam date will beon February 24, 2020. The candidates who plan to take thisteston this date should start their preparation in earnest. Although it is a new exam and there are practically no braindumps that can be used for the preparation process, there are quite a good number of resources that can be used. Thus, Exam-Labs has a wealth of tools, including video tutorials and practice questions with answers, to help you get prepared.
The Cisco learning platform also has a lot of study materials that can be used for your preparation process. As a matter of fact, the official recommended training course, Implementing & Administering Cisco Solutions (Cisco CCNA 200-301 Practice Test), can be accessed through the learning center. This course is designed to help the studentsprepare for the successfulpassing of the certification exam. Suffice to mention that Cisco 200-301 is a 120-minute test that evaluates a wide range of topics. It is very crucial that the individuals go through them and develop competence in various areas.
Highlights of Cisco 200-301 Exam Topics
The Exam-labs Cisco 200-301 exam is a prerequisite for earning the CCNA certification. The candidates for this test must develop expertise in the six objectives covered under the exam guidelines. At the time of this writing, the topics detailed on the certification page are:
- Network Fundaments – 20%;
- Network Access – 20%;
- IP Connectivity – 25%;
- IP Services – 10%;
- Security Fundamentals – 15%;
- Automation & Programmability – 10%.
Let’s look at these topics in more detail.
Network Fundamentals
The individuals for the Cisco 200-301 exam need the fundamental knowledge of functions and roles of network components, including routers, servers, endpoints, next-generation firewalls & IPS, access point, controllers, and L2 & L3 switches. They also should be able to describe the attributes of network topology architecture, such as 2-tier, 3-tier, spine-leaf, small office/home office, and on-premises&Cloud. An understanding of cabling types and physical interface comparison is also important. You also should be able to identify interface & cable issues; compare UDP to TCP; configure & verify IPv4 subnetting and addressing; configure & verify IPv6 prefix and addressing; compare different IPv6 address types. Other areas the test takers need to develop competence in include verifying IP parameters for Client OS, describing wireless principles; describing switching concepts; explaining virtualization fundamentals.
Network Access
The candidates should have the relevant skills to be able to configure & verify VLANs spanning multi-switches, including access ports, Default VLAN, and connectivity. They should also have skills in configuring and verifying interswitch connectivity, such as trunk ports, 802. IQ, and native VLAN. The applicants need to be equipped with expertise that will enable them to carry out the following tasks:
- Configure & validate Layer 2 and 3, EtherChannel;
- Explain the need for fundamental operations of Rapid PVST Plus Spanning Tree Protocol as well as identify fundamental operations of other components;
- Explain WLC and AP management access connections;
- Explain physical infrastructure connections of WLAN components;
- Configure components of wireless LAN access using GUI for client connectivity.
IP Connectivity
The studentsshouldbe able to interpret components of routing table, including routing protocol code, prefix, network mask, administrative distance, next hop, gateway of last resort, and metric. They also should be able to determine the process involved in making of default forwarding decisions by the router. This entails administrative distance; routing protocol metric; longest match. You should know how to configure and authenticate IPv4 & IPv6 static routing, including default route, network route, floating static, and host route. The skills in configuring and verifying OSPFv2 are also required. This covers neighbor adjacencies, point-to-point, router ID, and broadcast. It’s also important to be able to describe the goal of first-hop redundancy protocol.
IP Services
The applicants should have the capacity to carry out the following tasks under this topic:
- Configure & verify the inside source of NAT utilizing pools;
- Configure & verify the operations of NTP in a server and client mode;
- Describe the usage of syslog characteristics, such as levels and facilities;
- Explain the roles of DNS & DHCP within anetwork;
- Explain the purpose of SNMP in the network operations;
- Configure & verify DHCP relay and client;
- Configure the network devices for remote access with SSH;
- Describe the functions and abilities of TFTP and FTP in network;
- Describe the forwarding PHB (Per-Hop Behavior) of QoS.
Security Fundamentals
The learners should have capabilities to define the core security concepts, such as threats, exploits, vulnerabilities & mitigation techniques. They also need skills in describing security program components, including user awareness, physical access control, and training. Additionally, using local passwords, they should be able to configure device access control. Other skills they are required to develop include the ability to:
- Configure & verify the access control list;
- Differentiate among authorization, authentication, & accounting concepts;
- Using WPA2 PSK that uses GUI, configure WLAN;
- Illustrate a wireless security protocol;
- Configure the features of Layer 2 security.
Automation & Programmability
The test takers should know how to describe the impact of automation on network management and be able to compare controller-based networking with traditional networks. The candidates should be able to describe software-defined and controller-based architectures as well as compare Cisco DNA Center enabled-device management with traditional campus device management.
Conclusion
The above is a summary of what you are expected to develop competence in before you attempt the Cisco 200-301 test. It is recommended that you go through the certification page to learn more about the exam topics. And don’t forget to visit Exam-Labs in order to make you preparation process interesting and dynamic.