About Cisco 300-425 Exam
Passing the Cisco 300-425 exam together with one more test, namely Cisco 350-401, is the only requirement for the CCNP Enterprise certificate. Those IT specialists who pick this professional-level certification track are trained to troubleshoot, install, and maintain both local area networks (LAN) and wide area networks (WAN) for systems somewhere within the range of between 100 and 500 hubs.
Target Audience and Recommended Experience
The Cisco 300-425 exam is designed for the IT professionals who design Cisco wireless networks. It is appropriate for Wireless Engineers, Sales Engineers, Wireless Design Engineers, System Engineers, and Sales Engineers. Other specialists who should take this test are Consulting Systems Engineers, Network Engineers, Network Administrators, and Network Managers.
To pass this certification exam, the applicants need to be familiar with the general knowledge of wireless networks. They should also have some expertise in routing and switching. In addition, the learners should be able to demonstrate their knowledge of wireless network design. They must be knowledgeable about site surveys, mobility, WLAN high availability, as well as wired and wireless infrastructure.
Key Exam Details
The Cisco 300-425 exam contains about 100 questions in total. The time limit is 90 minutes, which means that you have to deal with all the items during this period. The questions in this test are usually of various types. For example, there are drag and drop and multiple-choice questions.
The 300-425 certification test is known to be offered in English and Japanese. The cost that you should pay for the voucher is $300. This is what is paid within the borders of the United States. However, the price may vary. The applicants outside the USA should check and confirm the fee on the official website of the vendor.
To prepare for this Cisco exam, the learners can choose different study approaches. One of them is signing up for the instructor-led training course offered by Cisco on the official webpage. Designing Cisco Enterprise Wireless Networks is a paid course, which is created primarily for those individuals who already have some working experience in designing Cisco wireless networks.
Highlights of Exam Topics
Cisco 300-425 evaluates the candidates’ knowledge of various topic areas or knowledge domains. The skills measured in this exam are combined in the following objectives:
- Wireless Site Survey (25%)
Within this section, the students need to demonstrate how good they can collect design requirements and also evaluate constraints. It means that they have to be conversant with determining client density, AP type, real-time applications, deployment type, and security. The topic also covers the learners’ expertise in describing material attenuation and its impact on wireless design, performing a predictive site survey, a pre- and post-deployment site survey, as well as utilizing planning tools and evaluating key network metrics (Spectrum Analyzer, PI, Chanalyzer, AirMagnet, and Ekahau).
- Wired and Wireless Infrastructure (30%)
In the framework of this objective, the test takers should demonstrate their knowledge and ability to determine physical infrastructure requirements, such as grounding, mounting, switch port, capacity, cabling, and AP power. They also need to know how to determine logical infrastructure requirements, for example, AP/WLC licensing requirements according to the type of wireless architecture. The topic also covers their expertise in designing radio management, high-density wireless networks, and applying design requirements for various types of wireless networks, such as data, voice and video, hyperlocation, and location. The applicants also need to show their capability of designing wireless bridging (mesh). This includes roaming, modes of operation, WGB, and Ethernet bridging.
- Mobility (25%)
This area evaluates the individuals’ skills in designing mobility groups according to the roles and validating tunneling for control path and data. It also measures their competency in optimizing client roaming.
- WLAN High Availability (20%)
This domain includes designing high availability for controllers. The questions under this knowledge area are designed to test the candidates’ knowledge of stateful switchover (SSO) and ensure network availability through LAG. The examinees should also have knowledge of priority and redundancy of the anchor controller. Moreover, within the framework of this subject, they need to demonstrate their competency in designing high availability for APs. This includes fall-back (assigning tertiary, secondary, and primary) and AP prioritization.
Career Prospects and Other Benefits
After successfully completing the Cisco 300-425 and Cisco 350-401 exams, you will become eligible for the CCNP Enterprise certification. It is highly beneficial to the IT specialists who design Cisco wireless networks, particularly in terms of employment opportunities and career growth.
Having this certificate validates your ability to investigate and execute both WAN and LAN networks. Also, you will be seen as a person who has what it takes to team up with the authorities on the issues identified with voice, wireless, video solutions, and advanced security. The individuals who hold Cisco CCNP Enterprise have a range of capabilities that are usually required in big and established businesses. Among the positions, which you will qualify to apply for after obtaining this certification, are the following:
- Network Engineer;
- Network Technician;
- Systems Engineer;
- Support Engineer;
- Network Investigator;
- Network Director;
- Network Security Experts;
- Network Analyst;
- Network Specialist.
With this professional-level certification under your belt, you will have more job opportunities and you can count on a high salary. From the PayScale figures, the average annual salary for a Network Administrator who is certified with CCNP Enterprise is $59,762. It usually starts at $49,485 and ranges up to $70,644 as seniority increases. The salary is usually highly dependent on the position. For example, a Network Engineer earns an average of $74,191.