Career prospects for certified specialists
After passing the Microsoft 98-366 exam with high results, you become entitled to the MTA certification. This is a very important option that you will find extremely beneficial when it comes to employment opportunities. There are several job roles one can apply for after obtaining this certificate. Among the available positions are the following:
- Help Desk Technician.
- Network Engineer;
- Network Administrator;
- Network Architect;
With a Microsoft certification like MTA, you will not only count on great job opportunities but also on a good salary. PayScale estimates the average annual salary for the IT professionals with this certificate starts at $49,000. This is the least amount of earning you can get after becoming a certified specialist.
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How much Microsoft Networking Fundamentals Exam Cost
The price of the Microsoft 98-366 : Networking Fundamentals is $127 USD, for more information related to exam price please visit to Microsoft Training website as prices of Microsoft exams fees get varied country wise.
How to Register For Exam 98-366: Networking Fundamentals?
Topics Covered and Skills Measured in MTA 98-366 Exam
The content of the Microsoft 98-366 test involves three main parts:
- Network hardware
- Network infrastructure
- Protocols and services
The biggest number of tasks (45-50%) is associated with networking services and protocols. To answer all the questions involved correctly, candidates should be proficient in the following areas: names resolution, IPv4, IPv6, Open Systems Interconnection model, DHCP, VPN, remote access, etc. They should be skilled in handling the OSI model, identifying different examples of devices, protocols, and apps, as well as understand how to use ports for different purposes. Besides, they will need to understand how to subnet and address tunneling protocols for IPv4 and IPv6 architecture. Also, examinees will receive questions that focus on names resolutions and networking services. Finally, they show their professionalism by using tools like ping, or Telnet, IPconfig, or pathping.
The second section (30-35%) covers network infrastructures and is divided into different subsections. The inquiries under it focus on the next concepts: different types of LANs, WANs and their characteristics, Internet, extranet, and intranet, principles of wireless networking, network security, access methods, and varied topologies. Also, examinees will need to become proficient in managing VPNs, firewalls, and security zones as well as local area networks. In addition, candidates will be exposed to concepts related to wide area networks and related concepts, together with wireless networking standards, logical and physical topologies.
Finally, 20-25% of the syllabus emphasizes network hardware. This domain includes questions related to the following: switches (Layer 2 and Layer 3, speed and number of uplinks, MAC table, virtual switches, hardware redundancy, support), routers (dynamic and static routing, default routes, Network Address Translation, Quality of Service), media types (speed and length of the media segment, catxx cabling, power and machinery cables, fiber optic, susceptibility to electricity). Additionally, this section focuses on switching configuration and management. The candidates will need to demonstrate that they know how to ensure the right transmission speed, the number of uplinks, and the type of ports. Also, they should be able to identify the right VLAN capabilities and know how to resolve hardware redundancy.
Besides, the exam-takers who want to pass 98-366 test should know how to manage routers and handle transmission speed considerations. They should also know how to select the best routes and configure the routing table correctly. Also, they will answer questions related to the correct installation and configuration of routers.
Reference: https://www.microsoft.com/en-us/learning/exam-98-366.aspx
Microsoft 98-366 Exam Syllabus Topics:
| Section | Objectives |
|---|---|
| Topic 1: Understanding IPv4 and IPv6 | - IPv4 vs IPv6 differences - IP addressing and subnetting basics |
| Topic 2: Understanding Network Security | - Basic security concepts (authentication, authorization) - Firewalls and network protection |
| Topic 3: Understanding Protocols and Services | - TCP/IP fundamentals - Common protocols (DNS, DHCP, HTTP/HTTPS, FTP) - Port and addressing concepts |
| Topic 4: Understanding Network Hardware | - Network media types (copper, fiber, wireless) - Routers, switches, hubs, and access points |
| Topic 5: Understanding Network Infrastructures | - Network topologies - Network hardware devices and their functions - Types of networks (LAN, WAN, WLAN) |
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