Microsoft 98-366 Practice Test Questions, Microsoft 98-366 Exam Dumps

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The Microsoft 98-366 test is designed to validate the knowledge and understanding of the entry-level professionals of the general concepts and technologies of networking. The exam seeks to measure the practical experience of the candidates in Windows Server, network management tools, as well as Windows-based networking. It also evaluates their knowledge of the names resolution procedure, network topologies and protocols, TCP/IP, and DNS.

The target candidates for this certification test are the individuals looking to start a career in the networking field. There are no official prerequisites to take the exam, so the students do not need to pass this test as a prerequisite for any advanced-level role-based certificate. The applicants who pass the Microsoft 98-366 exam are awarded the MTA: Networking Fundamentals certification.

Exam Details

The Microsoft 98-366 test is made up of about 40-60 questions and the learners are given 120 minutes for its completion, including the sitting time. You will not be marked for incorrect answers. Therefore, do not leave any questions unanswered. The exam covers a range of question formats, such as multiple choice, fill-in-the-blank, active screen, build list, drag and drop, and performance-based. This certification test can be taken in English, Spanish, French, Traditional Chinese, Simplified Chinese, Portuguese, Korean, Russian, Italian, German, and Japanese. The candidates have to choose their preferred language at the point of registering for the exam. The registration process for the test can be done through Certiport for the students and instructors and via Pearson VUE for those non-students who want to start a career in the technology field. The registration fee for the exam is $127.

To prepare for the certification exam and ensure success, the candidates must choose the relevant study materials. Microsoft does not offer any official instructor-led training course for this test. However, the learners can find helpful resources on the Microsoft Learning Platform. They can also explore other IT training sites online to find study guides, video tutorials, and mock exams for their preparation.

Exam Topics

The candidates are expected to develop adequate knowledge of the domains covered in the certification exam before attempting it. The details of these topics are enumerated as follows:

Understand Network Infrastructures: 30-35%

• Demonstrate an understanding of the concepts of Internet, extranet, and intranets, which include firewalls, security zones, and VPN.
• Showcase a good understanding of LANs, which includes perimeter networks, VLANs, addressing, wireless LAN & wired LAN, and reserved address scopes or local usage.
• Demonstrate the knowledge of WANs, which cover leased lines, ISDN, dial-up, cable modem, T3, T1, E3, E1, and DSL with their attributes such as availability and speed.
• Demonstrate an understanding of wireless networking, which includes wireless networking standard types & their attributes, network security types, point-to-point wireless, wireless bridging, and ad hoc networks.
• Demonstrate the knowledge of network topologies as well as access methods, including ring, mesh, star, physical & logical topologies, and bus.

Understand Network Hardware: 20-25%

• Demonstrate an understanding of switches: It covers the knowledge of transmission speed, number of uplinks, type and number of ports, unmanaged or managed switches, L2 & L3 switches & security options, backplane speed, hardware redundancy, virtual switches, MAC table & switching types, and understanding of the capabilities of switches versus hubs.
• Demonstrate an understanding of routers: The candidates should demonstrate their understanding of considerations for transmission speed, static routing, directly connected routes, default routes, routing table memory, OSPF vs. RIP, software routing within Windows Server, QoS, installing & configuring routing, and Network Address Translation.
• Demonstrate an understanding of media types: It requires that the test takers demonstrate their understanding of cable types and attributes, including media segment speed & length, twisted pair unshielded or shielded, fiber optic, susceptibility to electricity, catxx wireless & cabling, susceptibility to interception, and susceptibility to external interference.

Understand Services & Protocols: 45-50%

• Demonstrate an understanding of the OSI model: It includes the knowledge of TCP model, OSI model, protocols, devices, applications examples, and OSI/TCP layer.
• Demonstrate comprehension of IPv4: It covers an understanding of IPconfig, subnetting, reasons for using IPv4, ipv4toipv6 tunneling protocols for ensuring backward compatibility, addressing, subnetmask, IP stack, packets, ports, and gateway.
• Demonstrate an understanding of IPv6: It requires an understanding of IPconfig, subnetting, reasons for using addressing, IPv6, ipv4toipv6 tunneling protocols for ensuring backward compatibility, subnetmask, dual IP stack, packets, ports, gateway, and reserved address scopes for local usage.
• Demonstrate an understanding of names resolution: It covers the knowledge of resource records, DNS, WINS, LMHOSTS file, HOSTS file, and name resolution procedures.
• Demonstrate a comprehension of networking services: The examinees should demonstrate their understanding of DHCP, VPN, NAT, remote access, and firewalls.
• Demonstrate an understanding of TCP/IP: It measures the knowledge of the domains, such as tracert, netstat, pathping, IPconfig, Telnet, protocols, reserved address scopes, or local usage, including local loopback IP and Tools such as ping.

Career Advantages

The applicants who pass the Microsoft 98-366 exam are eligible for earning the MTA: Networking Fundamentals certification. The individuals with this certificate can explore career paths in cybersecurity, networking, Cloud computing, and IT infrastructure management. Although this certification is an entry-level option, the certified professionals can explore a range of job roles, including an IT Security Specialist, a Mobile Application Developer, a Network Administrator, a Systems Analyst, a Website Developer, a Software Engineer, and a Help Desk Technician, among others. The average remuneration for these positions is $55,000 per annum.

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