Microsoft MTA: Networking Fundamentals Certification Practice Test Questions, Microsoft MTA: Networking Fundamentals Exam Dumps
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The MTA: Networking Fundamentals certification is an entry-level certificate that is intended for the current IT professionals and college students who are seeking to establish their careers in the networking field. To get this certification, the applicants are required to ace one qualifying exam known as Microsoft 98-366: Networking Fundamentals.
What should you know about this MTA certification?
The Microsoft MTA: Networking Fundamentals certification is designed for those professionals who are just starting their journey in the IT industry. These are the individuals with little to no practical experience in the domain. They can be the students or specialists in other fields who want to validate their knowledge of networking fundamentals.
There are no compulsory prerequisites for earning this certification. However, it is recommended that the students get conversant with the general concepts of networking and the associated technologies. They also need to develop some hands-on skills with network management tools, Windows-based networking, Windows Server, TCP/IP, network topologies and protocols, DNS, and name resolution processes.
What exam is associated with this MTA certification?
The qualifying exam for the MTA: Networking Fundamentals certification is Microsoft 98-366. This test requires that the candidates register for it with the appropriate bodies. For the non-students, Pearson VUE is the official administrator of this exam, and the registration process is done through its website. The students and instructors who want to build competence in the Information Technology domain have to register and schedule their test via Certiport. The fee for taking this exam is $127 and this figure applies to a single delivery of the test. The individuals who fail the exam will be asked to pay another fee to have an opportunity to retake their test. You have to wait for 24 hours before you can retake it after the first failed attempt. Your subsequent retakes will require that you wait for at least 14 days before another try.
The candidates can take the Microsoft 98-366 test in English, Spanish (Mexico), Spanish, Portuguese (Brazil), Traditional Chinese, Simplified Chinese, German, French, Italian, Korean, and Russian. There are 40-60 questions administered in the exam that cover a variety of formats. These may include drag and drop, active screen, build list, short answer, best answer, case studies, and multiple choice.
What exam topics should you explore to get this MTA certification?
The candidates for the Microsoft 98-366 test are advised to go through the certification webpage to download the exam blueprint before commencing their preparation process. Microsoft regularly updates its tests and their objectives to reflect the latest development in the industry. Therefore, the official site is the best place to start your preparation to avoid working with outdated topics and resources. As for Microsoft 98-366, it covers the following domains:
- Knowledge of Network Infrastructures: 30-35%
This topic will measure the competence of the candidates in the concepts of extranet intranet, and the Internet. It also covers an understanding of firewalls, security zones, and VPN (Virtual Private Network). The test takers will be also required to demonstrate knowledge of local area networks. These include perimeter networks, reserved address coverage for local use, wireless LAN and wired LAN, and VLANs. This section also evaluates the students’ expertise in WANs (Wide Area Networks), such as leased lines, VPN, ISDN, dial-up, cable modem, T1, T3, DSL, E1, and E3, among others. It also covers their attributes, including availability and speed. In addition, the examinees should have a good understanding of wireless networks such as the types and characteristics of wireless networking standards. It also comes with their knowledge of different kinds of network security, ad hoc networks, point-to-point wireless, and bridging. Finally, within this subject area, the individuals must demonstrate their grasp of access methods and network topologies, including star, ring, mesh, logical, bus, and physical topologies.
- Knowledge of Network Hardware: 20-25%
In the framework of this domain, the test takers should have an understanding of switches and routers, including the types and number of ports, transmission speed, and speed of uplinks. It also covers the knowledge of VLAN capabilities, unmanaged and managed switches, and security options, Layer 2 and 3 switches, as well as hardware redundancy. This objective will also measure your understanding of backplane speed, support, MAC table, switching types, virtual switches, and the capabilities of switches versus hubs. Another subject area is all about routers and their transmission speed considerations, static routing, and directly connected routes. It also covers the knowledge of dynamic routing, default routes, RIP versus OSPF, routing table memory, installing & configuring routing, software routing within Windows Server, Network Address Translation, and Quality of Service. This section also measures one’s understanding of media types. These involve the types and characteristics of the cable, including the speed and length of the media segment. It also measures the knowledge of fiber optics, catxx cabling wireless, susceptibility to electricity and interception, and twisted pair unshielded or shielded.
- Knowledge of Protocols & Services: 45-50%
In the framework of this section, the students will need to demonstrate their understanding of the OSI (Open Systems Interconnection) model. These include device examples, Transmission Control Protocol model, protocols applications, TCP & user Datagram Protocol, packets & frames, and popular ports for most often used functions. The questions from this topic area will also measure the expertise of the candidates in IPV4, IPV6, name resolution, networking services, and IP/TCP. They must understand the concepts of subnetting, addressing, IPconfig, ipv4toipc6, dual IP stack, packets, gateway, subnetmask, and ports, among others. It will also evaluate their knowledge and skills in Windows Internet Name Service, resource records, HOSTS file, DNS, and LMHOSTS file. Additionally, the test takers should understand the concepts of Dynamic Host Configuration Protocol, Remote Access, Firewalls, VPN, and Network Address Translation, among others.
What career opportunities can you get with this MTA certification?
The candidates with the Microsoft MTA: Networking Fundamentals certification can take up a variety of job roles. Some of them include a Support Technician, a Desktop Support Technician, an IT Service Desk Analyst, a Sales Support Engineer, a Logistics Analyst, a Systems Administrator, an Operation Consultant, an IT Support Specialist, a Network Administrator, and a Systems Analyst. The certified professionals in any of these positions can earn an average of $54,000 per annum.
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