MTA: Networking Fundamentals
(98-366-2018)
/ ISBN: 9781644590904
This course includes
Lessons
TestPrep
LiveLab
MTA: Networking Fundamentals
Prepare and pass Microsoft MTA 98-366 exam with uCertify MTA Networking Fundamentals course. The course covers all the objectives of Microsoft MTA 98-366 exam that include understanding network infrastructures like concepts of Internet, intranet, extranet, LANs, WANs, wireless networking, and network topologies, understanding network hardware like switches, routers, and media types, and understanding protocols and services like OSI Model, IPv4, IPv6, networking services, and TCP/IP.
The Microsoft MTA Networking Fundamentals 98-366 exam validates the candidates' skills and abilities in remote networking, IP addressing, switches, WAN, LAN, networks, and OSI model. The MTA Networking Fundamentals certification is designed for candidates who have knowledge of general networking concepts and the technologies. Candidates must also have hands-on experience with Windows Server, Windows-based networking, network management tools, DNS, TCP/IP, names resolution process, and network protocols and topologies.
Lessons
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16+ Lessons
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138+ Quizzes
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163+ Flashcards
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163+ Glossary of terms
Test Preps
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40+ Pre Assessment Questions
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40+ Post Assessment Questions
Lab
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50+ Performance lab
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47+ Video tutorials
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48+ Minutes
Video Lessons
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194+ Videos
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03:40+ Hours
- Certification Guidelines
- Exam Guidelines
- Overview
- Comparing Logical and Physical Networks
- Networking Home Computers
- Networking Small Offices and Home Offices
- Networking Large Offices
- Networking Enterprises
- Understanding Standards Organizations
- Overview
- Comparing Unicast, Broadcast, and Multicast Traffic
- Understanding Network Hardware
- Exploring Protocols and Services
- Understanding Basic Topologies
- Understanding the OSI Model
- Understanding the TCP/IP Model
- Mapping Devices on the OSI and TCP Models
- Mapping Protocols on the OSI and TCP/IP Models
- Core TCP/IP Protocols
- Understanding TCP and UDP
- Exploring Common Protocols
- Understanding Ports
- Exploring IPv4
- Exploring the Components of an IPv4 Address
- Exploring an IPv4 Address in Binary
- Subnetting IPv4 Addresses
- Comparing Manual and Automatic Assignment of IPv4 Addresses
- Exploring IPv6
- Exploring IPv6 Addresses
- Exploring the Components of an IPv6 Address
- Understanding the Dual IP Stack
- Comparing Manual and Automatic Assignment of IPv6
- Identifying Potential Problems with Connectivity
- Exploring Cable Types and Their Characteristics
- Overview
- Connecting Multiple Computers
- Understanding Physical Ports
- Comparing Hubs and Switches
- Comparing Managed and Unmanaged Switches
- Exploring Switch Speeds
- Understanding Security Options
- Overview
- Connecting Multiple Networks
- Routing Traffic on a Network
- Identifying Transmission Speeds
- Routing Software in Windows Server 2016
- Understanding Other Routing Protocols
- Quality of Service (QoS)
- Resolving Names to IP Addresses
- Exploring Types of Names Used in Networks
- Exploring Types of Name Resolution
- Identifying the Steps in Name Resolution
- Overview
- Understanding Risks on the Internet
- Exploring an Intranet
- Understanding Firewalls
- Identifying a Perimeter Network
- Understanding Extranets
- Overview
- Exploring Basic Wireless Components
- Comparing Networking Standards and Characteristics
- Comparing Network Security Methods
- Using Wireless Networks
- Understanding Point-to-Point Wireless
- Overview
- Comparing Connectivity Methods Used in Homes and SOHOs
- Comparing Connectivity Methods in Enterprises
- Exploring Remote Access Services
- Using RADIUS
- Troubleshooting TCP/IP
- Using the command Prompt
- Checking the TCP/IP Configuration with ipconfig
- Troubleshooting Connectivity with ping
- Identifying Routers with tracert
- Verifying the Routed Path with pathping
- Viewing TCP/IP Statistics with netstat
- Installing Telnet
- Certification Objectives Map
Hands on Activities (Labs)
- Obtaining the TCP Information
- Disabling a Service
- Configuring Security Zones
- Obtaining the MAC Address of a Network Adpater
- Caching using ARP
- Obtaining HTTP Ports
- Connecting to an FTP Server
- Establishing a Telnet Connection
- Connecting through RDP
- Establishing a SSH Connection
- Configuring a Class A IP Address
- Configuring a Class B IP Address
- Configuring a Class C IP Address
- Adding an IPv4 Address
- Configuring a CIDR Based IP network
- Disabling APIPA
- Installing a DHCP Server
- Configuring a DHCP Server
- Adding an IPv6 Address
- Installing and Using Message Analyzer
- Configuring RRAS as a NAT Server
- Enabling Routing and Remote Access Services
- Adding Routes
- Installing Hyper-V in Full Installation Mode
- Installing the Remote Access Role and RIP
- Installing a DNS Server
- Installing the Active Directory Domain Services Role
- Analyzing the TCP/IP Configuration with nbtstat
- Installing WINS Server
- Configuring a Zone for Dynamic Updates
- Creating a Record in a Zone
- Analyzing Domain Names with nslookup
- Configuring Windows Firewall Settings
- Configuring Advanced Security in Windows Firewall
- Configuring Windows Firewall Logging Settings
- Adding a Website to the Trusted Zone
- Using the Network Policy Server
- Configuring a VPN Server using the Routing and Remote Access Role
- Configuring a VPN Client
- Setting Remote Access Client IPv4 Address
- Getting the TCP Settings
- Using the netsh Command
- Displaying IP Addresses and MAC Addresses
- Understanding the ipconfig Command
- Configuring DNS Information
- Testing the Existence of Other Hosts
- Analyzing Network Paths with tracert
- Analyzing Network Paths with pathping
- Analyzing the TCP/IP Configuration with netstat
- Installing the Telnet Client
| How many questions are asked in the exam? | The exam contains 40-60 questions. |
|---|---|
| What is the duration of the exam? | 45 minutes |
| Which certification covers this exam? | |
| What are the career opportunities after passing this exam? |
Microsoft Networking Fundamentals 98-366 certification qualifies you for a variety of exciting job roles including:
|
Rahul Rana
Mayowa Ajagunna
Ed Baker
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