CompTIA Network+ N10-007 Pearson uCertify
(pearson-N10-007-complete)
/ ISBN: 9781616910327
This course includes
Lessons
TestPrep
Lab
Video Lessons (Add-on)
CompTIA Network+ N10-007 Pearson uCertify
The CompTIA Network+ certification is an internationally recognized validation of the technical knowledge required of foundation-level IT network practitioners. The N10-007 exam validates your expertise to design and implement functional networks, configure, manage, and maintain essential network devices; use devices such as switches and routers to segment network traffic and create resilient networks; identify benefits and drawbacks of existing network configurations; implement network security, standards, and protocols; troubleshoot network problems, and support the creation of virtualized networks.
Lessons
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15+ Lessons
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144+ Quizzes
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385+ Flashcards
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385+ Glossary of terms
Test Preps
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132+ Pre Assessment Questions
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126+ Post Assessment Questions
Lab
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107+ Performance lab
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53+ Video tutorials
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04:38+ Hours
Video Tutorials (Add-on)
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197+ Video tutorials
Video Lessons
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197+ Videos
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21:21+ Hours
- Defining a Network
- Networks Defined by Geography
- Networks Defined by Topology
- Wireless Topologies
- Networks Defined by Resource Location
- Real-World Case Study
- Summary
- Review All the Key Topics
- The Purpose of Reference Models
- Real-World Case Study
- Summary
- Review All the Key Topics
- Media
- Network Infrastructure Devices
- Specialized Network Devices
- Virtual Network Devices
- Voice over IP Protocols and Components
- Real-World Case Study
- Summary
- Review All the Key Topics
- Principles of Ethernet
- Ethernet Switch Features
- Real-World Case Study
- Summary
- Review All the Key Topics
- Binary Numbering
- IPv4 Addressing
- Assigning IPv4 Addresses
- Subnetting
- IP Version 6
- Real-World Case Study
- Summary
- Review All the Key Topics
- Basic Routing Processes
- Sources of Routing Information
- Routing Protocol Characteristics
- Routing Protocol Examples
- Address Translation
- Multicast Routing
- Real-World Case Study
- Summary
- Review All the Key Topics
- WAN Properties
- WAN Technologies
- Real-World Case Study
- Summary
- Review All the Key Topics
- Introducing Wireless LANs
- Deploying Wireless LANs
- Securing Wireless LANs
- Real-World Case Study
- Summary
- Review All the Key Topics
- High Availability
- QoS Technologies
- Case Study: SOHO Network Design
- Real-World Case Study
- Summary
- Review All the Key Topics
- Windows Commands
- UNIX Commands
- Real-World Case Study
- Summary
- Review All the Key Topics
- Maintenance Tools
- Network Documentation
- Monitoring Resources and Reports
- Remote Access Methods
- Real-World Case Study
- Summary
- Review All the Key Topics
- Security Fundamentals
- Categories of Network Attacks
- Defending Against Attacks
- Remote-Access Security
- Firewalls
- Virtual Private Networks
- Intrusion Detection and Prevention
- Real-World Case Study
- Summary
- Review All the Key Topics
- Policies
- Best Practices
- Real-World Case Study
- Summary
- Review All the Key Topics
- Troubleshooting Basics
- Physical Layer Troubleshooting
- Data Link Layer Troubleshooting
- Network Layer Troubleshooting
- Wireless Troubleshooting
- Specialized Networks
- Real-World Case Study
- Troubleshooting Scenarios
- Summary
- Review All the Key Topics
- Lesson 1: Protocols and Reference Models
- Lesson 2: Network Devices and Theory
- Lesson 3: Network Topologies
- Lesson 4: Network Services
- Lesson 5: WAN Technologies
- Lesson 6: Network Cables and Connectors
- Lesson 7: Ethernet Switch Operation
- Lesson 8: Wireless LAN Operation
- Lesson 9: Network Addressing
- Lesson 10: Routing Fundamentals
- Lesson 11: Unified Communication Fundamental
- Lesson 12: Virtualization Fundamentals
- Lesson 13: Network Security
- Lesson 14: Network Monitoring Tools and Analysis
- Lesson 15: Network Best Practices
- Lesson 16: Network Troubleshooting
- Lesson 17: Final Preparation
Hands on Activities (Labs)
- Identifying network components
- Identifying network categories
- Connecting devices in bus topology
- Identifying network topologies
- Understanding wireless topologies
- Connecting devices in a peer to peer architecture
- Identifying client and server
- Identifying OSI layers
- Identifying abbreviations for various Internet layer protocols
- Identifying TCP/IP protocol layers
- Describing OSI layers
- Identifying TCP/IP layers
- Identifying OSI layer functions
- Connecting a computer system to the network
- Identifying types of cable and connector
- Identifying twisted-pair cable connectors
- Identifying cable configuration types
- Connecting a Router to the Laptop
- Connecting a hub to a switch
- Connecting the hub with different devices using USB cables
- Creating a virtual switch
- Connecting the DHCP server and laptop to the VLAN
- Obtaining IP address information from a DHCP server
- Creating DNS domains
- Installing a NIC
- Connecting to a server using Remote Desktop Connection
- Identifying protocols and devices
- Identifying Fast Ethernet standards
- Connecting patch cables between the patch panel and switch ports
- Understanding STP Port Cost
- Capturing packet using Wireshark
- Converting a Decimal Number to Binary
- Understanding types of addresses
- Connecting a Workstation to the LAN and Configuring IPv4 Properties
- Obtaining Automatic Private IP Addressing
- Configuring Automatic Private IP Addressing
- Configuring IPv4 address
- Adding DNS server
- Using subnet calculator
- Identifying steps for calculating subnets
- Understanding types of IPv6 data flows
- Configuring and testing IPv6 addresses
- Adding and removing an IPv6 address
- Identifying administrative distances
- Identifying routing protocols
- Describing Network Address Translation
- Identifying NAT IP addresses
- Understanding IGMP
- Identifying WAN connection types
- Creating a dial-up connection
- Identifying MPLS network elements
- Connecting cable Internet access for your network
- Adding static routes in RRAS
- Connecting a Wireless Router to a Laptop
- Identifying WLANs
- Troubleshooting AP
- Configuring SSID
- Connecting to a password protected network
- Configuring Windows 10 Wireless Settings
- Understanding network architecture
- Understanding QoS configuration
- Connecting systems to the Internet through a router
- Understanding the arp command
- Understanding ipconfig commands
- Analyzing network paths with tracert
- Using the nbtstat command
- Using the netstat command
- Using the nslookup command
- Checking IP connectivity between two network devices
- Deleting the route
- Adding the route
- Using dig command
- Using host command
- Configuring and verifying interface's IP address configuration
- Using traceroute command
- Using netstat command
- Using ping command
- Adding a static route
- Adding a static ARP entry with the arp command
- Deleting a static ARP entry with the arp command
- Checking the Internet speed
- Identifying Syslog severity levels
- Viewing TCP frame details using Network Monitor
- Viewing the logs
- Filtering entries in Event Viewer
- Identifying sequence of asymmetric encryption
- Identifying the Denial of Service Attack
- Identifying network attacks
- Scanning using nmap
- Running the Nessus vulnerability scan
- Identifying Bluetooth devices attacks
- Identifying types of firewall
- Configuring Windows firewall settings
- Turning on Windows Firewall
- Setting Up a DMZ on a SOHO Router
- Creating a remote access VPN connection
- Understanding IPsec VPN
- Identifying detection methods
- Changing passwords for the router
- Troubleshooting a network
- Diagnosing a network problem
- Troubleshooting physical link layer issues
- Identifying physical layer issues
- Troubleshooting data link layer issues
- Understanding data structures
- Diagnosing networking issues
- Identifying error in net connection
| How many questions are asked in the exam? | The exam contains 90 questions. |
|---|---|
| What is the duration of the exam? | 90 minutes |
| What is the passing score? | 720 (on a scale of 0-900) |
| Which certification covers this exam? | |
| What are the career opportunities after passing this exam? |
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