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Mike Meyers' CompTIA Network+ Certification All In One Course for Exam N10-006 (Course & Labs)

Mike Meyers' CompTIA Network+ Certification All In One Course...
ISBN : 9781616916718
58+ Videos
200+ Test Prepkits
86+ Labs
Rating :
Kick start your prep for CompTIA Network+ certification exam with Mike Meyers' CompTIA Network+ certification all in one course and performance-based labs. Performance-based labs simulate real-world, hardware, software & command line interface environments and can be mapped to any text-book, course & training. The course and labs cover the objectives of the N10-006 exam and include topics such as networks; open systems interconnection specifications; networking topologies connectors and wiring standards; and much more.

Here's what you will get

The CompTIA Network+ certification can prove to be a stepping-stone to more specialized and vendor-specific certifications. The exam is designed to test the knowledge and skills of network technicians with 18 to 24 months of experience in the field of networking. The exam validates your expertise in the areas of networking technologies such as the definition of a protocol, the Open Systems Interconnection (OSI) model and its layers, and the concepts of network design and implementation.

Glossary of terms
Test prep
Pre-assessment Questions
Full Length Tests
Performance based lab
Video tutorials

Videos and How To..

uCertify course includes videos to help understand concepts. It also includes How Tos that help learners with how to accomplish certain tasks.

Video Lessons
Exam FAQs
What are the prerequisites for this exam? There is no official prerequisite for CompTIA N10-006 certification exam, but the candidate should hold CompTIA A+ Certification and nine months of networking experience.
What is the exam registration fee? USD 302
Where do I take the exam? Pearson VUE
What is the format of the exam? Multiple Choice Questions (single and multiple response), drag and drops, and performance-based questions.
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 100-900)

What is the exam's retake policy?

In the event that you fail your first attempt at passing the Network+ examination, CompTIA's retake policies are:

  1. CompTIA does not require a waiting period between the first and second attempt to pass such examination. However, if you need a third or subsequent attempt to pass the examination, you shall be required to wait for a period of at least fourteen calendar days from the date of your last attempt before you can retake the exam
  2. If a candidate has passed an exam, he/she cannot take it again without prior consent from CompTIA.
  3. A test result found to be in violation of the retake policy will not be processed, which will result in no credit awarded for the test taken. Repeat violators will be banned from participation in the CompTIA Certification Program.
  4. Candidates must pay the exam price each time they attempt the exam. CompTIA does not offer free re-tests or discounts on retakes.
What is the validity of the certification? CompTIA Network+ certification is valid for three years from the date the candidate is certified, after which the certification holder will need to renew their certification via CompTIA's Continuing Education Program.
Where can I find more information about this exam? To know more about the MHE-N10-006, click here.
Which certification covers this exam?
What are the career opportunities after passing this exam?
  • Network Analyst
  • Network Administrator
  • Network Field Engineer
  • Network Support Specialist

Here's what you will learn

  • Who Needs CompTIA Network+? I Just Want to Learn about Networks!
  • What Is CompTIA Network+ Certification?
  • What Is the Exam Like?
  • How to Pass the CompTIA Network+ Exam
  • Working with Models
  • The OSI Seven-Layer Model in Action
  • The TCP/IP Model
  • The Tech's Troubleshooting Tools
  • Network Topologies
  • Cabling and Connectors
  • Networking Industry Standards—IEEE
  • Ethernet
  • Early Ethernet Networks
  • Extending and Enhancing Ethernet Networks
  • 100-Megabit Ethernet
  • Gigabit Ethernet
  • Ethernet Evolutions
  • Beyond Network+
  • Understanding Structured Cabling
  • Installing Structured Cabling
  • NICs
  • Diagnostics and Repair of Physical Cabling
  • Standardizing Networking Technology
  • The TCP/IP Protocol Suite
  • CIDR and Subnetting
  • IP Address Assignment
  • How Routers Work
  • Dynamic Routing
  • Working with Routers
  • Transport Layer and Network Layer Protocols
  • The Power of Port Numbers
  • Common TCP/IP Applications
  • Before DNS
  • DNS
  • Diagnosing TCP/IP Networks
  • Making TCP/IP Secure
  • TCP/IP Security Standards
  • Secure TCP/IP Applications
  • Client/Server and Peer-to-Peer Topologies
  • Virtual Private Networks
  • Switch Management
  • Virtual LANs
  • Multilayer Switches
  • IPv6 Basics
  • Using IPv6
  • Moving to IPv6
  • Telephony and Beyond
  • The Last Mile
  • Using Remote Access
  • WAN Troubleshooting Scenarios
  • Wi-Fi Standards
  • Implementing Wi-Fi
  • Troubleshooting Wi-Fi
  • What Is Virtualization?
  • Why Do We Virtualize?
  • Virtualization in Modern Networks
  • To the Cloud
  • Designing a Basic Network
  • Unified Communication
  • ICS
  • Risk Management
  • Contingency Planning
  • Safety
  • Network Threats
  • Common Vulnerabilities
  • Hardening Your Network
  • Firewalls
  • SNMP
  • Monitoring Tools
  • Putting It All Together
  • Troubleshooting Tools
  • The Troubleshooting Process
  • Resolving Common Network Issues
  • Internet of Things

Hands on Activities (Labs)

  • Identifying OSI layer functions
  • Identifying OSI layers
  • Identifying connectionless communication
  • Identifying network components
  • Identifying TCP/IP protocol layers
  • Identifying TCP/IP protocols
  • Installing NIC and configuring IPv4 properties
  • Identifying TCP/IP layers
  • Identifying a network topology
  • Identifying network topologies
  • Connecting a star topology
  • Identifying fiber-optic cable features
  • Identifying cables
  • Identifying an RJ-45 connector
  • Identifying IEEE 802.3 versions
  • Identifying a network device
  • Understanding crossover cables
  • Identifying Ethernet standard lengths
  • Identifying Ethernet standards
  • Identifying 10 GbE standards
  • Crimping an RJ-45 onto a UTP cable
  • Connecting patch cables between the patch panel and switch ports
  • Identifying issues to locate the telecommunications room
  • Installing a NIC
  • Converting a decimal number to binary
  • Identifying IP address class values
  • Identifying IPv4 header
  • Connecting systems to the Internet through a router
  • Identifying steps for calculating subnets
  • Obtaining IP DNS addresses
  • Describing Network Address Translation
  • Identifying routing protocols
  • Identifying criteria for determining a metric
  • Identifying the network device
  • Understanding IGMP
  • Downloading and installing WampServer
  • Identifying e-mail protocols
  • Sending an email message
  • Analyzing TCP/IP Ports with netstat
  • Configuring a DNS Server zone
  • Diagnosing network connections and protocols
  • Identifying TCP/IP security areas
  • Identifying Point-to-Point Protocol phases
  • Understanding digital signatures
  • Viewing certificates and adding trusted site
  • Assigning a SSL to default web site
  • Identifying components of a coaxial cable
  • Creating a remote access VPN connection
  • Identifying client and server
  • Connecting a managed switch
  • Configuring the native VLAN
  • Configuring IP address on a switch's VLAN interface
  • Configuring VLAN and verifying connectivity between devices
  • Exploring VLAN
  • Identifying network protection areas
  • Describing stateful DHCPv6
  • Identifying WAN technology bandwidth
  • Identifying WAN technology
  • Identifying speed of bandwidth technologies
  • Identifying V standards
  • Connecting cable Internet access for your network
  • Creating a dial-up connection
  • Identifying WLANs
  • Configuring Windows 7 wireless settings
  • Setting up an ad hoc network
  • Identifying Bluetooth attacks
  • Creating a new virtual machine
  • Installing ubuntu MATE
  • Identifying hypervisors
  • Understanding services of cloud computing
  • Identifying areas of documentation
  • Identifying unified communications features
  • Identifying secondary sites
  • Understanding disaster recovery
  • Identifying malwares
  • Creating rules to deny traffic
  • Adding a user in a newly created group
  • Identifying firewall forms
  • Understanding SNMP
  • Creating baseline and analyze system performance
  • Identifying network devices
  • Analyzing domain names with nslookup
  • Understanding the ipconfig command
  • Analyzing the TCP/IP configuration with nbtstat
  • Analyzing the TCP/IP configuration with netstat
  • Identifying hardware tool