CompTIA Network+ (2009 Objectives)

—Introduction 1m 18s
—Wired Media - Twisted Pair 11m 2s
—Wired Media - Coaxial 7m 5s
—Wired Media - Fiber Optic 8m 41s
—What is the Plenum? 4m 56s
—Common Connectors 4m 36s
—Wiring Standards 8m 29s
—LAN Technology Types - Ethernet 7m 49s
—Standard Ethernet 1m 26s
—Fast Ethernet 1m 4s
—Gigabit Ethernet 2m 44s
—Wiring Distribution 6m 14s
—What We Covered 1m 36s

—Introduction 0m 33s
—What Does Topology Mean? 0m 53s
—Bus 2m 26s
—Star 1m 12s
—Ring 2m 59s
—Mesh 1m 44s
—Hybrid 1m 56s
—WAN Technologies - Circuit and Pocket Switching 2m 19s
—POTS, PSTN, T1/E1, and T3/E3 1m 58s
—ISDN 0m 56s
—SONET/OC-x 2m 7s
—Frame Relay and ATM 3m 14s
—MPLS - Multiprotocol Label Switching 3m 50s
—DSL 2m 28s
—Cable Modem, Satellite and Wireless 2m 43s
—What is a VPN? 2m 6s
—What is a VLAN? 2m 13s
—What We Covered 0m 39s

—Introduction 0m 34s
—Definition of a Protocol 7m 34s
—Standards of Communication 1m 21s
—What is the OSI Model? 5m 33s
—Defining OSI Model Layers 9m 54s
—How Data Travels Through OSI Model 5m 43s
—Networking Hardware in OSI Model 4m 14s
—What We Covered 0m 48s

—Introduction 2m 20s
—TCP/IP Protocol Suite 2m 16s
—What is the TCP/IP (DARPA) Model? 4m 30s
—Transport Layer Protocols 4m 53s
—Internet Layer Protocols 4m 29s
—Types of TCP/IP Communication 2m 37s
—Working with IP Addresses 7m 9s
—Planning an IP Addressing Scheme 1m 25s
—Rules for IP Addressing 4m 16s
—What is Classful IP Addressing? 5m 27s
—Private vs. Public IP Addressing 4m 30s
—What is NAT? 6m 41s
—How Computers Get IP Addresses 4m 1s
—Working with Binary Numbers 5m 31s
—Converting Binary to Decimal and Vice Versa 8m 12s
—Binary IP Addresses 2m 38s
—Binary Subnet Masks 1m 6s
—Internetworking - What is a Router? 3m 13s
—What is a Default Gateway? 1m 48s
—What is Subnetting? 1m 57s
—Classful vs. Classless Interdomain Routing (CIDR) 4m 8s
—Subnetting with CIDR & VLSM 10m 41s
—CIDR Notation 1m 23s
—Fundamentals of IPv6 7m 6s
—IPv6 Addressing 4m 13s
—Types of IPv6 Addresses 4m 46s
—What We Covered 2m 11s

—Introduction 0m 45s
—FTP - File Transfer Protocol 0m 51s
—TFTP - Trivial File Transfer Protocol 1m 38s
—HTTP and HTTPS 3m 26s
—NTP - Network Time Protocol 1m 15s
—POP3 and IMAP4 1m 15s
—SMTP - Simple Mail Transfer Protocol 0m 59s
—DHCP - Dynamic Host Configuration Protocol 2m 18s
—DNS - Domain Naming System 2m 10s
—Telnet and SSH 2m 12s
—SNMP - Simple Network Management Protocol 3m 38s
—TLS - Transport Layer Security 1m 4s
—What We Covered 0m 47s

—Modem and NIC 2m 11s
—Repeater and Hub 3m 35s
—Bridge and Switch 5m 49s
—Router 3m 2s
—Different Types of Switches 2m 57s
—Advanced Switch Functionality 4m 54s
—Firewall and Proxy Server 2m 18s
—Wireless Access Point 1m 8s
—Basic DHCP Server and DNS Server 3m 55s
—CSU/DSU 0m 54s
—Media Converters 1m 43s
—Load Balancer and Bandwidth Shaper 2m 39s

—Introduction 0m 42s
—Understanding Routing Tables 7m 37s
—Adding and Deleting Routes 5m 12s
—Static vs. Dynamic Routing 7m 33s
—Routing Protocols 2m 36s
—Distance Vector Protocols: RIP, RIPv2, and BGP 3m 20s
—Link State Protocols: OSPF and IS-IS 1m 52s
—Hybrid Routing Protocol: EIGRP 2m 25s
—What is Convergence? 0m 56s
—IGP vs. EGP 1m 15s
—What We Covered 0m 51s

—Introduction 1m 13s
—Benefits of Wireless Networking 0m 58s
—Components of a Wireless Access Point 3m 51s
—Where to Place a WAP 3m 34s
—Wireless Networking Standards 10m 24s
—RF Channels 1m 56s
—How to Secure a Wireless Network 3m 12s
—WEP - Wired Equivalency Privacy 1m 36s
—WPA - Wi-Fi Protected Access 3m 59s
—802.1x 2m 12s
—Setting Up a Wireless Access Point 11m 22s
—What We Covered 1m 19s

—Introduction 0m 46s
—ipconfig/ifconfig/arp Utilities Overview 1m 51s
—ping/arp ping Utilities Overview 2m 56s
—tracert/traceroute Utilities Overview 1m 43s
—mtr Utility Overview 1m 14s
—netstat/nbstat/route Utilities Overview 2m 8s
—nslookup/dig/host Utilities Overview 4m 57s
—ipconfig Command 10m 13s
—arp Command 6m 15s
—ping Command 9m 33s
—tracert Command 3m 30s
—netstat Command 5m 4s
—nslookup Command 3m 13s

—Introduction 0m 41s
—Reasons for Network Performance Optimization 4m 9s
—Quality of Service (QoS) 0m 57s
—Traffic Shaping 2m 10s
—Load Balancing 2m 28s
—Fault Tolerance 7m 10s
—RAID 1 - Disk Mirroring and Duplexing 3m 12s
—RAID 5 - Disk Striping with Parity 8m 3s
—Caching Engines 1m 27s
—What We Covered 1m 2s

—Introduction 0m 42s
—Cable Strippers 1m 18s
—Snips and Crimpers 2m 52s
—Punch Down Tool 1m 15s
—Cable Testers and Certifiers 1m 57s
—Time Domain Reflectometer (TDR) and Optical TDR (OTDR) 2m 33s
—Toner Probe 3m 44s
—Voltage Event Recorder 1m 17s
—Multimeter 1m 14s
—Protocol Analyzer, Temperature Monitor, and Butt Set 3m 44s

—Packet Sniffers 3m 25s
—Port Scanners 2m 7s
—Intrusion Detection Software and Intrusion Prevention Software 4m 28s
—System, Event, and History Logs 7m 38s
—What We Covered 1m 20s

—Introduction 0m 41s
—Why is Documentation so Important? 7m 0s
—What Should I Document? 1m 17s
—Wiring Schematics 3m 54s
—Physical and Logical Network Diagrams 3m 55s
—Baseline 2m 16s
—Network Policies 4m 36s
—Network Procedures 1m 39s
—Network Configuration 1m 24s
—Regulations 0m 53s
—What We Covered 0m 40s

—The Process of Troubleshooting - Gather Information 2m 48s
—Who is Affected? 1m 4s
—What's Changed? 1m 39s
—Why is This Happening? 0m 44s
—Can I Handle It? 2m 50s
—Process of Finding a Solution 3m 36s
—Document Everything 1m 57s
—Physical Issues 9m 16s
—Logical Issues 6m 47s
—Issues to Escalate 7m 13s
—Wireless Issues 3m 17s
—What We Covered 0m 57s

—Introduction 2m 40s
—Firewalls 7m 5s
—Other Security Devices 3m 2s
—Filtering and Access Control Lists (ACLs) 3m 32s
—Tunneling and Encryption 8m 38s
—Remote Access and Control Protocols 6m 42s
—Authentication, Authorization, and Accounting (AAA) 7m 17s
—Public Key Infrastructure (PKI) 2m 39s
—Cryptography 2m 5s
—Symmetric Key Encryption 5m 1s
—Asymmetric Key Encryption 1m 41s
—PKI Examples 8m 47s
—802.1x Standard 0m 59s
—Kerberos 2m 15s
—Remote Access Authentication Protocols 6m 8s
—Device Security 7m 17s
—Viruses, Worms, and Trojan Horses 2m 38s
—Denial of Service (DoS) and Smurf 3m 25s
—Social Engineering, Man in the Middle, and Rogue Access Points 6m 39s
—Who are Your Attackers? 4m 49s
—What Can Be Done to Protect the Network? 5m 33s
—What We Covered 1m 35s