Total Course : 3
Total Duration : 25 Hours 30 minutes
Video Lessons : 154
Size : 6.29 GB
Course 01- Network Engineering Fundamentals Video Training
Duration: 9.5 hours
21 tutorial videos
0101 Introduction
0102 So, You Want to Build a Network
0103 Our Second Topology
0104 Capture Some Traffic
0105 Networking Models, Standards and Vendors
0106 Layer 1, 2 and 3 Building Blocks
0107 Building Block and Protocol Detail: Layers 1 and 2 Ethern
0108 Introduction to Radio LANS
0109 Layer 3 Building Block Detail: IPv4
0110 Layer 3 Building Block Detail: IPv6
0111 Layer 3 Operations - ARP and ICMP
0112 Internet Control Message Protocol: ICMP - RFC 792
0113 Sub-networks and Masking
0114 Network Equipment and Tables
0115 Routing from the Router Point of View
0116 Routing from the Workstation Point of View
0117 VLANs and Trunking
0118 Spanning Tree Protocol: 802.1D / 802.1Q
0119 TCP
0120 UDP
0121 Routing Protocols - RIP and OSPF
Course 02 - Networking Engineering - Wireless Fundamentals Video Training
Duration: 7 hours
88 tutorial videos
01. Introduction
Introduction
Wireless Networking History
Wireless Certifications
Standards Organizations
WiFi Alliance
802.11 Standards Part - 1
802.11 Standards Part - 2
Regulatory Bodies
02. Wireless Basics
How Wireless Works
Wireless SWOTs
Wireless Signal Characteristics
Wireless Components
Measuring Wireless Power Part - 1
Measuring Wireless Power Part - 2
Wireless Topologies
03. Understanding RF
0301 RF Behaviors Part - 1
0302 RF Behaviors Part - 2
0303 RF Behaviors Part - 3
0304 RF Math
0305 Rule of 10s And 3s
0306 What is EIRP
0307 Understanding Beamwidth
04. Wireless Signaling
0401 Bands Channels And Frequencies
0402 What is Spread Spectrum
0403 FHSS
0404 DSSS
0405 OFDM
0406 Common Wireless Bands
0407 2.4 GHz Basics Part - 1
0408 2.4 GHz Basics Part - 2
0409 5 GHz Basics Part - 1
0410 5 GHz Basics Part - 2
0411 Bandwidth And Throughput
05. Signal Transmission
0501 Antenna Basics Part - 1
0502 Antenna Basics Part - 2
0503 Basic Antenna Types
0504 Radiation Patterns
0505 Reading Polar Charts
0506 Parabolic And Grid Antennas
0507 Sector Antennas
0508 Line of Sight
0509 Fresnel Zones
0510 Understanding Antenna Diversity
0511 MIMO
0512 Understanding Attenuators
0513 VSWR
0514 Installation Concerns
06. Wireless LANs
0601 Wireless LAN Basics
0602 Access Point Basics
0603 SSID Basics
0604 BSS And BSSID
0605 Distribution System
0606 Extended Service Set
0607 Independent Basic Service Set
0608 Mesh Basic Service Set
0609 Access Point Modes
0610 CSMA/CD And CSMA/CA
07. Wireless Security Fundamentals
0701 Wireless Security Challenges
0702 Wireless Security Policy
0703 AAA
0704 Data Protection
0705 Segmentation And Monitoring
0706 Client Authentication Options
0707 WEP
0708 WPA And WPA2
0709 802.1x
0710 MAC Filtering
08. WLAN Design
0801 Site Survey
0802 Site Survey Tools
0803 Customer Education
0804 Existing WLAN Considerations
0805 Security Requirements
0806 AP Placement And Settings
0807 Coverage Analysis
09. WLAN Threats
0901 Rouge AP
0902 Soft APs
0903 Eavesdropping
0904 Configuration Errors
0905 Denial of Service
10. WLAN Troubleshooting
1001 Troubleshooting 101
1002 RF Interference
1003 Adjacent Channel Interference
1004 SNR Issues
1005 Hidden Node Obstruction Part - 1
1006 Hidden Node Obstruction Part - 2
1007 Full Power Transmission
1008 Physical Environment
11. Conclusion
1101 Wrap Up
Course 03 - Network Engineering- Advanced Video Training
Duration: 11 hours
34 tutorial videos
01. Part 1: Introduction
0101 Welcome to the Course
0102 Models, Addressing, the Protocols and Equipment - IT where clause does all of fit?
02. Part 2A: Layer 2 Wired
0201 Layer 2 - A Review of Ethernet.
0202 Introduction to Management
0203 Tools and Layer 2 Troubleshooting
0204 Layer 2 Management Protocols
0205 VLAN and Trunking Review
0206 Spanning Tree Review
0207 Rapid Spanning Tree
0208 VLANs and Spanning Tree
0209 Aggregation the Link
03. Part 2B: Layer 2 Wireless
0301 A Review of 802.11 Networking
0302 The FCC and Spectrum
0303 Site Surveys
0304 Wireless Packet Capture
0305 the Controllers the Wireless
04. Part 3: Layer 3,
0401 Equipment and Tables Review
0402 IPv4 Review
0403 Network Address Translation and Private Addressses
0404 Routers and Static Routing Review
0405 Layer 3 Review: A Review of Routing Protocols ( RIP, OSPF ) and Route Selection
0406 Access Control Lists and Filtering
0407 Introduction to Tunnels and GRE
0408 Encrypted Tunnels and V
0409 Subnetting, supernetting and Route Aggregation
0410 Advanced Routing: Route Redistribution, Default Routing and Black Holes
0411 IPv6 Review and OSPFv6
0412 Connecting to your Network Devices: telnet, ssh,
0413 Simple Network Management Protocol
0414 Security: the CIA, the Network the Device Security
05. Part 4: Layer 4 Transport
0501 TCP and UDP - Transport Protocol Review
0502 TCP Sliding Window, Features and Port Scans
0503 Networking with Virtual Machines: Desktop Virtualization
0504 Networking with Virtual Machines: Bare Metal Hypervisor
Course 01- Network Engineering Fundamentals Video Training
Duration: 9.5 hours
21 tutorial videos
0101 Introduction
0102 So, You Want to Build a Network
0103 Our Second Topology
0104 Capture Some Traffic
0105 Networking Models, Standards and Vendors
0106 Layer 1, 2 and 3 Building Blocks
0107 Building Block and Protocol Detail: Layers 1 and 2 Ethern
0108 Introduction to Radio LANS
0109 Layer 3 Building Block Detail: IPv4
0110 Layer 3 Building Block Detail: IPv6
0111 Layer 3 Operations - ARP and ICMP
0112 Internet Control Message Protocol: ICMP - RFC 792
0113 Sub-networks and Masking
0114 Network Equipment and Tables
0115 Routing from the Router Point of View
0116 Routing from the Workstation Point of View
0117 VLANs and Trunking
0118 Spanning Tree Protocol: 802.1D / 802.1Q
0119 TCP
0120 UDP
0121 Routing Protocols - RIP and OSPF
Course 02 - Networking Engineering - Wireless Fundamentals Video Training
Duration: 7 hours
88 tutorial videos
01. Introduction
Introduction
Wireless Networking History
Wireless Certifications
Standards Organizations
WiFi Alliance
802.11 Standards Part - 1
802.11 Standards Part - 2
Regulatory Bodies
02. Wireless Basics
How Wireless Works
Wireless SWOTs
Wireless Signal Characteristics
Wireless Components
Measuring Wireless Power Part - 1
Measuring Wireless Power Part - 2
Wireless Topologies
03. Understanding RF
0301 RF Behaviors Part - 1
0302 RF Behaviors Part - 2
0303 RF Behaviors Part - 3
0304 RF Math
0305 Rule of 10s And 3s
0306 What is EIRP
0307 Understanding Beamwidth
04. Wireless Signaling
0401 Bands Channels And Frequencies
0402 What is Spread Spectrum
0403 FHSS
0404 DSSS
0405 OFDM
0406 Common Wireless Bands
0407 2.4 GHz Basics Part - 1
0408 2.4 GHz Basics Part - 2
0409 5 GHz Basics Part - 1
0410 5 GHz Basics Part - 2
0411 Bandwidth And Throughput
05. Signal Transmission
0501 Antenna Basics Part - 1
0502 Antenna Basics Part - 2
0503 Basic Antenna Types
0504 Radiation Patterns
0505 Reading Polar Charts
0506 Parabolic And Grid Antennas
0507 Sector Antennas
0508 Line of Sight
0509 Fresnel Zones
0510 Understanding Antenna Diversity
0511 MIMO
0512 Understanding Attenuators
0513 VSWR
0514 Installation Concerns
06. Wireless LANs
0601 Wireless LAN Basics
0602 Access Point Basics
0603 SSID Basics
0604 BSS And BSSID
0605 Distribution System
0606 Extended Service Set
0607 Independent Basic Service Set
0608 Mesh Basic Service Set
0609 Access Point Modes
0610 CSMA/CD And CSMA/CA
07. Wireless Security Fundamentals
0701 Wireless Security Challenges
0702 Wireless Security Policy
0703 AAA
0704 Data Protection
0705 Segmentation And Monitoring
0706 Client Authentication Options
0707 WEP
0708 WPA And WPA2
0709 802.1x
0710 MAC Filtering
08. WLAN Design
0801 Site Survey
0802 Site Survey Tools
0803 Customer Education
0804 Existing WLAN Considerations
0805 Security Requirements
0806 AP Placement And Settings
0807 Coverage Analysis
09. WLAN Threats
0901 Rouge AP
0902 Soft APs
0903 Eavesdropping
0904 Configuration Errors
0905 Denial of Service
10. WLAN Troubleshooting
1001 Troubleshooting 101
1002 RF Interference
1003 Adjacent Channel Interference
1004 SNR Issues
1005 Hidden Node Obstruction Part - 1
1006 Hidden Node Obstruction Part - 2
1007 Full Power Transmission
1008 Physical Environment
11. Conclusion
1101 Wrap Up
Course 03 - Network Engineering- Advanced Video Training
Duration: 11 hours
34 tutorial videos
01. Part 1: Introduction
0101 Welcome to the Course
0102 Models, Addressing, the Protocols and Equipment - IT where clause does all of fit?
02. Part 2A: Layer 2 Wired
0201 Layer 2 - A Review of Ethernet.
0202 Introduction to Management
0203 Tools and Layer 2 Troubleshooting
0204 Layer 2 Management Protocols
0205 VLAN and Trunking Review
0206 Spanning Tree Review
0207 Rapid Spanning Tree
0208 VLANs and Spanning Tree
0209 Aggregation the Link
03. Part 2B: Layer 2 Wireless
0301 A Review of 802.11 Networking
0302 The FCC and Spectrum
0303 Site Surveys
0304 Wireless Packet Capture
0305 the Controllers the Wireless
04. Part 3: Layer 3,
0401 Equipment and Tables Review
0402 IPv4 Review
0403 Network Address Translation and Private Addressses
0404 Routers and Static Routing Review
0405 Layer 3 Review: A Review of Routing Protocols ( RIP, OSPF ) and Route Selection
0406 Access Control Lists and Filtering
0407 Introduction to Tunnels and GRE
0408 Encrypted Tunnels and V
0409 Subnetting, supernetting and Route Aggregation
0410 Advanced Routing: Route Redistribution, Default Routing and Black Holes
0411 IPv6 Review and OSPFv6
0412 Connecting to your Network Devices: telnet, ssh,
0413 Simple Network Management Protocol
0414 Security: the CIA, the Network the Device Security
05. Part 4: Layer 4 Transport
0501 TCP and UDP - Transport Protocol Review
0502 TCP Sliding Window, Features and Port Scans
0503 Networking with Virtual Machines: Desktop Virtualization
0504 Networking with Virtual Machines: Bare Metal Hypervisor
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