Ethernet - Full Day
This course will review Ethernet operation,
implementation, design and support. The instructor will be able to
determine which technical areas to focus on and the students get a opportunity
to review network concepts from a tactical perspective. Network basics are
reinforced with hands-on examples in a collaborative environment.
The “So What?”
lesson is reviewed with the students after any important concept is presented.
This will ensure the instructor and students fully understand the theory or
concept just presented. The goal of the course is to empower the students
with enough knowledge that they can immediately use. The habit of
questioning leaves them with an inclination to understand new technology and
become an efficient troubleshooter.
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Twisted-pair Cable Pinning
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Troubleshooting Noise
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Equipment And Propagation
Delay
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Ethernet Repeaters
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Auto Negotiation and
NLP’s/FLP’s
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Full/Half Duplex Mismatch
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Ethernet Frame Formats
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Frame Formats and Other
Vendors
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Ethertypes and SAPs
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Frame Transmission
Algorithm
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Frame Reception Algorithm
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Backoff Algorithm
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Slot Time – What is it?
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Slot Time – Why Is It
Important?
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Interframe Gap/Spacing
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The Preamble
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Addressing
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Full Duplex Splitters
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Collisions and CRC’s
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What Does a 10 Mb Collision
Look Like?
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What Does a 100 Mb
Collision Look Like?
- Ethernet Errors
- Auto Partition
- Electrical Noise Problems
- Hardware Problems/Issues
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Propagation Delay Notes
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100 Mb Repeater Types
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10BASE-T and 100BASE-T
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100 Mb Hardware
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100 Mb Signaling
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100 Mb Characteristics
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100BaseTX
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100BaseFX
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4B/5B Encoding
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Encoding Technique 8B6T
(100BASE-T4)
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Understanding How
EtherChannel Works
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Gigabit Ethernet Media
Options and Standards
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Gigabit Ethernet Interface
Converter
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Long-Wave and Short-Wave
Lasers over Fiber-Optic Media
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Gigabit DMD (Differential
Mode Delay) Issue
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Frame Burst Mode
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8B/10B Encoding
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Pause Frames and Cisco
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Copper and GIG - 1000BASE T
Design
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Frame Sizes With Gigabit
Ethernet
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10 Gb/20 Gb
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