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CHAPTER 4 TRANSMITING BITS
- SENDING BITS W/ELECTRICITY & COPPER WIRES
- FUNDAMENTSALS OF ELECTRICAL CIRCUITS
- DIRECT CURRENT ELECTRICAL CIRCUITS
- ALTERNATING CURRENT: FRENQUENCY, AMPLITUTUDE, & PHASE
- CREATING ELECTRICAL CIRUITS USING NETWORK CABLES
- SENDIN DATA OVER ELECTRICAL CIRCUITS
- BIT RATES OVER ONE CIRCUIT
- ENCODING BITS OVER ONE CIRCUIT
- SENDING BITS OVER MULTIPLE CIRCUITS
- POSSIBLE PROBLEMS WHEN SENDING DATA USING ELECTRICITY
- USING ETHERNET LANS AS EXAMPLE
- ETHERNET UTP CABLES
- BIT RATE & ENCODING
- RJ-45 CONNECTORS & SOCKETS
- ETHERNET CABLING PINOUTS
- ETHERNET UTP CABLES
- BIT RATES OVER ONE CIRCUIT
- SENDIN DATA OVER ELECTRICAL CIRCUITS
- DIRECT CURRENT ELECTRICAL CIRCUITS
- FUNDAMENTSALS OF ELECTRICAL CIRCUITS
- SENDING BITS W/RADIO WAVES & NO CABLES
- RADIO BASICS
- WIRELESS WANS
- CONNECTING MOBILE PHONES TO REST OF WORLD
- SENDING VOICE FROM MOBILE PHONES THROUGH WIRELESS WAN
- SENDING DATA FROM MOBILE PHONES THROUGH THE WIRELESS WAN
- SENDING BITS FROM NONPHONE DEVICES THROUGH WIRELESS WAN
- MOBILE PHONE NETWORK TERMINOLOGY
- WIRELESS LANS
- WIRELESS LAN DEVICES & TOPOLOGY
- SENDING DATA IN WLANS
- POSSIBLE PROBLEMS WHEN SENDING DATA USING RADIO WAVES
- TAKING TURNS TO TRANSMT EA.DIRECTION
- IEEE WLAN STANDARDS & SPEEDS
- EXAMPLE ENTERPRISE LAN W/COPPER, FIBER, WIRELESS
- EXAMPLE ENTERPRISE LAN W/COPPER, FIBER, WIRELESS
- WIRELESS LAN DEVICES & TOPOLOGY
- CONNECTING MOBILE PHONES TO REST OF WORLD
- WIRELESS WANS
- RADIO BASICS
- SENDING BITS W/LIGHT & FIBER OPTIC CABLES
- BASICS OF OPTICAL TRANSMISSION USING FIBER OPTICS
- FIBER OPTIC CABLES
- FIBER OPTIC TRANSMITERS
- FIBER OPTICS IN ETHERNET LANS
- FIBER OPTICS IN THE WAN
- FIBER OPTIC CABLES
- BASICS OF OPTICAL TRANSMISSION USING FIBER OPTICS
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