Исследования / Коммуникации / The PLC technology and its prospects on the Russian broadband subscriber access market

The PLC technology and its prospects on the Russian broadband subscriber access market

Picture1.1. Distribution of technologies in the segment of the broadband subscriber access in the EU countries
Picture1.2. Broadband access penetration forecast in 2003-2008
Picture 1.3. Application area of electrical networks-based communication facilities
Picture 1.4. Classification of telecommunication systems based on the electric networks
Picture 1.5. Powerline communications (PLC) technologies classification
Picture 1.6. Modulation variants for PLC-systems
Picture 1.7. Frequency plan, realized in the ASCOM company equipment
Picture 1.8. General topology of the access network based on the PLC-technology
Picture 1.9. Topology of electric power supply network, used as an access medium
Picture 1.10. Variant of the PLC-based access network organization
Picture 1.11. Main elements of the PLC-based access network
Picture 1.12. PLC- modem functional diagram (switchboard)
Picture 1.13. Frequency bands for data telecommunication via electric networks
Picture 1.14. Dependence of signal strength loss on the frequency carrier
Picture 2.1. Equipment Producers and their standards
Picture 2.2. PLC-technology standards and vendors, who use them
Picture 2.3. Functional diagram of the equipment, built in accordance with HomePlug v.AV standard
Picture 2.4. Structure diagram of transceivers for HomePlug v.AV realization
Picture 2.5. Aims and objects of the OPERA project
Picture 2.6. Topology of the access network based on the OPERA project electric power supply network
Picture 3.1. Standardized in different countries maximum dependences of the frequency interference level
Picture 4.1. PLC-system realization based on DS2 products
Picture 4.2. Main characteristics of second generation integrated microcircuit DSS4200
Picture 4.3. Block schematic diagram of the integrated microcircuit ITM1|ITC1-based communication device
Picture 4.4. Block schematic diagram of XPLC21-type integrated microcircuit
Picture 4.5. Ethernet "dLAN Highspeed" adapter exterior
Picture 4.6. PLEBR10-type brige
Picture 4.7. P-LAN USB adapter exterior
Picture 4.8. PLC-Ethernet brige XE102-type
Picture 4.9. Communication channel organization on the basis of ASOTEL devices (In-Door version)
Picture 4.10. Current Technologies PLC-solution structure
Picture 4.11. Аsoka company PLC-modems
Picture 4.12. Radiating unit block
Picture 4.13 Single box repeaters ILV 2120
Picture 4.14. Data Modem ILV 201
Picture 4.15. Corinex company production
Picture 4.16. PLUS complex solution architecture
Picture 4.17. Toyo Network Systems company production
Picture 4.18. PLC-modem Sumitomo CPE PTE-1210
Picture 4.19. Diagram and test results of Sumitomo Electric company products
Picture 4.20. PLC-modem, КРС-103 model
Picture 4.21. PLC-solutions product line of Tellink company
Picture 5.1. Main areas of test procedures and commercial itegrations of the PLC-technology in the world
Picture 5.2. Main commercial and pilot BPL-projects in the USA

• The PLC technology and its prospects on the Russian broadband subscriber access market

• Introduction
• List of tables
• List of pictures

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