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Competences & Technologies

Competences & Technologies. By Carlos Colson GSM : +32 478 79 11 80 carlos.colson@dinh.be. Page 1. FMT Flexible Modular Taps. Outstanding product 1997. Plug-in filters. Page 2. NIU with all interactive ports. NIU-2D4TB. Outstanding product 2002. Page 3.

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Competences & Technologies

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  1. Competences & Technologies By Carlos Colson GSM : +32 478 79 11 80 carlos.colson@dinh.be Page 1

  2. FMTFlexible Modular Taps Outstanding product 1997 Plug-in filters Page 2

  3. NIU with all interactive ports NIU-2D4TB Outstanding product 2002 Page 3

  4. Activity started in 1996 (only for Belgian and Luxembourg markets). And mainly focused on fiber optic solutions. Patchcords assemblies and prewired patchpanels Diamond (CH) license Network competences Page 4

  5. Distribution of: Digital FO transport systems Artel (USA): Digilink and DV6000 range Passive WDM and CWDM FOC (D) TDM, xDSL, CWDM, Ethernet converters, modems and mux Pandacom (D) KTI (TW) SFP’s, GBIC OPTECH (TW) Industrial FO transceivers eks (D) RJ45 Patchcords and Cat5e, 6, 7 cables Network competences Page 5

  6. Our Optical Products Fiber Optic and Network: • Pigtails, Patchcords and cables • Couplers, Attenuators, WDM • Ethernet Switches • Modems, Multiplexers and Media Converters (Triple Play) Page 6

  7. Research and development of broadband equipment In home, the final frontier? • A close encounter with the RGU

  8. After the last mile, the last meterThe indoor challenge • When a telecommunication network is seen from an economical vantage point, every part is a significant cost;

  9. After the last mile, the last meterThe indoor challenge • when equipment gets closer to the customer, the price per unit decreases dramatically however the number of units required increases as well;

  10. After the last mile, the last meterThe indoor challenge • the dreaded last mile has been subdued by the telco players, only to be replaced by another challenge, the last meter; Meter Mile

  11. After the last mile, the last meterThe indoor challenge • all the services available in the street are to no avail if the implementation requires the customer to tear his house apart; • solutions are few and far between, and can be costly.

  12. The Coax cable • The ubiquitous coaxial cable in the households has superior performance for data transmission. • It has been used in data transmission for years and is a better medium then even the most modern of twisted pair cablings including CAT 7 • This is the reason why signals that require great care have always been distributed over coax (TV, satellite…) • This superior technology has been largely overlooked for the last years. • It is however capable to deliver high speed data for peanuts compared to installing new cabling.

  13. The Coax cable, hidden gold • The ubiquitous coaxial cable in the households has superior performance for data transmission. • It has been used in data transmission for years and is a better medium then even the most modern of twisted pair cablings including Cat 7 • This is the reason why signals that require great care have always been distributed over coax (TV, satellite…) • This superior technology has been largely overlooked for the last years. • It is however capable to deliver high speed data for peanuts compared to installing new cabling.

  14. An existing medium An existing technology Ethernet over coax By combining : a reliable and very cost effective solution can be found for the last-meter issues.

  15. Ethernet over Coax • The superior quality of the coax cable, the veins of the CATV network, allows us to set up an Ethernet network over the legacy coaxial in home cabling, sending bidirectional data and delivering existing services to the different rooms in the house. • Applications: • Every TV outlet becomes a "PC"-outlet; • Interactive services to set top boxes can be provided over IP via a centralised modem; • IP STB's can be rolled-out using the existing coax cable.

  16. Every TV outlet NIU

  17. Every TV outlet becomes a PC outlet ENIU

  18. Ethernet over Coax:How does it work? • The Baseband part of the CATV network is not used in home; • The returnband can be filtered off for in home use; Return Path Radio Analogue TV Digital QAM

  19. Ethernet Ethernet over Coax:How does it work? • The Baseband part of the CATV network is not used in home; • The returnband can be filtered off for in home use; • Ethernet is a baseband system, and it's spectrum can be used in stead of the redundant returnband spectrum • These signals are than combined in the E-NIU; • and separated in the outlet. Radio Analogue TV Digital QAM

  20. Ethernet over Coax:How does it work? CATV (Coax) CATV (Coax) CATV + Ethernet (Coax) Ethernet (TP) Ethernet (TP) E-NIU E-Outlet

  21. Why Use Ethernet over Coax It gives the IP world access to the coax in house! carlos.colson@dinh.be

  22. F-connector RJ45-connector E-NIU 47-860 MHz 87-860 MHz 5-65/87-860 5-25/47-860 MHz CM 10 Mbit/47-860 MHz 10 Mbit/87-860 MHz 100 Mbit/133-860 MHz

  23. F-connector RJ45-connector E-NIU STB CM

  24. F-connector RJ45-connector E-NIU Eth Sw STB CM STB

  25. The End • Thank you for your attendance and attention. • Questions?

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