Slideshows for Tag: iptv

Slideshows for Tag: iptv http://www.slideshare.net/ http://www.slideshare.net/images/logo.gif Slideshows for Tag: iptv http://www.slideshare.net/ Wed, 23 Dec 2009 15:25:01 GMT SlideShare feed for Slideshows for Tag: iptv Iplayerpublicitypackoct09 http://www.slideshare.net/JuanVarela/iplayerpublicitypackoct09
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]]> Wed, 23 Dec 2009 15:25:01 GMT http://www.slideshare.net/JuanVarela/iplayerpublicitypackoct09 JuanVarela@slideshare.net(JuanVarela) Iplayerpublicitypackoct09 JuanVarela <img src="http://cdn.slidesharecdn.com/iplayerpublicitypackoct09-091223092511-phpapp02-thumbnail-2?1261581950" alt ="" style="border:1px solid #C3E6D8;float:right;" /> Iplayerpublicitypackoct09

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Announcement Of Harley Street TV 3G Doctor Joint Venture http://www.slideshare.net/3GDR/announcement-of-harley-street-tv-3g-doctor-joint-venture
Mobile Healthcare Industry Summit Presentation by Tam McDonald, CEO Harley St World, Announcing Joint Venture of Harley Street TV and 3G Doctor]]>
Mobile Healthcare Industry Summit Presentation by Tam McDonald, CEO Harley St World, Announcing Joint Venture of Harley Street TV and 3G Doctor]]> Tue, 22 Dec 2009 23:19:17 GMT http://www.slideshare.net/3GDR/announcement-of-harley-street-tv-3g-doctor-joint-venture 3GDR@slideshare.net(3GDR) Announcement Of Harley Street TV 3G Doctor Joint Venture 3GDR Mobile Healthcare Industry Summit Presentation by Tam McDonald, CEO Harley St World, Announcing Joint Venture of Harley Street TV and 3G Doctor <img src="http://cdn.slidesharecdn.com/announcementofhstv3gdoctorjv-091222172055-phpapp02-thumbnail-2?1261524120" alt ="" style="border:1px solid #C3E6D8;float:right;" /> Mobile Healthcare Industry Summit Presentation by Tam McDonald, CEO Harley St World, Announcing Joint Venture of Harley Street TV and 3G Doctor Announcement Of Harley Street TV 3G Doctor Joint Venture

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Desenvolvimento de Aplicacoes de TV interactiva na plataforma MEO IPTV http://www.slideshare.net/mulder3/desenvolvimento-de-aplicaes-de-tv-interactiva-na-plataforma-meo-iptv
Desenvolvimento de Aplicações de TV interactiva na plataforma MEO IPTV]]>
Desenvolvimento de Aplicações de TV interactiva na plataforma MEO IPTV]]> Wed, 16 Dec 2009 21:42:02 GMT http://www.slideshare.net/mulder3/desenvolvimento-de-aplicaes-de-tv-interactiva-na-plataforma-meo-iptv mulder3@slideshare.net(mulder3) Desenvolvimento de Aplicacoes de TV interactiva na plataforma MEO IPTV mulder3 Desenvolvimento de Aplicações de TV interactiva na plataforma MEO IPTV <img src="http://cdn.slidesharecdn.com/meo-091216154210-phpapp02-thumbnail-2?1261000210" alt ="" style="border:1px solid #C3E6D8;float:right;" /> Desenvolvimento de Aplicações de TV interactiva na plataforma MEO IPTV Desenvolvimento de Aplicacoes de TV interactiva na plataforma MEO IPTV

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Cross Media finder - The Best Practice Network solution http://www.slideshare.net/mitolo/cross-media-finder-the-best-practice-network-solution
This flyer describes the functionalities of the Cross Media Fidner solution, a complete solution which allow to set up and manage best practice network and webTV, IPTV VOD.]]>
This flyer describes the functionalities of the Cross Media Fidner solution, a complete solution which allow to set up and manage best practice network and webTV, IPTV VOD.]]> Thu, 10 Dec 2009 09:23:27 GMT http://www.slideshare.net/mitolo/cross-media-finder-the-best-practice-network-solution mitolo@slideshare.net(mitolo) Cross Media finder - The Best Practice Network solution mitolo This flyer describes the functionalities of the Cross Media Fidner solution, a complete solution which allow to set up and manage best practice network and webTV, IPTV VOD. <img src="http://cdn.slidesharecdn.com/xmf-flyer-v0-4-lq-091210032400-phpapp01-thumbnail-2?1260437777" alt ="" style="border:1px solid #C3E6D8;float:right;" /> This flyer describes the functionalities of the Cross Media Fidner solution, a complete solution which allow to set up and manage best practice network and webTV, IPTV VOD. Cross Media finder - The Best Practice Network solution

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Nex Tv 2009 Hybrid Networks Verimatrix 111809 http://www.slideshare.net/kfostervmx/nex-tv-2009-hybrid-networks-verimatrix-111809
The strong movement towards “content anywhere anytime” and “prime time on my time” puts an increasing pressure on operators to keep customers happy. Pay-TV operators recognize that they must offer advanced services such as HD and video-on-demand. However, network bandwidth limitations often present a challenge. Moreover, the lack of a return channel in broadcast networks means that interactive applications are limited. One solution combines DVB and IP delivery technologies through a hybrid network approach that takes advantage of the strengths of each: an RF-based broadcast network for one-to-many linear content delivery, combined with an IP network for interactive one-to-one services such as video-on-demand (VOD) and shopping. With a hybrid approach, the opportunity exists to offer new of subscriber benefits in a seamless experience while the service operator improves both competitive position and revenue potential. Operators can take different paths in the transition to a higher-value subscriber base, depending on their current infrastructure and business objectives. For example, DVB broadcasters may add IP-based video-on-demand services, while IPTV operators can benefit by adding DVB satellite or terrestrial channel bundles. Content security technology has followed the evolution of pay-TV networks. While analog systems never had strong content security, the introduction of digital video broadcasting in the mid ‘90s had a profound impact. This led to the development of so-called conditional access systems, which in design have remained quite constant since then. Since broadcast networks were all one-way, a strong security element was required in the set-top box. The technology chosen was based on smart cards. With the introduction of IP-based video in two-way broadband networks, a radical change took place. Instead of smart card based security, companies like Verimatrix developed a new architecture based on two-way communication and software-based security. By using technology proven in e-commerce applications, it was possible to improve the security for IPTV to such a degree that smart cards were no longer required. Since a hybrid network is in principle a two-way IP network with a broadcast overlay, IPTV content security can be directly applied. This offers an opportunity to transition from legacy CA systems, based on smart cards, to a single software-based system that supports both broadcast and IP]]>
The strong movement towards “content anywhere anytime” and “prime time on my time” puts an increasing pressure on operators to keep customers happy. Pay-TV operators recognize that they must offer advanced services such as HD and video-on-demand. However, network bandwidth limitations often present a challenge. Moreover, the lack of a return channel in broadcast networks means that interactive applications are limited. One solution combines DVB and IP delivery technologies through a hybrid network approach that takes advantage of the strengths of each: an RF-based broadcast network for one-to-many linear content delivery, combined with an IP network for interactive one-to-one services such as video-on-demand (VOD) and shopping. With a hybrid approach, the opportunity exists to offer new of subscriber benefits in a seamless experience while the service operator improves both competitive position and revenue potential. Operators can take different paths in the transition to a higher-value subscriber base, depending on their current infrastructure and business objectives. For example, DVB broadcasters may add IP-based video-on-demand services, while IPTV operators can benefit by adding DVB satellite or terrestrial channel bundles. Content security technology has followed the evolution of pay-TV networks. While analog systems never had strong content security, the introduction of digital video broadcasting in the mid ‘90s had a profound impact. This led to the development of so-called conditional access systems, which in design have remained quite constant since then. Since broadcast networks were all one-way, a strong security element was required in the set-top box. The technology chosen was based on smart cards. With the introduction of IP-based video in two-way broadband networks, a radical change took place. Instead of smart card based security, companies like Verimatrix developed a new architecture based on two-way communication and software-based security. By using technology proven in e-commerce applications, it was possible to improve the security for IPTV to such a degree that smart cards were no longer required. Since a hybrid network is in principle a two-way IP network with a broadcast overlay, IPTV content security can be directly applied. This offers an opportunity to transition from legacy CA systems, based on smart cards, to a single software-based system that supports both broadcast and IP]]> Mon, 07 Dec 2009 20:07:57 GMT http://www.slideshare.net/kfostervmx/nex-tv-2009-hybrid-networks-verimatrix-111809 kfostervmx@slideshare.net(kfostervmx) Nex Tv 2009 Hybrid Networks Verimatrix 111809 kfostervmx The strong movement towards “content anywhere anytime” and “prime time on my time” puts an increasing pressure on operators to keep customers happy. Pay-TV operators recognize that they must offer advanced services such as HD and video-on-demand. However, network bandwidth limitations often present a challenge. Moreover, the lack of a return channel in broadcast networks means that interactive applications are limited. One solution combines DVB and IP delivery technologies through a hybrid network approach that takes advantage of the strengths of each: an RF-based broadcast network for one-to-many linear content delivery, combined with an IP network for interactive one-to-one services such as video-on-demand (VOD) and shopping. With a hybrid approach, the opportunity exists to offer new of subscriber benefits in a seamless experience while the service operator improves both competitive position and revenue potential. Operators can take different paths in the transition to a higher-value subscriber base, depending on their current infrastructure and business objectives. For example, DVB broadcasters may add IP-based video-on-demand services, while IPTV operators can benefit by adding DVB satellite or terrestrial channel bundles. Content security technology has followed the evolution of pay-TV networks. While analog systems never had strong content security, the introduction of digital video broadcasting in the mid ‘90s had a profound impact. This led to the development of so-called conditional access systems, which in design have remained quite constant since then. Since broadcast networks were all one-way, a strong security element was required in the set-top box. The technology chosen was based on smart cards. With the introduction of IP-based video in two-way broadband networks, a radical change took place. Instead of smart card based security, companies like Verimatrix developed a new architecture based on two-way communication and software-based security. By using technology proven in e-commerce applications, it was possible to improve the security for IPTV to such a degree that smart cards were no longer required. Since a hybrid network is in principle a two-way IP network with a broadcast overlay, IPTV content security can be directly applied. This offers an opportunity to transition from legacy CA systems, based on smart cards, to a single software-based system that supports both broadcast and IP <img src="http://cdn.slidesharecdn.com/nextv2009-hybridnetworks-verimatrix-111809-091207140803-phpapp01-thumbnail-2?1260216617" alt ="" style="border:1px solid #C3E6D8;float:right;" /> The strong movement towards “content anywhere anytime” and “prime time on my time” puts an increasing pressure on operators to keep customers happy. Pay-TV operators recognize that they must offer advanced services such as HD and video-on-demand. However, network bandwidth limitations often present a challenge. Moreover, the lack of a return channel in broadcast networks means that interactive applications are limited. One solution combines DVB and IP delivery technologies through a hybrid network approach that takes advantage of the strengths of each: an RF-based broadcast network for one-to-many linear content delivery, combined with an IP network for interactive one-to-one services such as video-on-demand (VOD) and shopping. With a hybrid approach, the opportunity exists to offer new of subscriber benefits in a seamless experience while the service operator improves both competitive position and revenue potential. Operators can take different paths in the transition to a higher-value subscriber base, depending on their current infrastructure and business objectives. For example, DVB broadcasters may add IP-based video-on-demand services, while IPTV operators can benefit by adding DVB satellite or terrestrial channel bundles. Content security technology has followed the evolution of pay-TV networks. While analog systems never had strong content security, the introduction of digital video broadcasting in the mid ‘90s had a profound impact. This led to the development of so-called conditional access systems, which in design have remained quite constant since then. Since broadcast networks were all one-way, a strong security element was required in the set-top box. The technology chosen was based on smart cards. With the introduction of IP-based video in two-way broadband networks, a radical change took place. Instead of smart card based security, companies like Verimatrix developed a new architecture based on two-way communication and software-based security. By using technology proven in e-commerce applications, it was possible to improve the security for IPTV to such a degree that smart cards were no longer required. Since a hybrid network is in principle a two-way IP network with a broadcast overlay, IPTV content security can be directly applied. This offers an opportunity to transition from legacy CA systems, based on smart cards, to a single software-based system that supports both broadcast and IP Nex Tv 2009 Hybrid Networks Verimatrix 111809

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Come la tv digitale ed i media sociali stanno cambiando il sistema televisivo - How the digital tv and the social media are changing the television system http://www.slideshare.net/daturi/how-digital-tv-and-the-social-media-are-changing-the-television-system
L’adozione della tv digitale terrestre sta modificando irreveribilmente il sistema televisivo aprendo la strada a nuovi media televisivi che lottano uno contro l’altro per guadagnare tempo di visione dell’utente all’interno del televisore trasformato in HUB multimediale. Allo stesso tempo, i media sociali hanno creato un nuovo ruolo a 3 dimensioni per l’utente in Internet, e hanno inaugurato una nuova modalità di fruizione personalizzata dei contenuti in Rete che sta mettendo in discussione il business model tradizionale legato alla pubblicità, e che sta giungendo sullo schermo televisivo grazie ai terminali televisivi più evoluti: le game console. Digital terrestrial television adoption is permanently modifying the television system, creating new tv platforms and letting them fight one against the other to appear inside of the television object transformed in a multimedia HUB. At the same time social media introduced a new 3D role for the user in the Internet, and a new way of personalised content organisation which is critical for the traditional adv business model and which is coming into TVs via the most advanced tv terminal, the game consoles. ]]>
L’adozione della tv digitale terrestre sta modificando irreveribilmente il sistema televisivo aprendo la strada a nuovi media televisivi che lottano uno contro l’altro per guadagnare tempo di visione dell’utente all’interno del televisore trasformato in HUB multimediale. Allo stesso tempo, i media sociali hanno creato un nuovo ruolo a 3 dimensioni per l’utente in Internet, e hanno inaugurato una nuova modalità di fruizione personalizzata dei contenuti in Rete che sta mettendo in discussione il business model tradizionale legato alla pubblicità, e che sta giungendo sullo schermo televisivo grazie ai terminali televisivi più evoluti: le game console. Digital terrestrial television adoption is permanently modifying the television system, creating new tv platforms and letting them fight one against the other to appear inside of the television object transformed in a multimedia HUB. At the same time social media introduced a new 3D role for the user in the Internet, and a new way of personalised content organisation which is critical for the traditional adv business model and which is coming into TVs via the most advanced tv terminal, the game consoles. ]]> Mon, 07 Dec 2009 11:46:48 GMT http://www.slideshare.net/daturi/how-digital-tv-and-the-social-media-are-changing-the-television-system daturi@slideshare.net(daturi) Come la tv digitale ed i media sociali stanno cambiando il sistema televisivo - How the digital tv and the social media are changing the television system daturi L’adozione della tv digitale terrestre sta modificando irreveribilmente il sistema televisivo aprendo la strada a nuovi media televisivi che lottano uno contro l’altro per guadagnare tempo di visione dell’utente all’interno del televisore trasformato in HUB multimediale. Allo stesso tempo, i media sociali hanno creato un nuovo ruolo a 3 dimensioni per l’utente in Internet, e hanno inaugurato una nuova modalità di fruizione personalizzata dei contenuti in Rete che sta mettendo in discussione il business model tradizionale legato alla pubblicità, e che sta giungendo sullo schermo televisivo grazie ai terminali televisivi più evoluti: le game console. Digital terrestrial television adoption is permanently modifying the television system, creating new tv platforms and letting them fight one against the other to appear inside of the television object transformed in a multimedia HUB. At the same time social media introduced a new 3D role for the user in the Internet, and a new way of personalised content organisation which is critical for the traditional adv business model and which is coming into TVs via the most advanced tv terminal, the game consoles. <img src="http://cdn.slidesharecdn.com/touruniversit-091207054656-phpapp02-thumbnail-2?1260720293" alt ="" style="border:1px solid #C3E6D8;float:right;" /> L’adozione della tv digitale terrestre sta modificando irreveribilmente il sistema televisivo aprendo la strada a nuovi media televisivi che lottano uno contro l’altro per guadagnare tempo di visione dell’utente all’interno del televisore trasformato in HUB multimediale. Allo stesso tempo, i media sociali hanno creato un nuovo ruolo a 3 dimensioni per l’utente in Internet, e hanno inaugurato una nuova modalità di fruizione personalizzata dei contenuti in Rete che sta mettendo in discussione il business model tradizionale legato alla pubblicità, e che sta giungendo sullo schermo televisivo grazie ai terminali televisivi più evoluti: le game console. Digital terrestrial television adoption is permanently modifying the television system, creating new tv platforms and letting them fight one against the other to appear inside of the television object transformed in a multimedia HUB. At the same time social media introduced a new 3D role for the user in the Internet, and a new way of personalised content organisation which is critical for the traditional adv business model and which is coming into TVs via the most advanced tv terminal, the game consoles. Come la tv digitale ed i media sociali stanno cambiando il sistema televisivo - How the digital tv and the social media are changing the television system

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Estado actual y futuro de la tecnología IPTV (Internet Protocol Television) aplicada al sector educativo http://www.slideshare.net/oui/estado-actual-y-futuro-de-la-tecnologia-iptv-internet-protocol-television-aplicada-al-sector-educativo
Estado actual y futuro de la tecnología IPTV (Internet Protocol Television) aplicada al sector educativo Oscar Martínez-Bonastre, PhD Miguel Hernández University Spain]]>
Estado actual y futuro de la tecnología IPTV (Internet Protocol Television) aplicada al sector educativo Oscar Martínez-Bonastre, PhD Miguel Hernández University Spain]]> Wed, 02 Dec 2009 15:56:09 GMT http://www.slideshare.net/oui/estado-actual-y-futuro-de-la-tecnologia-iptv-internet-protocol-television-aplicada-al-sector-educativo oui@slideshare.net(oui) Estado actual y futuro de la tecnología IPTV (Internet Protocol Television) aplicada al sector educativo oui Estado actual y futuro de la tecnología IPTV (Internet Protocol Television) aplicada al sector educativo Oscar Martínez-Bonastre, PhD Miguel Hernández University Spain <img src="http://cdn.slidesharecdn.com/oscarmartinez-091202100738-phpapp01-thumbnail-2?1259770139" alt ="" style="border:1px solid #C3E6D8;float:right;" /> Estado actual y futuro de la tecnología IPTV (Internet Protocol Television) aplicada al sector educativo Oscar Martínez-Bonastre, PhD Miguel Hernández University Spain Estado actual y futuro de la tecnología IPTV (Internet Protocol Television) aplicada al sector educativo

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INNONET™ - POF Overview http://www.slideshare.net/roches/innonet-pof-overview
Data transmission quality and capacity of the access network for domestic broadband communication is steadily being improved with active technology and the use of fiber optic cables. This means that customers can be offered more services. The available access network bandwidths should not end at the house entrance, but must be made available to the user with a building wiring system that matches technical requirements. Today’s cable networks with copper and coaxial lines often fail to attain the required bandwidth in the transmission routes. Coaxial networks were originally set up for television services. Future systems will require variable structures in the network topology. Interactive services will require fully functional return channels. The growth of newly available services is matched by requirements arising from customer needs. Triple Play Services (TPS) such as digital television (DVB), Internet, Internet telephony (VoIP), as well as interactive information services, such as e-Health, e-Government, and so on, require forward-looking, reliable building wiring systems that are easy to install and operate. On a physical level, the transmission protocol is Ethernet, with a data rate of 100 MBit/s (Fast Ethernet). This means that the services described above can be provided in good quality. The transmission medium is Polymer Optical Fiber (POF), a synthetic fiber optic cable.]]>
Data transmission quality and capacity of the access network for domestic broadband communication is steadily being improved with active technology and the use of fiber optic cables. This means that customers can be offered more services. The available access network bandwidths should not end at the house entrance, but must be made available to the user with a building wiring system that matches technical requirements. Today’s cable networks with copper and coaxial lines often fail to attain the required bandwidth in the transmission routes. Coaxial networks were originally set up for television services. Future systems will require variable structures in the network topology. Interactive services will require fully functional return channels. The growth of newly available services is matched by requirements arising from customer needs. Triple Play Services (TPS) such as digital television (DVB), Internet, Internet telephony (VoIP), as well as interactive information services, such as e-Health, e-Government, and so on, require forward-looking, reliable building wiring systems that are easy to install and operate. On a physical level, the transmission protocol is Ethernet, with a data rate of 100 MBit/s (Fast Ethernet). This means that the services described above can be provided in good quality. The transmission medium is Polymer Optical Fiber (POF), a synthetic fiber optic cable.]]> Wed, 02 Dec 2009 10:46:03 GMT http://www.slideshare.net/roches/innonet-pof-overview roches@slideshare.net(roches) INNONET™ - POF Overview roches Data transmission quality and capacity of the access network for domestic broadband communication is steadily being improved with active technology and the use of fiber optic cables. This means that customers can be offered more services. The available access network bandwidths should not end at the house entrance, but must be made available to the user with a building wiring system that matches technical requirements. Today’s cable networks with copper and coaxial lines often fail to attain the required bandwidth in the transmission routes. Coaxial networks were originally set up for television services. Future systems will require variable structures in the network topology. Interactive services will require fully functional return channels. The growth of newly available services is matched by requirements arising from customer needs. Triple Play Services (TPS) such as digital television (DVB), Internet, Internet telephony (VoIP), as well as interactive information services, such as e-Health, e-Government, and so on, require forward-looking, reliable building wiring systems that are easy to install and operate. On a physical level, the transmission protocol is Ethernet, with a data rate of 100 MBit/s (Fast Ethernet). This means that the services described above can be provided in good quality. The transmission medium is Polymer Optical Fiber (POF), a synthetic fiber optic cable. <img src="http://cdn.slidesharecdn.com/innonetpofoverview-091202052146-phpapp01-thumbnail-2?1260638316" alt ="" style="border:1px solid #C3E6D8;float:right;" /> Data transmission quality and capacity of the access network for domestic broadband communication is steadily being improved with active technology and the use of fiber optic cables. This means that customers can be offered more services. The available access network bandwidths should not end at the house entrance, but must be made available to the user with a building wiring system that matches technical requirements. Today’s cable networks with copper and coaxial lines often fail to attain the required bandwidth in the transmission routes. Coaxial networks were originally set up for television services. Future systems will require variable structures in the network topology. Interactive services will require fully functional return channels. The growth of newly available services is matched by requirements arising from customer needs. Triple Play Services (TPS) such as digital television (DVB), Internet, Internet telephony (VoIP), as well as interactive information services, such as e-Health, e-Government, and so on, require forward-looking, reliable building wiring systems that are easy to install and operate. On a physical level, the transmission protocol is Ethernet, with a data rate of 100 MBit/s (Fast Ethernet). This means that the services described above can be provided in good quality. The transmission medium is Polymer Optical Fiber (POF), a synthetic fiber optic cable. INNONET™ - POF Overview

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INNONET™ Digitale Zukunft schon heute - Innovativ mit IPTV http://www.slideshare.net/roches/innonet-digitale-zukunft-schon-heute-innovativ-mit-iptv
Data transmission quality and capacity of the access network for domestic broadband communication is steadily being improved with active technology and the use of fiber optic cables. This means that customers can be offered more services. The available access network bandwidths should not end at the house entrance, but must be made available to the user with a building wiring system that matches technical requirements. Today’s cable networks with copper and coaxial lines often fail to attain the required bandwidth in the transmission routes. Coaxial networks were originally set up for television services. Future systems will require variable structures in the network topology. Interactive services will require fully functional return channels. The growth of newly available services is matched by requirements arising from customer needs. Triple Play Services (TPS) such as digital television (DVB), Internet, Internet telephony (VoIP), as well as interactive information services, such as e-Health, e-Government, and so on, require forward-looking, reliable building wiring systems that are easy to install and operate. On a physical level, the transmission protocol is Ethernet, with a data rate of 100 MBit/s (Fast Ethernet). This means that the services described above can be provided in good quality. The transmission medium is Polymer Optical Fiber (POF), a synthetic fiber optic cable.]]>
Data transmission quality and capacity of the access network for domestic broadband communication is steadily being improved with active technology and the use of fiber optic cables. This means that customers can be offered more services. The available access network bandwidths should not end at the house entrance, but must be made available to the user with a building wiring system that matches technical requirements. Today’s cable networks with copper and coaxial lines often fail to attain the required bandwidth in the transmission routes. Coaxial networks were originally set up for television services. Future systems will require variable structures in the network topology. Interactive services will require fully functional return channels. The growth of newly available services is matched by requirements arising from customer needs. Triple Play Services (TPS) such as digital television (DVB), Internet, Internet telephony (VoIP), as well as interactive information services, such as e-Health, e-Government, and so on, require forward-looking, reliable building wiring systems that are easy to install and operate. On a physical level, the transmission protocol is Ethernet, with a data rate of 100 MBit/s (Fast Ethernet). This means that the services described above can be provided in good quality. The transmission medium is Polymer Optical Fiber (POF), a synthetic fiber optic cable.]]> Wed, 02 Dec 2009 10:44:50 GMT http://www.slideshare.net/roches/innonet-digitale-zukunft-schon-heute-innovativ-mit-iptv roches@slideshare.net(roches) INNONET™ Digitale Zukunft schon heute - Innovativ mit IPTV roches Data transmission quality and capacity of the access network for domestic broadband communication is steadily being improved with active technology and the use of fiber optic cables. This means that customers can be offered more services. The available access network bandwidths should not end at the house entrance, but must be made available to the user with a building wiring system that matches technical requirements. Today’s cable networks with copper and coaxial lines often fail to attain the required bandwidth in the transmission routes. Coaxial networks were originally set up for television services. Future systems will require variable structures in the network topology. Interactive services will require fully functional return channels. The growth of newly available services is matched by requirements arising from customer needs. Triple Play Services (TPS) such as digital television (DVB), Internet, Internet telephony (VoIP), as well as interactive information services, such as e-Health, e-Government, and so on, require forward-looking, reliable building wiring systems that are easy to install and operate. On a physical level, the transmission protocol is Ethernet, with a data rate of 100 MBit/s (Fast Ethernet). This means that the services described above can be provided in good quality. The transmission medium is Polymer Optical Fiber (POF), a synthetic fiber optic cable. <img src="http://cdn.slidesharecdn.com/innonetdigitalezukunftschonheute-innovativmitiptv-091202052555-phpapp02-thumbnail-2?1260638057" alt ="" style="border:1px solid #C3E6D8;float:right;" /> Data transmission quality and capacity of the access network for domestic broadband communication is steadily being improved with active technology and the use of fiber optic cables. This means that customers can be offered more services. The available access network bandwidths should not end at the house entrance, but must be made available to the user with a building wiring system that matches technical requirements. Today’s cable networks with copper and coaxial lines often fail to attain the required bandwidth in the transmission routes. Coaxial networks were originally set up for television services. Future systems will require variable structures in the network topology. Interactive services will require fully functional return channels. The growth of newly available services is matched by requirements arising from customer needs. Triple Play Services (TPS) such as digital television (DVB), Internet, Internet telephony (VoIP), as well as interactive information services, such as e-Health, e-Government, and so on, require forward-looking, reliable building wiring systems that are easy to install and operate. On a physical level, the transmission protocol is Ethernet, with a data rate of 100 MBit/s (Fast Ethernet). This means that the services described above can be provided in good quality. The transmission medium is Polymer Optical Fiber (POF), a synthetic fiber optic cable. INNONET™ Digitale Zukunft schon heute - Innovativ mit IPTV

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INNONET™ - Anwendung im Krankenhaus und AAL http://www.slideshare.net/roches/innonet-anwendung-in-krankenhaus-und-aal
Data transmission quality and capacity of the access network for domestic broadband communication is steadily being improved with active technology and the use of fiber optic cables. This means that customers can be offered more services. The available access network bandwidths should not end at the house entrance, but must be made available to the user with a building wiring system that matches technical requirements. Today’s cable networks with copper and coaxial lines often fail to attain the required bandwidth in the transmission routes. Coaxial networks were originally set up for television services. Future systems will require variable structures in the network topology. Interactive services will require fully functional return channels. The growth of newly available services is matched by requirements arising from customer needs. Triple Play Services (TPS) such as digital television (DVB), Internet, Internet telephony (VoIP), as well as interactive information services, such as e-Health, e-Government, and so on, require forward-looking, reliable building wiring systems that are easy to install and operate. On a physical level, the transmission protocol is Ethernet, with a data rate of 100 MBit/s (Fast Ethernet). This means that the services described above can be provided in good quality. The transmission medium is Polymer Optical Fiber (POF), a synthetic fiber optic cable.]]>
Data transmission quality and capacity of the access network for domestic broadband communication is steadily being improved with active technology and the use of fiber optic cables. This means that customers can be offered more services. The available access network bandwidths should not end at the house entrance, but must be made available to the user with a building wiring system that matches technical requirements. Today’s cable networks with copper and coaxial lines often fail to attain the required bandwidth in the transmission routes. Coaxial networks were originally set up for television services. Future systems will require variable structures in the network topology. Interactive services will require fully functional return channels. The growth of newly available services is matched by requirements arising from customer needs. Triple Play Services (TPS) such as digital television (DVB), Internet, Internet telephony (VoIP), as well as interactive information services, such as e-Health, e-Government, and so on, require forward-looking, reliable building wiring systems that are easy to install and operate. On a physical level, the transmission protocol is Ethernet, with a data rate of 100 MBit/s (Fast Ethernet). This means that the services described above can be provided in good quality. The transmission medium is Polymer Optical Fiber (POF), a synthetic fiber optic cable.]]> Wed, 02 Dec 2009 10:43:38 GMT http://www.slideshare.net/roches/innonet-anwendung-in-krankenhaus-und-aal roches@slideshare.net(roches) INNONET™ - Anwendung im Krankenhaus und AAL roches Data transmission quality and capacity of the access network for domestic broadband communication is steadily being improved with active technology and the use of fiber optic cables. This means that customers can be offered more services. The available access network bandwidths should not end at the house entrance, but must be made available to the user with a building wiring system that matches technical requirements. Today’s cable networks with copper and coaxial lines often fail to attain the required bandwidth in the transmission routes. Coaxial networks were originally set up for television services. Future systems will require variable structures in the network topology. Interactive services will require fully functional return channels. The growth of newly available services is matched by requirements arising from customer needs. Triple Play Services (TPS) such as digital television (DVB), Internet, Internet telephony (VoIP), as well as interactive information services, such as e-Health, e-Government, and so on, require forward-looking, reliable building wiring systems that are easy to install and operate. On a physical level, the transmission protocol is Ethernet, with a data rate of 100 MBit/s (Fast Ethernet). This means that the services described above can be provided in good quality. The transmission medium is Polymer Optical Fiber (POF), a synthetic fiber optic cable. <img src="http://cdn.slidesharecdn.com/innonetanwendunginkrankenhausundaal-091202052322-phpapp01-thumbnail-2?1260638386" alt ="" style="border:1px solid #C3E6D8;float:right;" /> Data transmission quality and capacity of the access network for domestic broadband communication is steadily being improved with active technology and the use of fiber optic cables. This means that customers can be offered more services. The available access network bandwidths should not end at the house entrance, but must be made available to the user with a building wiring system that matches technical requirements. Today’s cable networks with copper and coaxial lines often fail to attain the required bandwidth in the transmission routes. Coaxial networks were originally set up for television services. Future systems will require variable structures in the network topology. Interactive services will require fully functional return channels. The growth of newly available services is matched by requirements arising from customer needs. Triple Play Services (TPS) such as digital television (DVB), Internet, Internet telephony (VoIP), as well as interactive information services, such as e-Health, e-Government, and so on, require forward-looking, reliable building wiring systems that are easy to install and operate. On a physical level, the transmission protocol is Ethernet, with a data rate of 100 MBit/s (Fast Ethernet). This means that the services described above can be provided in good quality. The transmission medium is Polymer Optical Fiber (POF), a synthetic fiber optic cable. INNONET™ - Anwendung im Krankenhaus und AAL

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INNONET(tm) Company and product presentation http://www.slideshare.net/roches/innonet-company-and-product-presentation
Data transmission quality and capacity of the access network for domestic broadband communication is steadily being improved with active technology and the use of fiber optic cables. This means that customers can be offered more services. The available access network bandwidths should not end at the house entrance, but must be made available to the user with a building wiring system that matches technical requirements. Today’s cable networks with copper and coaxial lines often fail to attain the required bandwidth in the transmission routes. Coaxial networks were originally set up for television services. Future systems will require variable structures in the network topology. Interactive services will require fully functional return channels. The growth of newly available services is matched by requirements arising from customer needs. Triple Play Services (TPS) such as digital television (DVB), Internet, Internet telephony (VoIP), as well as interactive information services, such as e-Health, e-Government, and so on, require forward-looking, reliable building wiring systems that are easy to install and operate. On a physical level, the transmission protocol is Ethernet, with a data rate of 100 MBit/s (Fast Ethernet). This means that the services described above can be provided in good quality. The transmission medium is Polymer Optical Fiber (POF), a synthetic fiber optic cable.]]>
Data transmission quality and capacity of the access network for domestic broadband communication is steadily being improved with active technology and the use of fiber optic cables. This means that customers can be offered more services. The available access network bandwidths should not end at the house entrance, but must be made available to the user with a building wiring system that matches technical requirements. Today’s cable networks with copper and coaxial lines often fail to attain the required bandwidth in the transmission routes. Coaxial networks were originally set up for television services. Future systems will require variable structures in the network topology. Interactive services will require fully functional return channels. The growth of newly available services is matched by requirements arising from customer needs. Triple Play Services (TPS) such as digital television (DVB), Internet, Internet telephony (VoIP), as well as interactive information services, such as e-Health, e-Government, and so on, require forward-looking, reliable building wiring systems that are easy to install and operate. On a physical level, the transmission protocol is Ethernet, with a data rate of 100 MBit/s (Fast Ethernet). This means that the services described above can be provided in good quality. The transmission medium is Polymer Optical Fiber (POF), a synthetic fiber optic cable.]]> Wed, 02 Dec 2009 10:37:22 GMT http://www.slideshare.net/roches/innonet-company-and-product-presentation roches@slideshare.net(roches) INNONET(tm) Company and product presentation roches Data transmission quality and capacity of the access network for domestic broadband communication is steadily being improved with active technology and the use of fiber optic cables. This means that customers can be offered more services. The available access network bandwidths should not end at the house entrance, but must be made available to the user with a building wiring system that matches technical requirements. Today’s cable networks with copper and coaxial lines often fail to attain the required bandwidth in the transmission routes. Coaxial networks were originally set up for television services. Future systems will require variable structures in the network topology. Interactive services will require fully functional return channels. The growth of newly available services is matched by requirements arising from customer needs. Triple Play Services (TPS) such as digital television (DVB), Internet, Internet telephony (VoIP), as well as interactive information services, such as e-Health, e-Government, and so on, require forward-looking, reliable building wiring systems that are easy to install and operate. On a physical level, the transmission protocol is Ethernet, with a data rate of 100 MBit/s (Fast Ethernet). This means that the services described above can be provided in good quality. The transmission medium is Polymer Optical Fiber (POF), a synthetic fiber optic cable. <img src="http://cdn.slidesharecdn.com/innonetcompanyandproductpresentation-091202052525-phpapp02-thumbnail-2?1260465567" alt ="" style="border:1px solid #C3E6D8;float:right;" /> Data transmission quality and capacity of the access network for domestic broadband communication is steadily being improved with active technology and the use of fiber optic cables. This means that customers can be offered more services. The available access network bandwidths should not end at the house entrance, but must be made available to the user with a building wiring system that matches technical requirements. Today’s cable networks with copper and coaxial lines often fail to attain the required bandwidth in the transmission routes. Coaxial networks were originally set up for television services. Future systems will require variable structures in the network topology. Interactive services will require fully functional return channels. The growth of newly available services is matched by requirements arising from customer needs. Triple Play Services (TPS) such as digital television (DVB), Internet, Internet telephony (VoIP), as well as interactive information services, such as e-Health, e-Government, and so on, require forward-looking, reliable building wiring systems that are easy to install and operate. On a physical level, the transmission protocol is Ethernet, with a data rate of 100 MBit/s (Fast Ethernet). This means that the services described above can be provided in good quality. The transmission medium is Polymer Optical Fiber (POF), a synthetic fiber optic cable. INNONET(tm) Company and product presentation

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INNONET™ - Netzwerkplattform im Hotel, KH und AAL http://www.slideshare.net/roches/innonet-netzwerkplattform-in-hotel-kh-und-aal-2630546
Data transmission quality and capacity of the access network for domestic broadband communication is steadily being improved with active technology and the use of fiber optic cables. This means that customers can be offered more services. The available access network bandwidths should not end at the house entrance, but must be made available to the user with a building wiring system that matches technical requirements. Today’s cable networks with copper and coaxial lines often fail to attain the required bandwidth in the transmission routes. Coaxial networks were originally set up for television services. Future systems will require variable structures in the network topology. Interactive services will require fully functional return channels. The growth of newly available services is matched by requirements arising from customer needs. Triple Play Services (TPS) such as digital television (DVB), Internet, Internet telephony (VoIP), as well as interactive information services, such as e-Health, e-Government, and so on, require forward-looking, reliable building wiring systems that are easy to install and operate. On a physical level, the transmission protocol is Ethernet, with a data rate of 100 MBit/s (Fast Ethernet). This means that the services described above can be provided in good quality. The transmission medium is Polymer Optical Fiber (POF), a synthetic fiber optic cable.]]>
Data transmission quality and capacity of the access network for domestic broadband communication is steadily being improved with active technology and the use of fiber optic cables. This means that customers can be offered more services. The available access network bandwidths should not end at the house entrance, but must be made available to the user with a building wiring system that matches technical requirements. Today’s cable networks with copper and coaxial lines often fail to attain the required bandwidth in the transmission routes. Coaxial networks were originally set up for television services. Future systems will require variable structures in the network topology. Interactive services will require fully functional return channels. The growth of newly available services is matched by requirements arising from customer needs. Triple Play Services (TPS) such as digital television (DVB), Internet, Internet telephony (VoIP), as well as interactive information services, such as e-Health, e-Government, and so on, require forward-looking, reliable building wiring systems that are easy to install and operate. On a physical level, the transmission protocol is Ethernet, with a data rate of 100 MBit/s (Fast Ethernet). This means that the services described above can be provided in good quality. The transmission medium is Polymer Optical Fiber (POF), a synthetic fiber optic cable.]]> Wed, 02 Dec 2009 10:12:25 GMT http://www.slideshare.net/roches/innonet-netzwerkplattform-in-hotel-kh-und-aal-2630546 roches@slideshare.net(roches) INNONET™ - Netzwerkplattform im Hotel, KH und AAL roches Data transmission quality and capacity of the access network for domestic broadband communication is steadily being improved with active technology and the use of fiber optic cables. This means that customers can be offered more services. The available access network bandwidths should not end at the house entrance, but must be made available to the user with a building wiring system that matches technical requirements. Today’s cable networks with copper and coaxial lines often fail to attain the required bandwidth in the transmission routes. Coaxial networks were originally set up for television services. Future systems will require variable structures in the network topology. Interactive services will require fully functional return channels. The growth of newly available services is matched by requirements arising from customer needs. Triple Play Services (TPS) such as digital television (DVB), Internet, Internet telephony (VoIP), as well as interactive information services, such as e-Health, e-Government, and so on, require forward-looking, reliable building wiring systems that are easy to install and operate. On a physical level, the transmission protocol is Ethernet, with a data rate of 100 MBit/s (Fast Ethernet). This means that the services described above can be provided in good quality. The transmission medium is Polymer Optical Fiber (POF), a synthetic fiber optic cable. <img src="http://cdn.slidesharecdn.com/anwendungderinnonetnetzwerkplattforminhotelkhundaal-091202041227-phpapp02-thumbnail-2?1260638221" alt ="" style="border:1px solid #C3E6D8;float:right;" /> Data transmission quality and capacity of the access network for domestic broadband communication is steadily being improved with active technology and the use of fiber optic cables. This means that customers can be offered more services. The available access network bandwidths should not end at the house entrance, but must be made available to the user with a building wiring system that matches technical requirements. Today’s cable networks with copper and coaxial lines often fail to attain the required bandwidth in the transmission routes. Coaxial networks were originally set up for television services. Future systems will require variable structures in the network topology. Interactive services will require fully functional return channels. The growth of newly available services is matched by requirements arising from customer needs. Triple Play Services (TPS) such as digital television (DVB), Internet, Internet telephony (VoIP), as well as interactive information services, such as e-Health, e-Government, and so on, require forward-looking, reliable building wiring systems that are easy to install and operate. On a physical level, the transmission protocol is Ethernet, with a data rate of 100 MBit/s (Fast Ethernet). This means that the services described above can be provided in good quality. The transmission medium is Polymer Optical Fiber (POF), a synthetic fiber optic cable. INNONET™ - Netzwerkplattform im Hotel, KH und AAL

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SIP Beyond Telecom http://www.slideshare.net/RADVISION/sip-beyond-telecom
The Session Initiation Protocol (SIP) was originally defined as a protocol for creating and managing sessions. Its main use is for telecommunication applications but given its extensibility and flexibility features it may be used for other implementations as well. Many segments are looking today for their next generation communication and control solutions these include applications such as transportation control, public transportation monitoring, elderly and healthcare applications and home automation. Traditionally most of these segments have been using proprietary implementations but lately we see a growing trend for implementing standard based solutions. RADVISION has gained experience in such solutions. This webinar is delivered by our leading technology and architecture people, people who have taken a significant role in shaping many of the VoIP standards to date. Please join us to gain from their experience and insights.]]>
The Session Initiation Protocol (SIP) was originally defined as a protocol for creating and managing sessions. Its main use is for telecommunication applications but given its extensibility and flexibility features it may be used for other implementations as well. Many segments are looking today for their next generation communication and control solutions these include applications such as transportation control, public transportation monitoring, elderly and healthcare applications and home automation. Traditionally most of these segments have been using proprietary implementations but lately we see a growing trend for implementing standard based solutions. RADVISION has gained experience in such solutions. This webinar is delivered by our leading technology and architecture people, people who have taken a significant role in shaping many of the VoIP standards to date. Please join us to gain from their experience and insights.]]> Thu, 26 Nov 2009 06:23:16 GMT http://www.slideshare.net/RADVISION/sip-beyond-telecom RADVISION@slideshare.net(RADVISION) SIP Beyond Telecom RADVISION The Session Initiation Protocol (SIP) was originally defined as a protocol for creating and managing sessions. Its main use is for telecommunication applications but given its extensibility and flexibility features it may be used for other implementations as well. Many segments are looking today for their next generation communication and control solutions these include applications such as transportation control, public transportation monitoring, elderly and healthcare applications and home automation. Traditionally most of these segments have been using proprietary implementations but lately we see a growing trend for implementing standard based solutions. RADVISION has gained experience in such solutions. This webinar is delivered by our leading technology and architecture people, people who have taken a significant role in shaping many of the VoIP standards to date. Please join us to gain from their experience and insights. <img src="http://cdn.slidesharecdn.com/radvisionwebinarsipbeyondtelecom20091118-091126002333-phpapp01-thumbnail-2?1259216892" alt ="" style="border:1px solid #C3E6D8;float:right;" /> The Session Initiation Protocol (SIP) was originally defined as a protocol for creating and managing sessions. Its main use is for telecommunication applications but given its extensibility and flexibility features it may be used for other implementations as well. Many segments are looking today for their next generation communication and control solutions these include applications such as transportation control, public transportation monitoring, elderly and healthcare applications and home automation. Traditionally most of these segments have been using proprietary implementations but lately we see a growing trend for implementing standard based solutions. RADVISION has gained experience in such solutions. This webinar is delivered by our leading technology and architecture people, people who have taken a significant role in shaping many of the VoIP standards to date. Please join us to gain from their experience and insights. SIP Beyond Telecom

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Social IPTV: Interactive and Personal http://www.slideshare.net/hayesg31/social-iptv-interactive-and-personal
Accompanying post here http://www.personalizemedia.com/social-tv-reloaded/ Gary’s opening 10 minute presentation at the Screen Producers Association of Australia conference in Nov 2009. This sets the stage as to the battle between open broadband and closed walled garden IPTV but also the issue with conversation around TV happening away from the content producer - who is often not listening. A distinguished panel showed their perspectives and issues addressed at the end are included on the last slide. TV is in major transition where it is evolving from just scheduled broadcast to being always-on, participatory and social. Its traditional audience is now fully engaged with Social Media and here they effectively become ‘programme’ and content makers for each other but, in the backchannel, they still drive conversation around traditional, compelling broadcast content. There are many challenges ahead and this session will look at innovations across broadband and IPTV, latest business models, new advertising models and latest video web 2.0 mash-ups. We will also try to answer questions such as, is IPTV a valid platform for video producers? Where are the opportunities across on-demand platforms and is the old advertising model really broken? Is audience contributed online content sustainable at scale and what are the challenges of broadcasting and delivering on-demand? Is there a role for a public service broadcaster in a commercially driven IPTV landscape. IPTV used to stand for ‘Internet Protocol TV’ but in today’s Social Media world perhaps it really means Interactive and Personal TV.]]>
Accompanying post here http://www.personalizemedia.com/social-tv-reloaded/ Gary’s opening 10 minute presentation at the Screen Producers Association of Australia conference in Nov 2009. This sets the stage as to the battle between open broadband and closed walled garden IPTV but also the issue with conversation around TV happening away from the content producer - who is often not listening. A distinguished panel showed their perspectives and issues addressed at the end are included on the last slide. TV is in major transition where it is evolving from just scheduled broadcast to being always-on, participatory and social. Its traditional audience is now fully engaged with Social Media and here they effectively become ‘programme’ and content makers for each other but, in the backchannel, they still drive conversation around traditional, compelling broadcast content. There are many challenges ahead and this session will look at innovations across broadband and IPTV, latest business models, new advertising models and latest video web 2.0 mash-ups. We will also try to answer questions such as, is IPTV a valid platform for video producers? Where are the opportunities across on-demand platforms and is the old advertising model really broken? Is audience contributed online content sustainable at scale and what are the challenges of broadcasting and delivering on-demand? Is there a role for a public service broadcaster in a commercially driven IPTV landscape. IPTV used to stand for ‘Internet Protocol TV’ but in today’s Social Media world perhaps it really means Interactive and Personal TV.]]> Fri, 20 Nov 2009 06:31:39 GMT http://www.slideshare.net/hayesg31/social-iptv-interactive-and-personal hayesg31@slideshare.net(hayesg31) Social IPTV: Interactive and Personal hayesg31 Accompanying post here http://www.personalizemedia.com/social-tv-reloaded/ Gary’s opening 10 minute presentation at the Screen Producers Association of Australia conference in Nov 2009. This sets the stage as to the battle between open broadband and closed walled garden IPTV but also the issue with conversation around TV happening away from the content producer - who is often not listening. A distinguished panel showed their perspectives and issues addressed at the end are included on the last slide. TV is in major transition where it is evolving from just scheduled broadcast to being always-on, participatory and social. Its traditional audience is now fully engaged with Social Media and here they effectively become ‘programme’ and content makers for each other but, in the backchannel, they still drive conversation around traditional, compelling broadcast content. There are many challenges ahead and this session will look at innovations across broadband and IPTV, latest business models, new advertising models and latest video web 2.0 mash-ups. We will also try to answer questions such as, is IPTV a valid platform for video producers? Where are the opportunities across on-demand platforms and is the old advertising model really broken? Is audience contributed online content sustainable at scale and what are the challenges of broadcasting and delivering on-demand? Is there a role for a public service broadcaster in a commercially driven IPTV landscape. IPTV used to stand for ‘Internet Protocol TV’ but in today’s Social Media world perhaps it really means Interactive and Personal TV. <img src="http://cdn.slidesharecdn.com/spaasocialtv-091120003144-phpapp01-thumbnail-2?1258698938" alt ="" style="border:1px solid #C3E6D8;float:right;" /> Accompanying post here http://www.personalizemedia.com/social-tv-reloaded/ Gary’s opening 10 minute presentation at the Screen Producers Association of Australia conference in Nov 2009. This sets the stage as to the battle between open broadband and closed walled garden IPTV but also the issue with conversation around TV happening away from the content producer - who is often not listening. A distinguished panel showed their perspectives and issues addressed at the end are included on the last slide. TV is in major transition where it is evolving from just scheduled broadcast to being always-on, participatory and social. Its traditional audience is now fully engaged with Social Media and here they effectively become ‘programme’ and content makers for each other but, in the backchannel, they still drive conversation around traditional, compelling broadcast content. There are many challenges ahead and this session will look at innovations across broadband and IPTV, latest business models, new advertising models and latest video web 2.0 mash-ups. We will also try to answer questions such as, is IPTV a valid platform for video producers? Where are the opportunities across on-demand platforms and is the old advertising model really broken? Is audience contributed online content sustainable at scale and what are the challenges of broadcasting and delivering on-demand? Is there a role for a public service broadcaster in a commercially driven IPTV landscape. IPTV used to stand for ‘Internet Protocol TV’ but in today’s Social Media world perhaps it really means Interactive and Personal TV. Social IPTV: Interactive and Personal

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Principales tendencias en el negocio multimedia http://www.slideshare.net/lucabo/rotary-nov-09
Presentación Rotary Palermo Buenos Aires, 17 de noviembre de 2009 by Luca Bosetti ]]>
Presentación Rotary Palermo Buenos Aires, 17 de noviembre de 2009 by Luca Bosetti ]]> Thu, 19 Nov 2009 15:31:58 GMT http://www.slideshare.net/lucabo/rotary-nov-09 lucabo@slideshare.net(lucabo) Principales tendencias en el negocio multimedia lucabo Presentación Rotary Palermo Buenos Aires, 17 de noviembre de 2009 by Luca Bosetti <img src="http://cdn.slidesharecdn.com/rotarynov-09-091119093206-phpapp01-thumbnail-2?1258648394" alt ="" style="border:1px solid #C3E6D8;float:right;" /> Presentación Rotary Palermo Buenos Aires, 17 de noviembre de 2009 by Luca Bosetti Principales tendencias en el negocio multimedia

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IPTV - VNO. A new business model for IPTV http://www.slideshare.net/malgorzatasiwiec/iptv-vno-a-new-business-model-for-iptv-2536358
IPTV-VNO can become one of the most widely known telecom acronyms. Many large, well-known brands may consider IPTV-VNO initiatives. There are many exciting new IPTV concepts that are perfectly suited to this model. IPTV-VNO’s can truly add value for customers.]]>
IPTV-VNO can become one of the most widely known telecom acronyms. Many large, well-known brands may consider IPTV-VNO initiatives. There are many exciting new IPTV concepts that are perfectly suited to this model. IPTV-VNO’s can truly add value for customers.]]> Thu, 19 Nov 2009 13:33:10 GMT http://www.slideshare.net/malgorzatasiwiec/iptv-vno-a-new-business-model-for-iptv-2536358 malgorzatasiwiec@slideshare.net(malgorzatasiwiec) IPTV - VNO. A new business model for IPTV malgorzatasiwiec IPTV-VNO can become one of the most widely known telecom acronyms. Many large, well-known brands may consider IPTV-VNO initiatives. There are many exciting new IPTV concepts that are perfectly suited to this model. IPTV-VNO’s can truly add value for customers. <img src="http://cdn.slidesharecdn.com/whitepaper-iptv-vno-091119073317-phpapp01-thumbnail-2?1258637615" alt ="" style="border:1px solid #C3E6D8;float:right;" /> IPTV-VNO can become one of the most widely known telecom acronyms. Many large, well-known brands may consider IPTV-VNO initiatives. There are many exciting new IPTV concepts that are perfectly suited to this model. IPTV-VNO’s can truly add value for customers. IPTV - VNO. A new business model for IPTV

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Sdp Evolution Issue 1 http://www.slideshare.net/jaquayle/sdp-evolution-issue-1
SDP Evolution: Revolution, Convolution, Amalgamation or Elimination?]]>
SDP Evolution: Revolution, Convolution, Amalgamation or Elimination?]]> Wed, 11 Nov 2009 01:25:16 GMT http://www.slideshare.net/jaquayle/sdp-evolution-issue-1 jaquayle@slideshare.net(jaquayle) Sdp Evolution Issue 1 jaquayle SDP Evolution: Revolution, Convolution, Amalgamation or Elimination? <img src="http://cdn.slidesharecdn.com/sdpevolutionissue1-091110192527-phpapp01-thumbnail-2?1257902736" alt ="" style="border:1px solid #C3E6D8;float:right;" /> SDP Evolution: Revolution, Convolution, Amalgamation or Elimination? Sdp Evolution Issue 1

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Henri Cew Apac Pt Telkom Indonesia http://www.slideshare.net/h3nr1/henri-cew-apac-pt-telkom-indonesia
IPTV become very interesting service when broadband access is there, but from the beginning, content will be the major issues. So, integrating Internet TV content on top of IPTV Platform will be the solution.]]>
IPTV become very interesting service when broadband access is there, but from the beginning, content will be the major issues. So, integrating Internet TV content on top of IPTV Platform will be the solution.]]> Sun, 08 Nov 2009 05:24:14 GMT http://www.slideshare.net/h3nr1/henri-cew-apac-pt-telkom-indonesia h3nr1@slideshare.net(h3nr1) Henri Cew Apac Pt Telkom Indonesia h3nr1 IPTV become very interesting service when broadband access is there, but from the beginning, content will be the major issues. So, integrating Internet TV content on top of IPTV Platform will be the solution. <img src="http://cdn.slidesharecdn.com/henricewapac-pttelkomindonesia-091107232422-phpapp01-thumbnail-2?1257657913" alt ="" style="border:1px solid #C3E6D8;float:right;" /> IPTV become very interesting service when broadband access is there, but from the beginning, content will be the major issues. So, integrating Internet TV content on top of IPTV Platform will be the solution. Henri Cew Apac Pt Telkom Indonesia

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TV: The Internet Is Coming http://www.slideshare.net/MindshareSocial/tv-the-internet-is-coming-2385499
The internet is coming to your TV set, along with all the targeting and interactivity of digital media. This will make true Video on Demand (VOD) a reality and potentially replace traditional TV advertising models.]]>
The internet is coming to your TV set, along with all the targeting and interactivity of digital media. This will make true Video on Demand (VOD) a reality and potentially replace traditional TV advertising models.]]> Fri, 30 Oct 2009 17:04:50 GMT http://www.slideshare.net/MindshareSocial/tv-the-internet-is-coming-2385499 MindshareSocial@slideshare.net(MindshareSocial) TV: The Internet Is Coming MindshareSocial The internet is coming to your TV set, along with all the targeting and interactivity of digital media. This will make true Video on Demand (VOD) a reality and potentially replace traditional TV advertising models. <img src="http://cdn.slidesharecdn.com/vod-povdoc-091030120502-phpapp01-thumbnail-2?1256922314" alt ="" style="border:1px solid #C3E6D8;float:right;" /> The internet is coming to your TV set, along with all the targeting and interactivity of digital media. This will make true Video on Demand (VOD) a reality and potentially replace traditional TV advertising models. TV: The Internet Is Coming

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Cisco Debuts ’Blue’ IPTV Guide For Cable Operators http://www.slideshare.net/CiscoSP360/cisco-debuts-blue-iptv-guide-for-cable-2009-10-29-14-53-44-edt-multichannel-news
Cisco Systems has crafted a guide for IPTV set-tops based on a Web-browser -- dubbed Cisco Blue -- aimed at cable operators pondering the eventual switch from traditional RF video delivery.]]>
Cisco Systems has crafted a guide for IPTV set-tops based on a Web-browser -- dubbed Cisco Blue -- aimed at cable operators pondering the eventual switch from traditional RF video delivery.]]> Fri, 30 Oct 2009 16:05:21 GMT http://www.slideshare.net/CiscoSP360/cisco-debuts-blue-iptv-guide-for-cable-2009-10-29-14-53-44-edt-multichannel-news CiscoSP360@slideshare.net(CiscoSP360) Cisco Debuts ’Blue’ IPTV Guide For Cable Operators CiscoSP360 Cisco Systems has crafted a guide for IPTV set-tops based on a Web-browser -- dubbed Cisco Blue -- aimed at cable operators pondering the eventual switch from traditional RF video delivery. <img src="http://cdn.slidesharecdn.com/ciscodebutsblueiptvguideforcable-2009-10-29145344edtmultichannelnews-091030110524-phpapp02-thumbnail-2?1256919123" alt ="" style="border:1px solid #C3E6D8;float:right;" /> Cisco Systems has crafted a guide for IPTV set-tops based on a Web-browser -- dubbed Cisco Blue -- aimed at cable operators pondering the eventual switch from traditional RF video delivery. Cisco Debuts 'Blue' IPTV Guide For Cable Operators

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