Fixed-to-Mobile Convergence with Microsoft UC
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Adam Jacobs introduces the benefits of Fixed-to-Mobile convergence and runs though a reference architecture.
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Fixed Mobile Convergence
Fixed-mobile convergence (FMC) allows users to seamlessly connect mobile phones to fixed line networks to provide consistent communication experiences regardless of location. Key enabling technologies include SIP, IMS, and UMA. FMC provides benefits like dual-mode handsets, seamless roaming between networks, and reduced costs. Regulatory issues include licensing fixed and mobile services separately. British Telecom launched the first FMC service called "Fusion" in 2005, allowing mobile-like service over broadband at home with fixed line pricing. FMC is expected to continue evolving to better meet changing consumer needs.
Fixed Mobile Convergence
- Fixed Mobile Convergence (FMC) allows seamless switching of voice calls between fixed and mobile networks using a single device. When a WiFi signal is available, calls switch to the fixed network like broadband; otherwise the mobile network is used.
- FMC provides both fixed and mobile calling services with one phone that can switch between networks automatically. It requires a WiFi-enabled dual-mode handset supported by an FMC client and server.
- Examples include allowing calls on a Vodafone handset to use BT's broadband network via WiFi when at home, and generic access network (GAN) standards for roaming between wireless local and wide area networks.
Fixed Mobile Convergence
The document discusses fixed-mobile convergence (FMC), which aims to provide seamless communication services regardless of access network. FMC is enabled by converging telecom networks on an all-IP infrastructure using IMS. This allows any service to be accessed from any device over either fixed or mobile networks. However, FMC faces challenges regarding number plans, directory services, spectrum allocation and interconnection charges between networks. Overall, FMC has the potential to offer users integrated communication services with the benefits of both fixed and mobile networks, but also requires new investments and standards to address complex network integration issues.
Fixed mobile convergence (fmc)
This document discusses fixed mobile convergence (FMC), which allows seamless experience across devices and networks through a single number and bill. Key points:
- FMC connects wireless to wireline networks, allowing calls on any device to be billed the same.
- Enabling technologies include SIP for call setup, IMS to allow real-time apps across networks, and UMA for switching between cellular and WiFi networks.
- Case studies show BT Fusion, the first FMC service, and Reliance's OneOffice Duo service for corporate virtual private networks across landlines and mobiles.
- Challenges include number plans, directory services, and handset availability, but FMC benefits customers with
Fmc Ver 1.3 June 27 2007
The document discusses various technologies for fixed mobile convergence including Unlicensed Mobile Access (UMA), femtocells, and Integrated WLAN (I-WLAN). It notes that the key challenges are how these multi-access networks are integrated into the mobile operator core network and implementing security methods to protect subscribers and networks from internet risks. The technologies aim to utilize less expensive radio technologies and residential broadband access to lower capacity and operating costs by shifting more usage indoors.
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UMAandFemtocells-MakingFMCHappen
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1) Mobile operators are pursuing fixed-mobile convergence (FMC) using IP Multimedia Subsystem (IMS) platforms to deliver voice services over both fixed and mobile networks. However, as high-speed internet access comes to mobile phones, VoIP services will threaten mobile operators.
2) FMC allows mobile operators to leverage their large customer base initially. But as 3G data services and WiFi networking expand, VoIP providers like Skype will be able to directly compete.
3) To survive long-term, mobile operators must split their business into a mobile access provider and branded internet services, similar to how AOL transitioned from an integrated ISP/content provider. They need to develop internet brands now
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Fixed Mobile Convergence
Fixed-mobile convergence (FMC) allows users to seamlessly connect mobile phones to fixed line networks to provide consistent communication experiences regardless of location. Key enabling technologies include SIP, IMS, and UMA. FMC provides benefits like dual-mode handsets, seamless roaming between networks, and reduced costs. Regulatory issues include licensing fixed and mobile services separately. British Telecom launched the first FMC service called "Fusion" in 2005, allowing mobile-like service over broadband at home with fixed line pricing. FMC is expected to continue evolving to better meet changing consumer needs.
Fixed Mobile Convergence
- Fixed Mobile Convergence (FMC) allows seamless switching of voice calls between fixed and mobile networks using a single device. When a WiFi signal is available, calls switch to the fixed network like broadband; otherwise the mobile network is used.
- FMC provides both fixed and mobile calling services with one phone that can switch between networks automatically. It requires a WiFi-enabled dual-mode handset supported by an FMC client and server.
- Examples include allowing calls on a Vodafone handset to use BT's broadband network via WiFi when at home, and generic access network (GAN) standards for roaming between wireless local and wide area networks.
Fixed Mobile Convergence
The document discusses fixed-mobile convergence (FMC), which aims to provide seamless communication services regardless of access network. FMC is enabled by converging telecom networks on an all-IP infrastructure using IMS. This allows any service to be accessed from any device over either fixed or mobile networks. However, FMC faces challenges regarding number plans, directory services, spectrum allocation and interconnection charges between networks. Overall, FMC has the potential to offer users integrated communication services with the benefits of both fixed and mobile networks, but also requires new investments and standards to address complex network integration issues.
Fixed mobile convergence (fmc)
This document discusses fixed mobile convergence (FMC), which allows seamless experience across devices and networks through a single number and bill. Key points:
- FMC connects wireless to wireline networks, allowing calls on any device to be billed the same.
- Enabling technologies include SIP for call setup, IMS to allow real-time apps across networks, and UMA for switching between cellular and WiFi networks.
- Case studies show BT Fusion, the first FMC service, and Reliance's OneOffice Duo service for corporate virtual private networks across landlines and mobiles.
- Challenges include number plans, directory services, and handset availability, but FMC benefits customers with
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1) Mobile operators are pursuing fixed-mobile convergence (FMC) using IP Multimedia Subsystem (IMS) platforms to deliver voice services over both fixed and mobile networks. However, as high-speed internet access comes to mobile phones, VoIP services will threaten mobile operators.
2) FMC allows mobile operators to leverage their large customer base initially. But as 3G data services and WiFi networking expand, VoIP providers like Skype will be able to directly compete.
3) To survive long-term, mobile operators must split their business into a mobile access provider and branded internet services, similar to how AOL transitioned from an integrated ISP/content provider. They need to develop internet brands now
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Network sharing can provide significant benefits for mobile operators, including:
1) Freeing up cash by reducing costs for sites that are unprofitable, allowing funds to be used in more strategic areas.
2) Increasing network quality and coverage at a lower cost than standalone networks through shared infrastructure investments.
3) Potential opex savings of up to 35% on technology costs and 5% on total costs through network sharing agreements.
NGN Next Generation Network
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Fixed-to-Mobile Convergence with Microsoft UC
- 1. Fixed-to-Mobile (FMC) Convergence with Microsoft UC Adam Jacobs Polycom Global UCA, Lync MVP @adamjacobs http://imaucblog.com adam@imaucblog.com
- 2. What’s FMC? “Fixed Mobile Convergence is a transition point in the telecommunications industry that will finally remove the distinctions between fixed and mobile networks, providing a superior experience to customers by creating seamless services using a combination of fixed broadband and local access wireless technologies to meet their needs in homes, offices, other buildings and on the go” - The Fixed Mobile Convergence Alliance 19/04/2012 Microsoft Unified Communications User Group London (MUCUGL) 2
- 3. Business Benefits • Video (not present) 19/04/2012 Microsoft Unified Communications User Group London (MUCUGL) 3
- 4. Real world case study (albeit with a non-disclosed name!) • Fabrikam is one of the largest providers of widgets within the UK • Fabrikam employs around 350 people, across three sites (Slough, City of London and St. Albans) and teleworking is on the rise • Disparate mobile and fixed line technology • Call forward chaos • Mobile communications was inefficient and costly 19/04/2012 Microsoft Unified Communications User Group London (MUCUGL) 4
- 5. Existing technology estate • BlackBerry handsets (w/BES) • Nortel CS1000 – single instance • OCS 2007 R2 deployed (enabled for EV and RCC mixed Nortel and Lync Phone Edition-based endpoints) • Fixed line provider • Mobile provider • Well established in-house Microsoft expertise 19/04/2012 Microsoft Unified Communications User Group London (MUCUGL) 5
- 6. Additional technology components • Private circuit between Fabrikam and Mobile Provider • Upgrade to Nortel CS1000 • “MWI appliance” integration with Exchange UM • Number presentation changes within the mobile network – CLI and UXID Table populated 19/04/2012 Microsoft Unified Communications User Group London (MUCUGL) 6
- 7. Inbound Call Flow (from PSTN) Directed toward an enrolled geographic number 19/04/2012 Microsoft Unified Communications User Group London (MUCUGL) 7
- 8. Inbound Call Flow (from mobile) Directed toward an enrolled geographic number 19/04/2012 Microsoft Unified Communications User Group London (MUCUGL) 8
- 9. Inbound Call Flow (from mobile) Directed toward an enrolled mobile number 19/04/2012 Microsoft Unified Communications User Group London (MUCUGL) 9
- 10. Outbound Call Flow (from PSTN) Directed toward a foreign geographic number 19/04/2012 Microsoft Unified Communications User Group London (MUCUGL) 10
- 11. Outbound Call Flow (from mobile) Directed toward a foreign mobile number 19/04/2012 Microsoft Unified Communications User Group London (MUCUGL) 11
- 12. Outbound Call Flow (from mobile) Directed toward an enrolled mobile number 19/04/2012 Microsoft Unified Communications User Group London (MUCUGL) 12
- 13. Deliverables • Seamless OCS integration – Incl. “in a call” mobile presence • Single voicemail (Exchange UM) – Incl. MWI for both fixed/mobile • Migration to geographic CLI (BYOD-ready) • Resilience for both ISDN & SIP connectivity • Single-number reach (without the need for additional central call charges) • Consolidation of fixed/mobile telephony suppliers • Fixed costs 20/11/2011 Microsoft Unified Communications User Group London (MUCUGL) 13
- 14. Results • Cost saving of £450k (5 yrs) • Fully integrated solution • Sole supplier • Award winning solution • Nortel CS1000 de-commission planned, to be replaced with Lync Server 2010 19/04/2012 Microsoft Unified Communications User Group London (MUCUGL) 14