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 (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.
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.
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
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.
This document provides a regulatory framework for mobile virtual network operators (MVNOs) in Malaysia. It defines MVNOs and outlines four business models for MVNOs - full MVNO, enhanced service provider, enhanced reseller, and reseller. It discusses proposals from Telekom Malaysia and UMTS to provide airtime capacity to MVNOs. The document also covers licensing requirements, numbering allocation, and the MCMC's limited regulatory intervention approach to ensure MVNO sustainability and competitiveness.
This document discusses two technologies for fixed-to-mobile convergence: Unlicensed Mobile Access (UMA) and femtocells. UMA allows seamless handover between cellular and WiFi networks using dual-mode phones and a UMA network controller. Femtocells extend cellular coverage indoors using small base stations connected to the core network via broadband. Both aim to improve indoor coverage but take different approaches - UMA leverages existing WiFi networks while femtocells use small cellular base stations. The document compares their benefits and challenges for improving quality of service and enabling new business models for mobile operators.
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
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 (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.
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.
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
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.
This document provides a regulatory framework for mobile virtual network operators (MVNOs) in Malaysia. It defines MVNOs and outlines four business models for MVNOs - full MVNO, enhanced service provider, enhanced reseller, and reseller. It discusses proposals from Telekom Malaysia and UMTS to provide airtime capacity to MVNOs. The document also covers licensing requirements, numbering allocation, and the MCMC's limited regulatory intervention approach to ensure MVNO sustainability and competitiveness.
This document discusses two technologies for fixed-to-mobile convergence: Unlicensed Mobile Access (UMA) and femtocells. UMA allows seamless handover between cellular and WiFi networks using dual-mode phones and a UMA network controller. Femtocells extend cellular coverage indoors using small base stations connected to the core network via broadband. Both aim to improve indoor coverage but take different approaches - UMA leverages existing WiFi networks while femtocells use small cellular base stations. The document compares their benefits and challenges for improving quality of service and enabling new business models for mobile operators.
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
The document discusses 3G Femto Home Access, which uses small low-power 3G base stations (Femto cells) connected to residential broadband to provide excellent 3G coverage and capacity in users' homes. This is seen as the third wave of indoor coverage solutions that can reach the mass consumer market through a plug-and-play approach. An open and standardized architecture is proposed using Iu interfaces and a new Femto Gateway network element to connect Femto cells independently of the macro network in a scalable way.
IMS is the 3GPP standard architecture for delivering multimedia services over next generation networks using common Internet protocols. It uses SIP for session initiation and provides efficient charging. The IMS architecture includes the P-CSCF for user contact, I-CSCF for routing to S-CSCF which handles registration and sessions, and HSS for subscriber and service data storage. VoLTE allows high quality voice calls over 4G LTE networks using IMS. SIP is an application layer protocol used to establish real-time communications sessions for voice, video or text using Internet-enabled devices. Call testing in IMS 4G networks can include VoLTE-VoLTE, VoLTE-Jio join, and video calls
MOBILE VIRTUAL NETWORK OPERATOR STRATEGY FOR MIGRATION TOWARDS 4GNishmi Suresh
This document discusses mobile virtual network operators (MVNOs) and their business models. It compares earlier mobile network generations to 4G and describes the value chain and challenges for MVNOs. The document proposes that MVNOs should adopt a multi-mobile network operator model with always-best-connected capability to control infrastructure and flexibility. It also suggests that MVNOs could pursue opportunities in machine-to-machine communications, content services, and cloud computing to reduce costs over time.
Intracom Telecom is a global telecommunications systems and solutions vendor that has operated for over 35 years. It employs over 1,900 professionals and has subsidiaries across Europe, Russia, the Middle East, Africa, Asia, and North America. Intracom Telecom develops and provides telecom products, solutions, and professional services for fixed and mobile operators, public authorities, and large enterprises. Its core offerings include wireless access and transmission, telco software solutions, ICT services and solutions, renewable and energy management solutions, and eHealth services.
The document provides an overview of the IMS architecture from the perspective of an LTE User Equipment (UE). It describes the key components of IMS including the UE, Evolved Packet Core (EPC), IMS Core, and applications. The UE contains an ISIM and SIP User Agent. The EPC includes the PDN Gateway and PCRF. The IMS Core consists of CSCF (Proxy, Serving, Interrogating), HSS, SLF, and Media Gateways. IMS enables convergence of networks, services, and applications in an all-IP environment.
This document provides an overview of Intracom Telecom's portfolio of wireless and network systems for smart cities communication. It summarizes several of their product lines including WiBASTM OSDR for point-to-multipoint broadband wireless access and backhaul, WiBASTM-Connect for broadband wireless access, StreetNodeTM for small cell microwave backhaul, StreetNodeTM V60-PTP for small cell millimeter wave backhaul, and OmniBAS for microwave access and backhaul. The document also provides brief descriptions of Intracom Telecom as a company and their focus on research and development.
5G technologies will change the way most high-bandwidth users access their phones. With 5G pushed over a VOIP-enabled device, people will experience a level of call volume and data transmission never experienced before.5G technology is offering the services in Product Engineering, Documentation, supporting electronic transactions (e-Payments, e-transactions) etc. As the customer becomes more and more aware of the mobile phone technology, he or she will look for a decent package all together, including all the advanced features a cellular phone can have. Hence the search for new technology is always the main motive of the leading cell phone giants to out innovate their competitors. Recently apple has produced shivers all around the electronic world by launching its new handset, the I-phone. Features that are getting embedded in such a small piece of electronics are huge.
This document provides an overview of 3GPP LTE technology. It discusses the evolution of 3GPP standards and the advancement needed for high data rates, including the use of OFDM(A) and SC-FDMA. It provides a brief introduction to LTE including its radio interface architecture, downlink and uplink transmissions, and cell search procedure. Relevant 3GPP specifications for LTE are also listed.
WIMAX vs. LTE: Opportunities for Greenfield OperatorsGeorge Sarmonikas
1. The document discusses opportunities for new mobile broadband operators and entrants in the WIMAX and LTE ecosystems. It analyzes factors that determine the best technology choice including ecosystem, regulation, standardization, and technological considerations.
2. It finds that both WIMAX and LTE satisfy most mobile broadband criteria, however WIMAX may be more suitable for new entrants due to potentially lower costs of infrastructure, maintenance, and spectrum. WIMAX equipment and networks can utilize pure IP architectures to reduce costs.
3. While LTE networks are still in development and WIMAX is available currently, both technologies are evolving towards convergence in future standards. The document compares various criteria where WIMAX and
The document discusses femtocell technology and its value proposition. It provides an overview of femtocells, explaining that they are small cellular base stations used to improve indoor coverage and capacity. The document outlines the business case for femtocells, noting their ability to increase data usage and revenues while reducing network costs. It also provides technical details on Alcatel-Lucent's femtocell solution, including its plug-and-play capabilities and flat IP architecture.
This document summarizes a presentation on 5G mobile technology. It discusses how 5G will change how people access their phones by offering higher bandwidth and data transmission rates. It provides an overview of the evolution of mobile networks from 1G to 5G, describing the key technologies of each generation. It also discusses some of the architectural aspects of 5G networks, including using IPv6 to support seamless connectivity across different networks and technologies.
Wimax and 3G both enable wireless broadband connectivity. Wimax provides broadband access up to 30 miles for fixed locations and 3-10 miles for mobile. It supports technologies like VoIP and IPTV to reduce communication costs. Wimax was launched in India in 2010 and has potential to improve connectivity in rural areas and drive economic development. 3G allows simultaneous data and voice on mobile phones and provides high-speed internet access for multimedia applications. It was first launched in 2001 and continues spreading globally including in India where its potential for information access could help bridge the rural-urban divide.
The document discusses telecommunications networks and applications. It covers topics like major developments in telecommunications technologies, the business value of the internet, intranets and extranets. Components of telecommunications networks are identified as terminals, telecommunications processors, channels and computers. Types of networks explained are WAN, LAN, VPN, client/server, network computing and peer-to-peer. The document also discusses telecommunications media like twisted-pair wire and coaxial cable. Case studies on wireless business applications and using mobile technologies for emergency services are presented.
UMA allows mobile users to access cellular voice and data services over unlicensed wireless networks like WiFi. The UMA architecture includes an unlicensed wireless network, IP access network, and UMA Network Controller (UNC) that authenticates and authorizes mobile devices to access the core cellular network. The UNC facilitates seamless handovers between licensed cellular networks and unlicensed wireless networks, allowing subscribers to roam between the networks transparently while on calls or data sessions.
The document discusses the GSMA VoLTE profile, which specifies the minimum functions required for implementing voice over LTE (VoLTE) using the IP Multimedia Subsystem (IMS) standard. It was created by the GSMA to promote a single, internationally interoperable system for VoLTE in order to avoid issues from multiple non-interoperable systems being used. The profile specifies the interface between terminals and the core network for IMS functions and voice media coding for VoLTE calls. It aims to maximize international roaming and equipment investment by standardizing VoLTE implementation.
BSNL is India's largest telecommunications provider but has faced significant challenges in recent years due to increased competition. It has lost market share and seen revenue decline. To address this, BSNL plans to expand its broadband and 3G services to more cities, upgrade its infrastructure, and improve customer service, though it still faces union influence and management challenges. A new AI assistant being developed may help improve operations and better compete against private telecom companies.
The Convergence of Fixed, Mobile and Internet Services in the Home - Bruce Ho...mfrancis
The document discusses the convergence of fixed, mobile, and internet services in the home. It describes consumer services like triple play of telephony, internet, and entertainment that are independent of access type. Next generation telephony would have one phone number, one bill, rating based on location, and multiple phones of the same type. A next generation home network supports these converged services through an all-IP network for telephony, internet, and entertainment. The document also discusses early trials of these concepts and the role of OSGi in providing a standard platform and management tools for operators and devices in the converged home network environment.
AudioCodes MobilityPLUS allows mobile business employees to make VoIP calls from their smartphones by extending Microsoft Lync functionality. It provides seamless communication via Wi-Fi and cellular networks with single identity and reachability. The solution includes a Mobility Server that integrates with Lync for presence, IM, and routing calls between mobile and desk phones, and a Mobile Client app supporting various platforms. AudioCodes' ecosystem simplifies deploying Lync unified communications across networks.
Consideration of fixed mobile convergence in 5GITU
This presentation will introduce IMT-2020 fixed mobile convergence (FMC) scenarios and requirements, such as service continuity among different access networks in a 5G environment. Based on the requirements, a FMC solution, Unified Network Integrating Cloud (UNIC), will also be introduced, including the high level architecture and some key technologies, such as unified access control for both fixed and mobile, edge computing for user plane, converged subscriber database, Telecom Integrated Cloud (TIC), etc.
Author : Yachen Wang, China Mobile
Presented at ITU-T Focus Group IMT-2020 Workshop and Demo Day, 7 December 2016.
More details on the event : http://www.itu.int/en/ITU-T/Workshops-and-Seminars/201612/Pages/Programme.aspx
Mobile Network Infrastructure Sharing - Industry Overview & Coleago's ApproachColeago Consulting
Coleago's experts provide an overview for CxOs about mobile network infrastructure sharing, including:
- Status, trends and drivers
- Potential solutions, benefits and risks.
- Approach, methodology, deliverables and timescales.
- Database of network sharing deals.
The document discusses 3G Femto Home Access, which uses small low-power 3G base stations (Femto cells) connected to residential broadband to provide excellent 3G coverage and capacity in users' homes. This is seen as the third wave of indoor coverage solutions that can reach the mass consumer market through a plug-and-play approach. An open and standardized architecture is proposed using Iu interfaces and a new Femto Gateway network element to connect Femto cells independently of the macro network in a scalable way.
IMS is the 3GPP standard architecture for delivering multimedia services over next generation networks using common Internet protocols. It uses SIP for session initiation and provides efficient charging. The IMS architecture includes the P-CSCF for user contact, I-CSCF for routing to S-CSCF which handles registration and sessions, and HSS for subscriber and service data storage. VoLTE allows high quality voice calls over 4G LTE networks using IMS. SIP is an application layer protocol used to establish real-time communications sessions for voice, video or text using Internet-enabled devices. Call testing in IMS 4G networks can include VoLTE-VoLTE, VoLTE-Jio join, and video calls
MOBILE VIRTUAL NETWORK OPERATOR STRATEGY FOR MIGRATION TOWARDS 4GNishmi Suresh
This document discusses mobile virtual network operators (MVNOs) and their business models. It compares earlier mobile network generations to 4G and describes the value chain and challenges for MVNOs. The document proposes that MVNOs should adopt a multi-mobile network operator model with always-best-connected capability to control infrastructure and flexibility. It also suggests that MVNOs could pursue opportunities in machine-to-machine communications, content services, and cloud computing to reduce costs over time.
Intracom Telecom is a global telecommunications systems and solutions vendor that has operated for over 35 years. It employs over 1,900 professionals and has subsidiaries across Europe, Russia, the Middle East, Africa, Asia, and North America. Intracom Telecom develops and provides telecom products, solutions, and professional services for fixed and mobile operators, public authorities, and large enterprises. Its core offerings include wireless access and transmission, telco software solutions, ICT services and solutions, renewable and energy management solutions, and eHealth services.
The document provides an overview of the IMS architecture from the perspective of an LTE User Equipment (UE). It describes the key components of IMS including the UE, Evolved Packet Core (EPC), IMS Core, and applications. The UE contains an ISIM and SIP User Agent. The EPC includes the PDN Gateway and PCRF. The IMS Core consists of CSCF (Proxy, Serving, Interrogating), HSS, SLF, and Media Gateways. IMS enables convergence of networks, services, and applications in an all-IP environment.
This document provides an overview of Intracom Telecom's portfolio of wireless and network systems for smart cities communication. It summarizes several of their product lines including WiBASTM OSDR for point-to-multipoint broadband wireless access and backhaul, WiBASTM-Connect for broadband wireless access, StreetNodeTM for small cell microwave backhaul, StreetNodeTM V60-PTP for small cell millimeter wave backhaul, and OmniBAS for microwave access and backhaul. The document also provides brief descriptions of Intracom Telecom as a company and their focus on research and development.
5G technologies will change the way most high-bandwidth users access their phones. With 5G pushed over a VOIP-enabled device, people will experience a level of call volume and data transmission never experienced before.5G technology is offering the services in Product Engineering, Documentation, supporting electronic transactions (e-Payments, e-transactions) etc. As the customer becomes more and more aware of the mobile phone technology, he or she will look for a decent package all together, including all the advanced features a cellular phone can have. Hence the search for new technology is always the main motive of the leading cell phone giants to out innovate their competitors. Recently apple has produced shivers all around the electronic world by launching its new handset, the I-phone. Features that are getting embedded in such a small piece of electronics are huge.
This document provides an overview of 3GPP LTE technology. It discusses the evolution of 3GPP standards and the advancement needed for high data rates, including the use of OFDM(A) and SC-FDMA. It provides a brief introduction to LTE including its radio interface architecture, downlink and uplink transmissions, and cell search procedure. Relevant 3GPP specifications for LTE are also listed.
WIMAX vs. LTE: Opportunities for Greenfield OperatorsGeorge Sarmonikas
1. The document discusses opportunities for new mobile broadband operators and entrants in the WIMAX and LTE ecosystems. It analyzes factors that determine the best technology choice including ecosystem, regulation, standardization, and technological considerations.
2. It finds that both WIMAX and LTE satisfy most mobile broadband criteria, however WIMAX may be more suitable for new entrants due to potentially lower costs of infrastructure, maintenance, and spectrum. WIMAX equipment and networks can utilize pure IP architectures to reduce costs.
3. While LTE networks are still in development and WIMAX is available currently, both technologies are evolving towards convergence in future standards. The document compares various criteria where WIMAX and
The document discusses femtocell technology and its value proposition. It provides an overview of femtocells, explaining that they are small cellular base stations used to improve indoor coverage and capacity. The document outlines the business case for femtocells, noting their ability to increase data usage and revenues while reducing network costs. It also provides technical details on Alcatel-Lucent's femtocell solution, including its plug-and-play capabilities and flat IP architecture.
This document summarizes a presentation on 5G mobile technology. It discusses how 5G will change how people access their phones by offering higher bandwidth and data transmission rates. It provides an overview of the evolution of mobile networks from 1G to 5G, describing the key technologies of each generation. It also discusses some of the architectural aspects of 5G networks, including using IPv6 to support seamless connectivity across different networks and technologies.
Wimax and 3G both enable wireless broadband connectivity. Wimax provides broadband access up to 30 miles for fixed locations and 3-10 miles for mobile. It supports technologies like VoIP and IPTV to reduce communication costs. Wimax was launched in India in 2010 and has potential to improve connectivity in rural areas and drive economic development. 3G allows simultaneous data and voice on mobile phones and provides high-speed internet access for multimedia applications. It was first launched in 2001 and continues spreading globally including in India where its potential for information access could help bridge the rural-urban divide.
The document discusses telecommunications networks and applications. It covers topics like major developments in telecommunications technologies, the business value of the internet, intranets and extranets. Components of telecommunications networks are identified as terminals, telecommunications processors, channels and computers. Types of networks explained are WAN, LAN, VPN, client/server, network computing and peer-to-peer. The document also discusses telecommunications media like twisted-pair wire and coaxial cable. Case studies on wireless business applications and using mobile technologies for emergency services are presented.
UMA allows mobile users to access cellular voice and data services over unlicensed wireless networks like WiFi. The UMA architecture includes an unlicensed wireless network, IP access network, and UMA Network Controller (UNC) that authenticates and authorizes mobile devices to access the core cellular network. The UNC facilitates seamless handovers between licensed cellular networks and unlicensed wireless networks, allowing subscribers to roam between the networks transparently while on calls or data sessions.
The document discusses the GSMA VoLTE profile, which specifies the minimum functions required for implementing voice over LTE (VoLTE) using the IP Multimedia Subsystem (IMS) standard. It was created by the GSMA to promote a single, internationally interoperable system for VoLTE in order to avoid issues from multiple non-interoperable systems being used. The profile specifies the interface between terminals and the core network for IMS functions and voice media coding for VoLTE calls. It aims to maximize international roaming and equipment investment by standardizing VoLTE implementation.
BSNL is India's largest telecommunications provider but has faced significant challenges in recent years due to increased competition. It has lost market share and seen revenue decline. To address this, BSNL plans to expand its broadband and 3G services to more cities, upgrade its infrastructure, and improve customer service, though it still faces union influence and management challenges. A new AI assistant being developed may help improve operations and better compete against private telecom companies.
The Convergence of Fixed, Mobile and Internet Services in the Home - Bruce Ho...mfrancis
The document discusses the convergence of fixed, mobile, and internet services in the home. It describes consumer services like triple play of telephony, internet, and entertainment that are independent of access type. Next generation telephony would have one phone number, one bill, rating based on location, and multiple phones of the same type. A next generation home network supports these converged services through an all-IP network for telephony, internet, and entertainment. The document also discusses early trials of these concepts and the role of OSGi in providing a standard platform and management tools for operators and devices in the converged home network environment.
AudioCodes MobilityPLUS allows mobile business employees to make VoIP calls from their smartphones by extending Microsoft Lync functionality. It provides seamless communication via Wi-Fi and cellular networks with single identity and reachability. The solution includes a Mobility Server that integrates with Lync for presence, IM, and routing calls between mobile and desk phones, and a Mobile Client app supporting various platforms. AudioCodes' ecosystem simplifies deploying Lync unified communications across networks.
Consideration of fixed mobile convergence in 5GITU
This presentation will introduce IMT-2020 fixed mobile convergence (FMC) scenarios and requirements, such as service continuity among different access networks in a 5G environment. Based on the requirements, a FMC solution, Unified Network Integrating Cloud (UNIC), will also be introduced, including the high level architecture and some key technologies, such as unified access control for both fixed and mobile, edge computing for user plane, converged subscriber database, Telecom Integrated Cloud (TIC), etc.
Author : Yachen Wang, China Mobile
Presented at ITU-T Focus Group IMT-2020 Workshop and Demo Day, 7 December 2016.
More details on the event : http://www.itu.int/en/ITU-T/Workshops-and-Seminars/201612/Pages/Programme.aspx
Mobile Network Infrastructure Sharing - Industry Overview & Coleago's ApproachColeago Consulting
Coleago's experts provide an overview for CxOs about mobile network infrastructure sharing, including:
- Status, trends and drivers
- Potential solutions, benefits and risks.
- Approach, methodology, deliverables and timescales.
- Database of network sharing deals.
This document discusses the transition to IP/MPLS in mobile backhaul networks. MPLS provides advantages like scalability, reliability, support for multiple services, manageability, and quality of service capabilities. It allows legacy radio access network equipment to be supported while enabling new packet-based networks. MPLS also facilitates the integration of 2G, 3G, 4G, and WiMAX networks on a common IP infrastructure. The transition involves migrating to MPLS over multiple phases while supporting existing technologies.
The document provides an overview of mergers and acquisitions. It defines mergers and acquisitions, outlines the key differences between them, and describes the typical procedures involved. Some of the main advantages and motives for mergers and acquisitions discussed are achieving economies of scale, increasing market share and revenue, enabling cross-selling opportunities between companies, realizing synergies from specialization, and seeking tax benefits. The document also provides examples of major mergers and acquisitions deals.
The document discusses next generation networks (NGN) and IP Multimedia Subsystem (IMS). NGN aims to converge different access networks onto a single all-IP infrastructure to seamlessly deliver multimedia services. IMS is an architectural framework for delivering IP-based services to users on both fixed and mobile networks. It provides session control functions and enables real-time multimedia services like voice and video over packet networks.
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 is a packet-based network able to provide Telecommunication Services to users and able to make use of multiple broadband, QoS-enabled transport technologies and in which service-related functions are independent of the underlying transport-related technologies. It enables unfettered access for users to networks and to competing service providers and services of their choice. It supports generalized mobility which will allow consistent and ubiquitous provision of services to users.
Vodafone is increasing adoption of SDN and NFV technologies to drive scale and achieve benefits. Most VNFs are currently on VMware with OpenStack and orchestration being introduced. A variety of use cases are in production using nearly all major services. The architecture includes physical, SDN, and application/network function layers. Standardization of information, data models, and processes is important to make components vendor agnostic. Next steps include expanding orchestration and OpenStack, validating critical use cases, and accelerating commercial capabilities across Vodafone markets.
This document summarizes the key changes to Microsoft Lync Server 2013 architecture and high availability capabilities compared to Lync Server 2010. It discusses topology changes including increased front end capacity and new server roles for archiving and monitoring. It also covers new high availability options for the back end using SQL mirroring, stretched pools for persistent chat, pairing front end pools, and hybrid deployments connecting on-premises and online users. The role of the new Office Web Apps server is also introduced.
1) A major automotive manufacturer implemented a unified communications (UC) platform across its global operations affecting around 65,000 employees.
2) However, the client became "UC fashion victims" as the platform led to unexpectedly high costs of over €2 million annually from calls being displaced to more expensive networks.
3) By using MDSL's telecom expense management (TEM) solution, the client was able to accurately report and re-allocate communication costs. This allowed them to optimize future deployments and policies and be considered "fashion leaders" in UC once more.
This document discusses Lync mobility deployment, including:
- A 7 step deployment process covering prerequisites, DNS, certificates, reverse proxy, and push notifications configuration.
- An overview of the Lync mobile sign-in process, both internally and externally.
- Common issues like account details mismatches and URL filtering breaking push notifications.
- Best practices like monitoring CPU usage on the internal and external MCX application pools to ensure capacity.
The presentation provides guidance on deploying Lync mobility services and configuring the necessary DNS, certificates, and other components to enable the Lync mobile client sign-in flow and functionality.
These are the slides used in the Brighttalk web conference on 21/9/2011. They describe the zinzing, foreasts, opportunities and threats associated with Cloud Computing.
Unified communication and collaboration services are experiencing strong growth in the cloud computing model. Early cloud adopters have shown benefits like cost reductions, improved user experiences, and consolidated infrastructure management. Going forward, interoperability across communication platforms and the integration of UCC with virtual desktop infrastructure and mobile devices is expected to further drive cloud adoption. While the market and technology continue rapidly evolving, cloud services are predicted to have significant growth and become a core part of enterprise communication strategies.
The document discusses trends driving fixed and mobile operators toward convergence. It outlines key drivers like declining voice revenues, increasing data traffic, and customer demand for single services across fixed and mobile networks. It then summarizes various pre-IMS technological solutions operators can use to begin providing fixed-mobile convergence, like UMA, SIP-based solutions, and integrating with IP-PBX systems.
The new role of Governments in deregulated telecom markets. Who is responsibl...Agustin Argelich Casals
Conference of Mr. Georges Mokhbat at 14th Diada de les Telecomunicacions de Catalunya
The new role of Governments in deregulated telecom markets. Who is responsible for “Digital Highways”
Unified Communications adoption with Nortel Converged Office - a service company Presenter: George Vlismas gvlismas@unifiedgroup.co.uk Date: March 19th www.unified-communications.com
The document discusses Nortel's Converged Office solution for adopting Unified Communications. It addresses the drivers for UC adoption, including communications overload from multiple devices. The Nortel solution integrates with Microsoft Office Communications Server 2007 to provide collaboration features, presence, and access to telephony services from any device through the Nortel Multimedia Communications Server.
Next Layer provides data center services across multiple locations in Canada. It has existing colocation facilities in Vancouver, Toronto, and Calgary with the capacity to scale. It aims to create an "ALL Canada Cloud" by acquiring additional sites and expanding its value-added services portfolio. Next Layer was formed in 2011 when certain assets were carved out from Navigata Communications, including a national fiber network and strategic customer relationships. It has a growth plan to increase revenues and reduce debt levels over the coming years.
Keynote - OSGi Service Enabler - Peter Möckel, Managing Director T-Labs, Deu...mfrancis
This document discusses the potential for OSGi technology to play a role in facilitating new operator-enabled services, delivering consistent user experiences, and managing complexity across hardware platforms and services. It provides examples of Deutsche Telekom projects utilizing OSGi technology for residential gateways, automotive platforms, and enterprise services.
Lync is the new name for Microsoft's unified communications platform formerly known as Office Communications Server. It functions as both an IP-PBX and a software-based telephony system fully integrated into the desktop experience. Key differences between Lync and OCS include enhanced resilience, call admission control for bandwidth management, and media bypass to reduce Mediation server load. The Central Management Store replaces Active Directory for centralized configuration management across Lync roles. Upcoming features include Lync mobile clients and integration with Skype.
Lync is the new name for Microsoft's unified communications platform formerly known as Office Communications Server. It functions as both an IP-PBX and a software-based telephony system fully integrated into the desktop experience. Key differences from OCS include enhanced resilience without hardware load balancing, call admission control to prevent VoIP oversubscription, and superior conferencing capabilities. Lync uses a Central Management Store to centralize administration instead of Active Directory and features like media bypass to reduce Mediation server loads. Upcoming additions include mobile clients and integration with Skype.
The document summarizes updates from Microsoft related to Lync 2013 in Q1 2013. Key updates included in Lync 2013 CU1 were disabling video cropping and hiding offline contacts. Lync Server 2013 updates included location-based routing and group call pickup. Lync Phone Edition received updates around voicemail indicators and online meeting joins. Exchange 2013 CU1 added support for coexistence with prior versions and online meetings in OWA. The presentation also previewed the new Lync Room System appliance and discussed Polycom phone compatibility with Lync.
8 external kore wyless - acquisition highlightsjacohoven
The combination of KORE and Wyless creates the largest independent global Internet of Things services company. The acquisition solidifies KORE's position as the largest independent M2M provider with over 6 million subscribers worldwide. The combined company will have an unmatched global footprint with services in 110 countries, 8 office locations across 7 global data centers. KORE and Wyless bring together complementary technologies, managed services capabilities, and experienced leadership to deliver the best IoT solutions worldwide.
1) NEC aims to strengthen its position in the global wireless broadband market and recover growth and profitability, with a target of 900 billion yen in sales and 9% operating margin by fiscal year 2012.
2) For LTE business, NEC will capitalize on its femtocell solution and expand into the TD-LTE market segment globally.
3) NEC's mobile backhaul strategy is to provide small cell solutions for high-speed LTE deployments in urban areas with high data traffic to improve speeds and spectrum usage.
The document discusses broadband trends from 2010 to 2015 and beyond. It notes that broadband data and new subscribers will drive revenue growth for telecom companies, though traffic will grow faster than revenue. The challenges of limited spectrum, growing data demands, and the need for low latency networks are also summarized. The presentation recommends fiber to the curb/building with VDSL2 to meet near-term broadband needs, and discusses emerging technologies like next generation optical access and heterogeneous mobile networks to enable future broadband experiences and applications. Mobile broadband is identified as a key technology for increasing digital inclusion in Brazil.
Ibwave The in building wireless standard: INNOVATIVE PLANNING OF SMALL CELL N...Small Cell Forum
This document discusses the need for in-building wireless solutions as 80% of mobile data occurs indoors. It introduces iBwave's in-building wireless products and solutions including design and planning software, a mobile planning app, training programs, and an in-building collaboration platform. The mobile planning app allows technicians to conduct site surveys, collect RF measurements, and design small cell networks directly on a mobile device, streamlining the deployment process. Case studies demonstrate time and cost savings using the iBwave mobile solution.
1) The document discusses evolving communication services from traditional voice and SMS services to over-the-top (OTT) services and the need for operators to innovate and enrich their service offerings.
2) It describes strategies for operators like implementing VoLTE and RCS services to improve the user experience with HD voice, video calling, and enriched messaging and contacts management.
3) The benefits of VoLTE include more efficient network operations, improved spectrum efficiency, enriched communications services, and benefits for both consumers and operators.
Similar to Fixed-to-Mobile Convergence with Microsoft UC (20)
MUCUGL October 2013 - Lync Server Top To Bottom, Big To Small MUCUGL
The document discusses capacity planning and design examples for Lync Server deployments of various sizes, from small to very large. It covers topics like standard vs enterprise editions, front end pool sizing and redundancy, remote access planning, and designing for large meetings. Examples range from a 1,000 user single-site standard edition deployment to a 100,000 user global deployment spread across data centers with high availability. The key takeaway is to understand capacity and availability needs to properly size all aspects of the architecture.
MUCUGL October 2013 - Everything About Lync Room SystemMUCUGL
Lync Room System (LRS) provides a full-featured Lync meeting experience optimized for conference rooms. It uses standard Lync software pre-installed on partner hardware for simple deployment. Admins can remotely manage LRS devices through a web portal to update settings, check health status, and restart components. LRS supports both on-premises and online Lync deployment topologies, and its manageability features integrate with System Center Operations Manager for monitoring and alerts.
This document discusses centralized logging in Lync Server 2013. It provides the following key points:
1. Lync Server 2013 introduces a centralized logging system (CLS) that allows administrators to start, stop, and search trace logs from all machines in a deployment from a single centralized location.
2. CLS consists of a CLSController PowerShell module that sends commands to CLSAgents running on each Lync Server, and the CLSAgents control the local logging and manage log files.
3. The document provides examples of using CLS commands to configure logging scenarios and providers, and search logs across the deployment.
Microsoft Lync 2013 introduces new mobility features that allow users to use Lync on multiple devices including smartphones, tablets and desktop computers. The key changes include supporting VoIP, video and desktop sharing on mobile apps, improved registration and availability across device restarts, and richer presence and roster experiences. The document discusses the new mobile client architecture, call flows, policies and deployment requirements for the Lync 2013 mobility functionality.
This document summarizes new video conferencing capabilities in Lync Server 2013, including support for H.264 SVC/AVC up to 1080p HD, continuous presence for up to 5 users, HD photos, face detection and smart framing. It describes how Scalable Video Codec works with temporal and spatial scalability. Interoperability with legacy video is supported through SVC config modes. New conferencing policy cmdlets allow configuration of features like multi-view and total receive video bitrate.
This document provides an overview of Microsoft Lync 2010 call flows:
- It explains key protocols like SIP, SDP, RTP, RTCP, ICE and MRAS that enable call establishment and media flow.
- The stages of a call are described, including address discovery, exchange, connectivity checks, and candidate promotion.
- Examples of SIP traces are shown for different call types like P2P internal, conference escalation, and external calls.
- Troubleshooting tools like the Logging Tool, Snooper, and Wireshark are introduced.
Microsoft Lync & Acme Packet Session Management SolutionsMUCUGL
Geraint Evans, a guest speaker from Acme Packet, presents on how Acme Packet achieves SIP session management within the SME up to carrier-grade environments.
Adam Jacobs presents on the Lync Mobility Architecture. The presentation covers the Lync Mobile Client Experience (MCX) deployment checklist, features by platform for Windows Phone 7, iPhone/iPad, and Android. It explains the call-via-work capability and benefits over making calls directly over 3G or WiFi networks. Screenshots of the Windows Phone 7 Lync mobile app are shown and a demo is provided. The presentation concludes with an opportunity for questions.
Audio/Video Conferencing and Interop within Lync Server 2010MUCUGL
This document discusses audio/video conferencing and interoperability capabilities in Lync Server. It describes Lync Server's A/V conferencing features like audio over VoIP or PSTN, active speaker video switching up to VGA resolution, and full collaboration with data and IM. It also discusses Lync Server's architecture options for A/V conferencing, video formats and resolutions supported, capabilities by client type, and solutions for interoperating with third party video systems through native or gateway approaches.
This document discusses voice resiliency features in Lync Server 2010 including:
1) New resiliency features such as DNS load balancing and backup registrar functionality to balance users across front end servers and provide limited functionality in the event of an outage.
2) Technical solutions for resiliency within a central site including front end server pools and backup registrars, and for metropolitan areas using data center replication.
3) Branch site resiliency options such as survivable branch appliances, survivable branch servers plus gateways, and standard edition servers with gateways.
Skybuffer SAM4U tool for SAP license adoptionTatiana Kojar
Manage and optimize your license adoption and consumption with SAM4U, an SAP free customer software asset management tool.
SAM4U, an SAP complimentary software asset management tool for customers, delivers a detailed and well-structured overview of license inventory and usage with a user-friendly interface. We offer a hosted, cost-effective, and performance-optimized SAM4U setup in the Skybuffer Cloud environment. You retain ownership of the system and data, while we manage the ABAP 7.58 infrastructure, ensuring fixed Total Cost of Ownership (TCO) and exceptional services through the SAP Fiori interface.
Discover top-tier mobile app development services, offering innovative solutions for iOS and Android. Enhance your business with custom, user-friendly mobile applications.
For the full video of this presentation, please visit: https://www.edge-ai-vision.com/2024/06/temporal-event-neural-networks-a-more-efficient-alternative-to-the-transformer-a-presentation-from-brainchip/
Chris Jones, Director of Product Management at BrainChip , presents the “Temporal Event Neural Networks: A More Efficient Alternative to the Transformer” tutorial at the May 2024 Embedded Vision Summit.
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Freshworks Rethinks NoSQL for Rapid Scaling & Cost-EfficiencyScyllaDB
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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
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3. Business Benefits
• Video (not present)
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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
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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
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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
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7. Inbound Call Flow (from PSTN)
Directed toward an enrolled geographic number
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8. Inbound Call Flow (from mobile)
Directed toward an enrolled geographic number
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9. Inbound Call Flow (from mobile)
Directed toward an enrolled mobile number
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10. Outbound Call Flow (from PSTN)
Directed toward a foreign geographic number
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11. Outbound Call Flow (from mobile)
Directed toward a foreign mobile number
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12. Outbound Call Flow (from mobile)
Directed toward an enrolled mobile number
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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
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