The document discusses intelligent networks and value-added services (VAS) for mobile networks. It describes intelligent networks and advanced intelligent networks, and how they separate core intelligence and databases from switching elements. It then covers various VAS solutions and services, including commerce, content delivery, quality assurance, and location-based services. Finally, it discusses standards like CAMEL and SIGTRAN that enable VAS on mobile networks through intelligent network capabilities.
Huawei hss9860 v900 r008c20 production descriptionRabih Kanaan,PMP
Huawei HSS9860 stores and manages identities, authentication data, subscription information, and location information about subscribers. In addition, the HSS9860 verifies mobile terminals when mobile terminals attempt to connect to networks.
The HSS9860 implements the following functions:
Home location register (HLR) in Global System for Mobile Communications (GSM) and Universal Mobile Telecommunications System (UMTS) networks
Equipment identity register (EIR) in GSM, UMTS, and EPS networks.
Home subscriber server (HSS) in evolved packet system (EPS) networks
HSS, subscription locator function (SLF), E.164 number to URI mapping (ENUM), or domain name server(DNS) in IP multimedia subsystems (IMS).
GSM, UMTS, EPS, and IMS networks are 3GPP access networks while CDMA, WLAN, WiMax, and ADSL are non-3GPP access networks.
This document summarizes the Indian telecom equipment manufacturing industry. It outlines the history and current state, major players, equipment provided, revenues, market share, demand, and SWOT analysis. The top 13 companies are listed with the services and equipment they provide like wireless equipment, IP and packet switching, broadband equipment, and backhaul transmission equipment. Market share and revenues for 2010 and projections for 2020 are provided. Overall, it finds that India has strong growth potential in telecom equipment manufacturing due to large domestic demand, technical workforce, and management experience, but needs to improve supply chains and R&D to increase value addition.
This document discusses the development of 5G mobile network technology. It outlines Huawei's vision for 5G including key features like 1 million connections per square kilometer and 10 Gbps peak speeds. It describes the challenges in reaching these goals and the gaps compared to 4G LTE. The document also summarizes Huawei's investments in 5G research, its collaboration with academic institutions and standards bodies, and test results demonstrating its progress towards the 5G vision.
The document provides no substantive information to summarize in 3 sentences or less. It only contains a prepared by line with a name but no other details.
The modern communication system is aimed to reach the real world one environment from virtual world via connecting resources of one with another through social network system. The communication process is aggravated various infrastructural development to reach in this current level such as 3G and 4G communication system.
The term 4G is used by several types of broadband wireless access communication systems, not only cellular telephone systems. One of the terms used to describe 4G is MAGIC—Mobile multimedia, anytime anywhere, Global mobility support, integrated wireless solution, and customized personal service. As a promise for the future, 4G
systems, that is, cellular broadband wireless access systems have been attracting much interest in the mobile communication arena. The 4G systems not only will support the next generation of mobile service, but also will support the fixed wireless networks. This article presents an overall vision of the 4G features, framework, and integration of mobile communication.
Bsc6910 spare parts catalog(v100 r016c00 01)(pdf)-enMohammed Jaber
This document provides a spare parts catalog for the BSC6910, listing parts such as fan assemblies, power modules, boards, optical modules, and cables. It includes part numbers, descriptions, and whether they are recommended or available spare parts. Revisions to the document are tracked, noting any functional or editorial changes between versions.
The document discusses the Answer to Reset (ATR) from a UICC card during initialization. The ATR provides information about the card's capabilities and requirements for communication. It consists of start characters followed by optional interface and historical characters, and a check character. The ATR puts the card in specific or negotiable mode depending on the presence of an interface character TA2. It also discusses the optional PPS procedure for negotiating transmission speeds between the mobile equipment and UICC card.
The document describes the hardware structure and features of the Huawei BTS3900 base station system. The BTS3900 system includes a BBU3900 unit, MRFU units, and an indoor cabinet. The BBU3900 processes signals and manages resources, and contains boards like the GTMU, WMPT, WBBP, and UPEU. The system supports GSM, dual-mode GSM/UMTS, and UMTS networks and provides functions such as high capacity, transmission sharing, and flexible clock synchronization.
Huawei hss9860 v900 r008c20 production descriptionRabih Kanaan,PMP
Huawei HSS9860 stores and manages identities, authentication data, subscription information, and location information about subscribers. In addition, the HSS9860 verifies mobile terminals when mobile terminals attempt to connect to networks.
The HSS9860 implements the following functions:
Home location register (HLR) in Global System for Mobile Communications (GSM) and Universal Mobile Telecommunications System (UMTS) networks
Equipment identity register (EIR) in GSM, UMTS, and EPS networks.
Home subscriber server (HSS) in evolved packet system (EPS) networks
HSS, subscription locator function (SLF), E.164 number to URI mapping (ENUM), or domain name server(DNS) in IP multimedia subsystems (IMS).
GSM, UMTS, EPS, and IMS networks are 3GPP access networks while CDMA, WLAN, WiMax, and ADSL are non-3GPP access networks.
This document summarizes the Indian telecom equipment manufacturing industry. It outlines the history and current state, major players, equipment provided, revenues, market share, demand, and SWOT analysis. The top 13 companies are listed with the services and equipment they provide like wireless equipment, IP and packet switching, broadband equipment, and backhaul transmission equipment. Market share and revenues for 2010 and projections for 2020 are provided. Overall, it finds that India has strong growth potential in telecom equipment manufacturing due to large domestic demand, technical workforce, and management experience, but needs to improve supply chains and R&D to increase value addition.
This document discusses the development of 5G mobile network technology. It outlines Huawei's vision for 5G including key features like 1 million connections per square kilometer and 10 Gbps peak speeds. It describes the challenges in reaching these goals and the gaps compared to 4G LTE. The document also summarizes Huawei's investments in 5G research, its collaboration with academic institutions and standards bodies, and test results demonstrating its progress towards the 5G vision.
The document provides no substantive information to summarize in 3 sentences or less. It only contains a prepared by line with a name but no other details.
The modern communication system is aimed to reach the real world one environment from virtual world via connecting resources of one with another through social network system. The communication process is aggravated various infrastructural development to reach in this current level such as 3G and 4G communication system.
The term 4G is used by several types of broadband wireless access communication systems, not only cellular telephone systems. One of the terms used to describe 4G is MAGIC—Mobile multimedia, anytime anywhere, Global mobility support, integrated wireless solution, and customized personal service. As a promise for the future, 4G
systems, that is, cellular broadband wireless access systems have been attracting much interest in the mobile communication arena. The 4G systems not only will support the next generation of mobile service, but also will support the fixed wireless networks. This article presents an overall vision of the 4G features, framework, and integration of mobile communication.
Bsc6910 spare parts catalog(v100 r016c00 01)(pdf)-enMohammed Jaber
This document provides a spare parts catalog for the BSC6910, listing parts such as fan assemblies, power modules, boards, optical modules, and cables. It includes part numbers, descriptions, and whether they are recommended or available spare parts. Revisions to the document are tracked, noting any functional or editorial changes between versions.
The document discusses the Answer to Reset (ATR) from a UICC card during initialization. The ATR provides information about the card's capabilities and requirements for communication. It consists of start characters followed by optional interface and historical characters, and a check character. The ATR puts the card in specific or negotiable mode depending on the presence of an interface character TA2. It also discusses the optional PPS procedure for negotiating transmission speeds between the mobile equipment and UICC card.
The document describes the hardware structure and features of the Huawei BTS3900 base station system. The BTS3900 system includes a BBU3900 unit, MRFU units, and an indoor cabinet. The BBU3900 processes signals and manages resources, and contains boards like the GTMU, WMPT, WBBP, and UPEU. The system supports GSM, dual-mode GSM/UMTS, and UMTS networks and provides functions such as high capacity, transmission sharing, and flexible clock synchronization.
The document discusses the economic impact and benefits of 5G technology. It estimates that 5G will boost the U.S. GDP by $500 billion and create 3 million new jobs. Additionally, 5G solutions applied to vehicle traffic and electrical grids could produce $160 billion in benefits and savings for local communities. The major challenges of 5G include developing the necessary hardware and software to enable speeds over 1 Gbps and connecting billions of devices globally with low latency.
Topics covered in this presentation:
Abbreviations
Types of Cards
SIM Card Memory Architecture
RUM-Classifications
NV Vs RUIM
PRL
USIM
UICC Vs ICC
This document provides a troubleshooting guide for eRAN faults. It describes the general troubleshooting process and common maintenance functions used to analyze and handle faults. The document is organized into chapters that cover troubleshooting various types of faults, including access faults, handover faults, service drops, rate faults, cell unavailability faults, and more. Troubleshooting methods, fault definitions, and procedures are provided for each fault type.
The document discusses network slicing inputs from several standards organizations:
- NGMN defines network slicing and describes the basic concept. ITU refers to NGMN's definition.
- ONF uses NGMN's definition of network slicing. 3GPP references NGMN in TR22.891 and other specifications.
- 3GPP TR38.801 describes RAN aspects of network slicing. TR22.891 includes 13 requirements for network slicing.
- ETSI NFV discusses how network slice lifecycle management interacts with NFV MANO. 5G Americas looks at the end-to-end network slicing architecture and governance.
This document describes features for GSM multi-mode networks including:
1. Dynamic power sharing between GSM and UMTS carriers to improve utilization of power amplifiers.
2. Dynamic spectrum sharing whereby idle GSM spectrum resources can be allocated to UMTS based on service loads to improve network throughput.
3. Multi-mode RRU/RFU star connection with separate CPRI interfaces to allow concurrent operation of GSM and UMTS without impacting each other.
in these slides you will learn what is roaming and how it is work in simple way also with some signaling to show how the operators work together and how call & SMS routed , billing ,agreement ,
for any information plz contact me (rawand.ali@hotmail.com)
Tel: +9647701105935
Second Generation of Cellular Telephone Technology(2G)Nure Alam
The document discusses the second generation (2G) of cellular telephone technology. 2G networks used digital signaling and enabled SMS and MMS messaging. It provided higher quality voice calls and increased network capacity compared to 1st generation analog networks. Popular 2G standards included GSM, CDMA, and TDMA-based systems. 2G networks supported data speeds up to 64 kbps and allowed basic mobile internet access through technologies like WAP. While 2G enhanced voice services and introduced data, it had limitations with bandwidth and was unable to support more complex data like videos.
Handovers, also called handoffs, allow mobile users to maintain connectivity as they move between different cells. They involve transferring control of a call or data session from one cell to another. There are different types of handovers in GSM including intra-BTS, inter-BTS intra-BSC, inter-BSC, and inter-MSC handovers. Factors like transmitted power, received power, area and shape of cells, and user mobility affect the handover process.
3G and WiFi are both wireless technologies but have key differences. 3G operates over licensed cellular networks owned by mobile carriers and offers continuous coverage over large areas but slower speeds. WiFi uses unlicensed spectrum to create local wireless networks with faster speeds but shorter ranges of about 100 meters. While 3G supports mobile services, WiFi is used for individual internet access. Both enable wireless connectivity but have different business models, with 3G following the mobile subscription model and WiFi equipment being purchased for local networks.
Broadband technology wired and wireless DILSHAD AHMAD
This document discusses different types of broadband technologies including wired and wireless options. It focuses on Asymmetric Digital Subscriber Line (ADSL) technology, how it works by splitting bandwidth across telephone lines, and uses discrete multi-tone (DMT) modulation. Wireless broadband technologies discussed include fixed wireless services like Local Multipoint Distribution System (LMDS) and Multichannel Multipoint Distribution Service (MMDS) that provide internet access for homes and offices over a wide area. The document also covers broadband speeds, ranges provided by different technologies, and services that can be accessed through broadband internet connections.
The document discusses WiMAX technology and architecture. It provides an overview of the IEEE 802.16 standard, operating frequencies, data rates, network components, and services supported. The key components of a WiMAX network include the subscriber stations, access service network with base stations, connectivity service network with AAA and DHCP servers, and network service provider layer which offers various applications and services to subscribers.
This document provides a rough guide to understanding 3G/HSPA concepts for RF engineers. It begins with general information on 3G networks and UMTS. It then discusses technical concepts such as spreading codes, scrambling codes, and processing gain. It explains how spreading spreads the baseband signal over the frequency band and hides it below the noise floor, allowing recovery via despreading. The document also covers HSPA technologies and their advantages over prior 3G standards.
The Mobile Network’s Founder and Editor, Keith Dyer, joins Syniverse’s Chief Marketing Officer, Mary Clark, and Senior Solutions Engineer, Leo Casey, this week to help mobile operators better understand the future of roaming and charging settlement for VoLTE.
This document provides an overview of satellite communication systems. It defines key terms like earth stations, uplinks, downlinks, and transponders. It describes how communications satellites can be categorized based on coverage area, service type, and usage. It also covers satellite orbit types including geostationary, medium earth, and low earth orbits. The document discusses factors that affect satellite link performance and describes frequency division multiple access and time division multiple access techniques.
10 Gigabit Ethernet provides high-speed data transmission over local and wide area networks. It uses fiber optic cables and retains the Ethernet frame format while introducing new encoding schemes to support speeds of 10 gigabits per second. 10 Gigabit Ethernet serves applications such as video and data storage and acts as a backbone for metropolitan and wide area networks.
The document describes the LTE protocol stack, which contains a user plane and control plane. It divides the protocol stack into layers for the radio network and transport network. The physical layer transfers data and performs error detection. The MAC sublayer maps transport channels to logical channels and handles scheduling. The RLC layer provides different reliability modes for data transfer. The PDCP layer performs header compression and ciphering. The RRC layer controls handovers, paging, and radio bearer setup. Transport protocols like IP, UDP, and GTP are used in the fixed network.
3G, or third generation mobile telecommunications, supports information transfer rates of at least 200 Kbit/s and provides higher speeds than previous 2G technologies. The two main 3G standards are UMTS, used primarily in Europe and standardized by 3GPP, and CDMA2000, used in North America and South Korea. 3G enabled rapid growth in data traffic such as text and web access through mobile phones, with projections of 50% of total mobile traffic consisting of data within 5 years of its introduction. It also facilitated increased mobile internet and device penetration.
This presentation will enlighten upcoming 5g technology.
covers about history and upcoming future of 5G technology. Describes its uses and impacts on society.
The document provides information on 3G and 4G cellular network technologies. It discusses the evolution from 1G to 2G to 3G networks, describing key technologies and standards used at each stage. It then focuses on 4G networks, explaining technologies like OFDMA, MIMO and IPv6 that enable higher data rates and more capabilities compared to 3G. The document also compares features of 3G and 4G networks and provides examples of applications that can be supported on 4G networks.
After our successful launch of '5G for Absolute Beginners' course (http://bit.ly/5Gbegins) in 2020, we decided to create an introductory training course on 6G Mobile Wireless Communications technology. The course is ready and the best way to navigate it is via the Free 6G Training page at: https://bit.ly/6Gintro - this will ensure that you have the latest version of each video and also the most recent version of the 6G technologies videos as and they are added.
In this part, we will try and look at the answer as to when is 6G coming. The rough answer is 2030 but there is a good consensus within the research community and the industry that 6G will happen somewhere between 2028 and 2032. This will depend on a lot of different factors, for example how quickly is everyone adopting the new technologies, what are the killer applications and use cases and what devices and gadgets are available.
This course is part of #Free6Gtraining initiative (https://www.free6gtraining.com/)
All our #3G4G5G slides and videos are available at:
Videos: https://www.youtube.com/3G4G5G
Slides: https://www.slideshare.net/3G4GLtd
6G and Beyond-5G Page: https://www.3g4g.co.uk/6G/
Free Training Videos: https://www.3g4g.co.uk/Training/
Free 6G Training Blog: https://www.free6gtraining.com/
This document provides an introduction to 4th generation (4G) wireless networks. It discusses the history and evolution of previous mobile technologies (1G, 2G, 3G). 4G aims to provide higher data rates, seamless coverage, and support for multimedia services through an all-IP based network. The document outlines some key design objectives and technologies for 4G including addressing issues like heterogeneous networks, mobility management, quality of service, and security. It also discusses applications and challenges of 4G such as billing across multiple operators and reconfigurable terminal technology.
Bharti Airtel is India's largest mobile network operator. It provides 2G, 3G, and 4G services across India and internationally. The document discusses the evolution of mobile communication systems from 1G to 4G and provides an overview of GSM (Global System for Mobile communications) including its history, components, specifications, and advantages such as worldwide connectivity, high capacity, and security functions. It describes the network subsystem comprising the MSC, HLR, VLR, AuC, EIR, and GMSC which perform call processing and subscriber management. The radio subsystem including the BSC and BTS is also outlined.
The document discusses the economic impact and benefits of 5G technology. It estimates that 5G will boost the U.S. GDP by $500 billion and create 3 million new jobs. Additionally, 5G solutions applied to vehicle traffic and electrical grids could produce $160 billion in benefits and savings for local communities. The major challenges of 5G include developing the necessary hardware and software to enable speeds over 1 Gbps and connecting billions of devices globally with low latency.
Topics covered in this presentation:
Abbreviations
Types of Cards
SIM Card Memory Architecture
RUM-Classifications
NV Vs RUIM
PRL
USIM
UICC Vs ICC
This document provides a troubleshooting guide for eRAN faults. It describes the general troubleshooting process and common maintenance functions used to analyze and handle faults. The document is organized into chapters that cover troubleshooting various types of faults, including access faults, handover faults, service drops, rate faults, cell unavailability faults, and more. Troubleshooting methods, fault definitions, and procedures are provided for each fault type.
The document discusses network slicing inputs from several standards organizations:
- NGMN defines network slicing and describes the basic concept. ITU refers to NGMN's definition.
- ONF uses NGMN's definition of network slicing. 3GPP references NGMN in TR22.891 and other specifications.
- 3GPP TR38.801 describes RAN aspects of network slicing. TR22.891 includes 13 requirements for network slicing.
- ETSI NFV discusses how network slice lifecycle management interacts with NFV MANO. 5G Americas looks at the end-to-end network slicing architecture and governance.
This document describes features for GSM multi-mode networks including:
1. Dynamic power sharing between GSM and UMTS carriers to improve utilization of power amplifiers.
2. Dynamic spectrum sharing whereby idle GSM spectrum resources can be allocated to UMTS based on service loads to improve network throughput.
3. Multi-mode RRU/RFU star connection with separate CPRI interfaces to allow concurrent operation of GSM and UMTS without impacting each other.
in these slides you will learn what is roaming and how it is work in simple way also with some signaling to show how the operators work together and how call & SMS routed , billing ,agreement ,
for any information plz contact me (rawand.ali@hotmail.com)
Tel: +9647701105935
Second Generation of Cellular Telephone Technology(2G)Nure Alam
The document discusses the second generation (2G) of cellular telephone technology. 2G networks used digital signaling and enabled SMS and MMS messaging. It provided higher quality voice calls and increased network capacity compared to 1st generation analog networks. Popular 2G standards included GSM, CDMA, and TDMA-based systems. 2G networks supported data speeds up to 64 kbps and allowed basic mobile internet access through technologies like WAP. While 2G enhanced voice services and introduced data, it had limitations with bandwidth and was unable to support more complex data like videos.
Handovers, also called handoffs, allow mobile users to maintain connectivity as they move between different cells. They involve transferring control of a call or data session from one cell to another. There are different types of handovers in GSM including intra-BTS, inter-BTS intra-BSC, inter-BSC, and inter-MSC handovers. Factors like transmitted power, received power, area and shape of cells, and user mobility affect the handover process.
3G and WiFi are both wireless technologies but have key differences. 3G operates over licensed cellular networks owned by mobile carriers and offers continuous coverage over large areas but slower speeds. WiFi uses unlicensed spectrum to create local wireless networks with faster speeds but shorter ranges of about 100 meters. While 3G supports mobile services, WiFi is used for individual internet access. Both enable wireless connectivity but have different business models, with 3G following the mobile subscription model and WiFi equipment being purchased for local networks.
Broadband technology wired and wireless DILSHAD AHMAD
This document discusses different types of broadband technologies including wired and wireless options. It focuses on Asymmetric Digital Subscriber Line (ADSL) technology, how it works by splitting bandwidth across telephone lines, and uses discrete multi-tone (DMT) modulation. Wireless broadband technologies discussed include fixed wireless services like Local Multipoint Distribution System (LMDS) and Multichannel Multipoint Distribution Service (MMDS) that provide internet access for homes and offices over a wide area. The document also covers broadband speeds, ranges provided by different technologies, and services that can be accessed through broadband internet connections.
The document discusses WiMAX technology and architecture. It provides an overview of the IEEE 802.16 standard, operating frequencies, data rates, network components, and services supported. The key components of a WiMAX network include the subscriber stations, access service network with base stations, connectivity service network with AAA and DHCP servers, and network service provider layer which offers various applications and services to subscribers.
This document provides a rough guide to understanding 3G/HSPA concepts for RF engineers. It begins with general information on 3G networks and UMTS. It then discusses technical concepts such as spreading codes, scrambling codes, and processing gain. It explains how spreading spreads the baseband signal over the frequency band and hides it below the noise floor, allowing recovery via despreading. The document also covers HSPA technologies and their advantages over prior 3G standards.
The Mobile Network’s Founder and Editor, Keith Dyer, joins Syniverse’s Chief Marketing Officer, Mary Clark, and Senior Solutions Engineer, Leo Casey, this week to help mobile operators better understand the future of roaming and charging settlement for VoLTE.
This document provides an overview of satellite communication systems. It defines key terms like earth stations, uplinks, downlinks, and transponders. It describes how communications satellites can be categorized based on coverage area, service type, and usage. It also covers satellite orbit types including geostationary, medium earth, and low earth orbits. The document discusses factors that affect satellite link performance and describes frequency division multiple access and time division multiple access techniques.
10 Gigabit Ethernet provides high-speed data transmission over local and wide area networks. It uses fiber optic cables and retains the Ethernet frame format while introducing new encoding schemes to support speeds of 10 gigabits per second. 10 Gigabit Ethernet serves applications such as video and data storage and acts as a backbone for metropolitan and wide area networks.
The document describes the LTE protocol stack, which contains a user plane and control plane. It divides the protocol stack into layers for the radio network and transport network. The physical layer transfers data and performs error detection. The MAC sublayer maps transport channels to logical channels and handles scheduling. The RLC layer provides different reliability modes for data transfer. The PDCP layer performs header compression and ciphering. The RRC layer controls handovers, paging, and radio bearer setup. Transport protocols like IP, UDP, and GTP are used in the fixed network.
3G, or third generation mobile telecommunications, supports information transfer rates of at least 200 Kbit/s and provides higher speeds than previous 2G technologies. The two main 3G standards are UMTS, used primarily in Europe and standardized by 3GPP, and CDMA2000, used in North America and South Korea. 3G enabled rapid growth in data traffic such as text and web access through mobile phones, with projections of 50% of total mobile traffic consisting of data within 5 years of its introduction. It also facilitated increased mobile internet and device penetration.
This presentation will enlighten upcoming 5g technology.
covers about history and upcoming future of 5G technology. Describes its uses and impacts on society.
The document provides information on 3G and 4G cellular network technologies. It discusses the evolution from 1G to 2G to 3G networks, describing key technologies and standards used at each stage. It then focuses on 4G networks, explaining technologies like OFDMA, MIMO and IPv6 that enable higher data rates and more capabilities compared to 3G. The document also compares features of 3G and 4G networks and provides examples of applications that can be supported on 4G networks.
After our successful launch of '5G for Absolute Beginners' course (http://bit.ly/5Gbegins) in 2020, we decided to create an introductory training course on 6G Mobile Wireless Communications technology. The course is ready and the best way to navigate it is via the Free 6G Training page at: https://bit.ly/6Gintro - this will ensure that you have the latest version of each video and also the most recent version of the 6G technologies videos as and they are added.
In this part, we will try and look at the answer as to when is 6G coming. The rough answer is 2030 but there is a good consensus within the research community and the industry that 6G will happen somewhere between 2028 and 2032. This will depend on a lot of different factors, for example how quickly is everyone adopting the new technologies, what are the killer applications and use cases and what devices and gadgets are available.
This course is part of #Free6Gtraining initiative (https://www.free6gtraining.com/)
All our #3G4G5G slides and videos are available at:
Videos: https://www.youtube.com/3G4G5G
Slides: https://www.slideshare.net/3G4GLtd
6G and Beyond-5G Page: https://www.3g4g.co.uk/6G/
Free Training Videos: https://www.3g4g.co.uk/Training/
Free 6G Training Blog: https://www.free6gtraining.com/
This document provides an introduction to 4th generation (4G) wireless networks. It discusses the history and evolution of previous mobile technologies (1G, 2G, 3G). 4G aims to provide higher data rates, seamless coverage, and support for multimedia services through an all-IP based network. The document outlines some key design objectives and technologies for 4G including addressing issues like heterogeneous networks, mobility management, quality of service, and security. It also discusses applications and challenges of 4G such as billing across multiple operators and reconfigurable terminal technology.
Bharti Airtel is India's largest mobile network operator. It provides 2G, 3G, and 4G services across India and internationally. The document discusses the evolution of mobile communication systems from 1G to 4G and provides an overview of GSM (Global System for Mobile communications) including its history, components, specifications, and advantages such as worldwide connectivity, high capacity, and security functions. It describes the network subsystem comprising the MSC, HLR, VLR, AuC, EIR, and GMSC which perform call processing and subscriber management. The radio subsystem including the BSC and BTS is also outlined.
Wireless intelligent networking allows service providers to introduce new services quickly through an evolving network architecture. It uses standards like CAMEL and WIN to enable features controlled outside the switch like pre-paid calling. The architecture includes elements like the SCP and IP that contain service logic and resources, interacting with other networks through signaling protocols like SS7.
This document provides an overview of cellular network technologies from 1G to 4G. It summarizes the evolution from analog 1G networks to digital 2G networks, then to 2.5G and 3G networks with increased data capabilities. 4G networks are described as providing further increased throughput through advanced technologies like OFDMA. Key multiple access technologies like FDMA, TDMA, CDMA used in different generations are explained. Popular cellular standards GSM and CDMA are discussed in detail along with their network architecture and capabilities. The transition from 2G to 2.5G to 3G using technologies like GPRS, EDGE is outlined. The goals and applications of 4G networks are described as fully converged services on a range
Discussing the digital transformation of every part of the network with nfv s...Alberto Boaventura
This document discusses the digital transformation of telecommunication networks through new technologies like NFV/SDN. It covers several topics:
1. The evolution of networks from 4G to 4.5G to 5G and the transition to virtualized platforms.
2. Scenarios driving network transformation like the internet of things and tactile internet that will require networks to support higher data rates, lower latency, and more connections.
3. The challenges of planning networks to support new technologies and services while balancing costs and optimizing resources.
This document summarizes the evolution of telecommunications networks from 1G to 5G and the transition to an IP-based network using the IMS framework. It discusses the key technologies and standards used in each generation such as GSM, GPRS, EDGE, LTE. It also covers the evolution of the access, transport and session layers from circuit-switched to packet-switched networks. Finally, it proposes a three-phase approach to migrating an existing softswitch-based VoIP network to an IMS architecture by decomposing functions and introducing new IMS elements.
The document discusses key concepts related to Next Generation Networks (NGN). It describes the NGN reference architecture which includes a transfer network to carry information flows, a network control for establishing links, and service control related to the final service provided to users. It also discusses NGN services, quality of service parameters, mobility, nomadism, presence management, resource control, identification and authentication, metering and monitoring, and security issues in NGN. Finally, it provides examples of NGN soft switch architecture and BSNL's migration strategy to NGN.
- NGN provides a single IP-based network framework to support all telecommunication services, replacing separate legacy networks. This reduces costs and simplifies service provisioning.
- Key components include softswitches, media gateways, signaling gateways, and IP/MPLS core. Softswitches provide call control while gateways interface with legacy networks.
- Migration involves replacing legacy network elements with NGN elements over time while reusing existing infrastructure and ensuring equivalent service quality and capabilities.
NorthTelecom is an international satellite communication services provider that offers fixed and mobile satellite services including broadband internet, private networks, media broadcasting, and GPS tracking via satellite. It has offices and teleports located in Singapore, Dubai, Germany, and California and provides services globally using satellites from multiple locations.
Learn more about Newtec Dialog release 1.2 along with two reference cases
Newtec were hosting an info session at IBC2015 to introduce an updated version of its multiservice platform Newtec Dialog which guarantees optimal modulation and bandwidth allocation, whether it is being used for broadcast, enterprise, mobility or HTS networks.
This session was enriched by our partners from Intelsat and Network Innovations, talking about their service offerings based on Newtec Dialog.
Speakers:
- Main Newtec Speaker: Kevin McCarthy, VP of Market Development
- Reference with Guest Speaker from Intelsat (IntelsatOne Prism): Peter Ostapiuk, Head of Media Product Services
- Reference with Guest Speakers from Network Innovations (MAVERICK): John Stoltz, Vice President, Media & Enterprise
For more information visit our website www.newtec.eu
Tech Talk by Peng Li: Open Mobile Networks with NFVnvirters
Synopsis
Applications are moving to mobile. This talk is about upcoming future of the mobile networks, key technology enabler and how to build your application and service on top of next generation mobile networks. Peng will describe the mobile network trend and why openness will play a critical role going forward. He will also present example of the NFV enabled mobile network architecture, its building blocks and use cases, and introduce Huawei's Open Mobile Foundry platform as a real world example to share some of our valuable experiences in this field with all. This talk will cover both flavors of open source projects (OPNFV, OpenStack, ONOS and ODL) as well as commercial products (Huawei's cloudEdge solution).
About Peng Li
Peng Li is a Network Architect and Ecosystem Partnership Manager for Huawei's wireless BU. He has extensive experience on SDN, NFV, network architecture and network protocols. He has spent all his professional career so far on computer networking, mainly with Amber/Nokia networks and Foundry/Brocade before joining Huawei. He co-implemented the industry first full redundancy BGP protocol, and had many years of experience in network protocol development and engineering management for flagship data center routers. Peng has Master's in Computer Engineering from USC, and Bachelor's in EE from Tsinghua University, China.
Mobile operators face challenges in meeting increasing bandwidth demands for mobile broadband services using their existing backhaul networks. This includes supporting multiple technologies over leased lines or self-built networks while keeping costs low. Transport providers see an opportunity in the growing backhaul market but must ensure their wholesale services meet stringent performance criteria for timing, quality of service, and other metrics required by mobile operators. Key technical challenges include synchronizing timing over packet networks and supporting various cellular protocols.
Despite the increasing roll-out of broadband terrestrial services like DSL, a
significant amount of households worldwide are deprived from fast broadband
access services. Bridging this digital divide is high on the agenda of decision
makers because broadband penetration has high economic impact on a
country. The service cannot be limited to cities. This requirement is translated
into 100% service obligations for Internet Service Providers (ISPs) covering
the whole territory of a country or region. Running these services in an
economically viable way is a major challenge.
The document discusses how a mobile network operator implemented a unified network strategy using Self-Organizing Network (SON) technology to improve network performance across legacy, current, and future technologies. Key steps included expanding UMTS coverage to move more subscribers to UMTS, refarming GSM spectrum for UMTS and LTE, and boosting LTE capacity. This enabled the network envelope to be expanded, providing better voice services on the optimized GSM network and higher data throughput on UMTS and LTE. The results were lower costs, improved operational efficiency, enhanced subscriber experience through higher speeds and reduced dropped calls, and decreased network-related subscriber churn.
Industrial presentation(Summer Training) On GSM at BSNLAnshul Joshi
The document provides an overview of the GSM technology. It discusses the history and evolution of GSM, introduces GSM services, and describes the architecture and components of GSM networks including the network subsystem, radio subsystem, and operation and maintenance subsystem. It also covers the process of transmitting speech via radio signals in GSM networks and provides examples of call routing procedures. Finally, it lists some advantages of GSM and discusses practical knowledge about optical fiber networks.
Global System for Mobile Communications(1).pdfbutrukerdu
The document provides an overview of the Global System for Mobile Communications (GSM). Key points include:
- GSM is a digital cellular network developed to provide improved voice quality, capacity, and security compared to earlier analog networks.
- The network uses a cell structure where each cell contains radio transmission equipment and is connected to switches that provide access to wired networks.
- Core network components include Mobile Switching Centers (MSCs), Home Location Registers (HLRs), Visitor Location Registers (VLRs), and Authentication Centers (AUCs) that manage subscriber data and authentication.
- Radio access is handled by Base Transceiver Stations (BTSs) and Base Station Controllers (BSCs)
1. Cellular networks use multiple base stations that transmit and receive from mobile devices using assigned frequencies to allow frequency reuse and increase both coverage and capacity.
2. Multiple access schemes like FDMA, TDMA, and CDMA allow multiple users to access the network simultaneously by dividing the available bandwidth.
3. Generations of cellular networks have increased capabilities with 2G supporting digital signals and data, 3G allowing faster data rates including video calls, and 4G providing high-speed multimedia access.
Mobile WiMAX drives speed to market for 4G networks By Data Sharan Mishra, QtelUntil ROI
The document discusses the need for 4G wireless solutions and how WiMAX technology provides a significant time-to-market advantage over traditional mobile infrastructure for delivering a 4G experience. It highlights WiMAX's technology innovation and network deployment experience. It also discusses how WiMAX vendors are challenging the traditional mobile ecosystem and the effects of technology, market dynamics, and regulations on network transformation in the telecom industry.
The document discusses how 5G networks will impact infrastructure requirements for broadcasters and communication service providers. Key points:
- 5G will use multiple radio access technologies to access its core infrastructure, and high-speed 5G access will focus on dense, high-traffic areas like city centers.
- 5G is more about transforming the mobile core to be more like the internet - flatter, simpler, and focused on delivering various services through network slicing.
- Broadcasting services will evolve to have no geographic boundaries and target communities of interest. Advertising will also shift to be community-based, location-based, and personalized.
- 5G will enable new in-car entertainment, information, and self
Mobile WiMax is a broadband wireless technology that allows convergence of mobile and fixed networks. It uses OFDMA to improve performance in non-line-of-sight environments and can scale from 1.25 to 20 MHz bandwidths. The Mobile WiMax Forum develops profiles to define mandatory and optional features of the IEEE standard to ensure interoperability. Release 1 will support channel bandwidths between 5-10 MHz for various licensed frequency bands.
2. Contents
Intelligent Network(IN)
Why Intelligent Network
Advanced Intelligent Network(AIN)
AIN/IN Services
What is VAS?
VAS Solutions & Services
What is Wireless IN
CAMEL & SIGTRAN
Architecture of VAS
Future VAS
Advantages and Disadvantages of VAS
3. Intelligent Network
• An intelligent network (IN) is a service-independent
telecommunications network. That is, intelligence is taken out of
the switch and placed in computer nodes that are distributed
throughout the network.
• The basic promise of the Intelligent Network is to separate the
core intelligence and databases for controlling services from the
switching elements.
• This separation results in the optimization of software, database
and hardware architectures, permitting developers and operators
to implement value-added network and subscriber services, such
as optimal routing, satellite-cellular roaming, voice mail, single
number service, alternate billing, call forwarding, call barring and
conference calling.
4. Why intelligent networking?
• Introduce New Services Rapidly
• Provide Service Customization
• Establish Vendor Independence
• Create Open Interfaces
• Local Number Portability
6. Advanced Intelligent Network – AIN
• Advanced intelligent networks (AIN's) are telecommunications
networks that are capable of providing advanced services through
the use of distributed databases that provide additional information
to call processing and routing requests.
• The advanced intelligent network (AIN) is a combination of the
SS7 signaling network, interactive database nodes, and
development tools that allow for the processing of signaling
messages to provide for advanced telecommunications services.
8. AIN/IN services:
• Freephone
• Universal Access Number
• Premium Rate Service
• Credit or Account Card Service
• Universal Personal Telecommunication (UPT)
• Televoting
• Virtual Private Network (VPN)
9. What is VAS?
• Initially mobile telephony only provided voice based service,
although even this caused a revolution in the field of
telecommunications. After a period of time, service providers began
to transmit data on the same channel as voice, hence better exploiting
the available channel resources. As a result any additional non-voice
service is called a Value Added Service (VAS).
10. VAS SOLUTIONS
The competition in the telecom industry has made Value
added services (VAS) as a key service differentiator for the
telecom service provider. Enabling innovative, easily
deployable and technologically advanced mobile Value
Added Services (VAS) at competitive rates to both -
individuals and enterprises is impetus for profitability for the
Telecom service providers.
11. VAS SERVICES
• Enabling Innovation
» Ideation factory
» Concept Developments
» Creating prototype
» Design and development
» Localization
12. • System Integration and Managed Services
» Integration with the Core, VAS and IT network
» Managing VAS nodes
» Performing business and technical operations
» Third Party Ecosystem Coordination & Management
13. Digital asset Management
Application Store
» 30,000+ apps /all platforms
» Device and Service provider agnostic
» Supports various business models
» Multiple billing channels
» Application porting support and aggregation
» Partner and subscription Management
» Multi tenancy
14. Content Delivery Platform
» End to end solutions : Localization of content, network services, billing, settlement and
management
» Delivery via: SMS, MMS, WAP push, Download, Streaming, IVR etc
» Designed to be: Easy to deploy, Secure, Robust & Scalable
» Platform-agnostic, allowing operators to consolidate all of their content services with support for all devices
» Offers near real time event specific content to mobile subscribers worldwide
» Provides WAP and Web based service portal for white-label offerings
» Has been designed for ease of integration with external systems, including:
◊ Content ingestion (full range of content types)
◊ Messaging systems (SMSC, MMSC)
◊ Billing systems (e.g. Mobile billing, Credit/Debit card)
◊ Web and Mobile Storefronts
15. 3G Portfolio
» Mobile TV enables consumer to watch Live TV and Personalized Content Anytime,
Anywhere
» Participation TV enables consumers to interact and contribute to live TV broadcasting.
» Video Blogging enables consumer to capture and view noteworthy events by dialling into video enabled blog
or directly uploading the Video using web interface
» Video SMS, innovative, interactive and fun way to send Video messages on mobile phones
» Video Mail progression of voice mail enabling ease of use with animated menus
» Multiplayer Gaming enables consumers to play games in real time with 3G compliant handset
» Media Share Solution enables consumer to record footage via 3G video call to a pre destined TV station video
portal/inbox
» Many more innovative 3G services
16. Commerce Portfolio
» Mobile Banking enables consumer to access his account through phones
» NFC Payment enables consumers to have contactless payment solutions
» Smart Ticketing enables consumers to do ticketing through mobile phones
» Mobile Wallet enables consumer to operate all the functions of a wallet such as carry cash, credit cards,
Loyalty cards etc
» Money Transfer enables consumer to transfer money through mobile phone
» Mobile Shopping enables consumers to select product on the mobile and pay through mobile too.
» Store Value Card enables consumers to carry all information of any store value card on the Mobile.
19. Quality assurance portfolio
» Device Testing and Certification
» Field Testing
» Protocol Testing
» Conformance Testing
» Pre-certification Testing
» Operator Acceptance Testing
» Accessory Testing
» U SIM Testing
» Bench Marking
» Performance Testing
» Interoperability Testing across globe covering multiple operators in parallel
20. Application Testing
» Testing in live network
» Field Testing
» Testing across handsets, carriers and locations
» Real time testing in 24-48 hours
21. What is Wireless Intelligent
Networking?
An Evolving Network Architecture
Enhanced Mobile Services
New Capabilities
Intelligent Networking
Features Controlled Outside the Switch
Defined for Wire line and Wireless Networks
22. Intelligent Network
Characteristics
It allows for rapid introduction of new services
It is customer and telephone provider programmable
It is supplier transparent and independent
It supports enhanced service provider access
24. Intelligent Networking Phases
CAMEL
CAMEL Control of MO, MT and MF calls
Any time interrogation
Phase 1
Additional EDPs
interaction between a user and a service using announcements, voice prompting and information
collection via in-band or USSD interaction;
CAMEL Control of call duration and transfer of AoC Information to the ms;
The CSE can be informed about the invocation of the supplementary services ECT, CD and MPTY;
Phase 2 For easier post-processing, charging information from a serving node can be integrated in normal
call records.
Support of facilities to avoid overload;
Capabilities to support Dialed Services;
Capabilities to handle mobility events, such as not-reachable and roaming;
CAMEL Control of GPRS sessions and PDP contexts;
Phase 3 Control of mobile originating SMS through both CS and PS serving network entities;
Interworking with SoLSA (Support of Localized Service Area) (optional)
The CSE can be informed about the invocation of the SS CCBS.
Support of Optimal Routing for CS mobile to mobile calls;
Capability of the CSE to create additional parties in an existing call;
Release 5 Capability for the CSE to create a new call unrelated to any other existing call;
Capabilities for the enhanced handling of call party connections;
CAMEL
Capability for the CSE to control sessions in the IP Multimedia Subsystem (IMS);
Enhanced CSE capability for dialed services;
Release 6
Phase 4 The capability to report basic service changes during ongoing call;
The CSE capability to select between preferred and less preferred bearer services;
Release 7 The capability for the CSE to control trunk originated calls;
The capability for the CSE to request additional dialed digits;
25. Overall CAMEL Architecture
gsmSCF
CAP Interface
GPRS
Dialogue
Handler
Internal CAP Interface
gprsSSF
Internal Interface
GTP
MobileStation SGSN GGSN
26. Structure of SIGTRAN
Transportation layer :
SCTP is adopted , provide reliable information
transportation over IP network.
User adaption layer :
Here are many adapting modules, provide the software
interfaces for the different upper modules of SS7 ,and
encapsulate the signaling of upper layer in SCTP .
27. Reliable Protocols - Sigtran
SCTP provides reliable transport mechanism
SIGTRAN adaptation and peer protocols
specifically designed to handle ss7 stack
over IP
M3UA TCAP
M2UA
M2PA
TUP/ISUP SCCP
SUA ISDN
MTP3
IUA M3UA SUA
M2UA M2PA IUA
SCTP
IP
29. Future VAS
• Improved connectivity will allow better and more interactive ads instead
of the current boring SMS based ones.
• M-Commerce, M-Law, M-Governance, M-agriculture and M-education
as the areas to develop in value added services on the mobile phone.
• Increase in the number of smartphones, an ever increasing interest in
social networking sites, an appetite for data intensive services and also
an inclination of consumers to go beyond voice-are shaping the
phenomenal presence of VAS are few factors responsible for growth of
VAS.
30. • Future VAS (Contd..)
The rural MVAS market has a lot of untapped potential and location based
services and local language content will be the key to serve this market.
With the ARPUs falling due to voice calls in the country becoming the
cheapest in the world, the Indian operators are now focusing on VAS to curb
their falling profits.
Predicting smart phone penetration to rise from 5.2% of the mobile
subscription base to 14% by 2014.
With 3G services ironing its way in, the VAS industry is expected to
increase its share manifold, with some industry estimates pegging the figure
at Rs 200 bn by 2015.
31. Advantages and Disadvantages of VAS
• Advantages:
• From the business perspective, value-added services generate revenue and
enhance consumer convenience, which lead to loyal, happy customers”.
• Amongst all the VAS, SMS (short messaging service) has proved to be a
runaway success.
• From the consumer's point of view, VAS offers enough flexibility to check
emails, chat on messenger, download ring tones that save time and are
convenient.
32. Disadvantages:
• You might just download a virus while availing the value-added services
offered by cell phone operators.
• A malicious worm (virus) is capable of wiping out numbers from the
phone book and other data stored on the hand-set.
• Worms can also send messages purporting to originate from your hand-
set.
33. Services of VAS
VAS Services in 2G:
•Entertainment & Lifestyle
•Games, Downloads & Applications
•Social Networking
•Mail & Messaging
•News & Finance
•Caller Management Services
VAS Services in 3G:
•Video calling
•High Speed Internet
•HD Gaming
•Video Blogging
VAS Services in 4G:
•Live TV
•Higher Internet Speed than in 3g
Editor's Notes
Wireless Intelligent Networking Copyright 2008 Telecom Training Associates - All Rights Reserved
Wireless Intelligent Networking Copyright 2008 Telecom Training Associates - All Rights Reserved