Airvana Femtocell as Hub of the Connected Home, presentation given atFemtocells Asia 2009 by David Nowicki, Vice President Marketing & Product Development
1. The document discusses how cellular networks can track user location using cell IDs and how this location data can be accessed through APIs and used by applications. However, network location has inaccuracies related to cell size and location technology used.
2. It also covers different location technologies available on smartphones like GPS, cellular, and WiFi and how location APIs allow applications to request and receive location data. Examples of location-based applications and services are given.
3. Emerging trends in location technologies and applications are predicted, including the growing use of augmented reality, indoor location services, and virtual worlds on mobile devices.
This case study showcases Mistral's capability in providing a ZigBee technology based solution for a Universal Remote Controller. The product is now going into large volume production by the customer.
CoolSpots is a system that coordinates the operation of multiple wireless radios (e.g. Bluetooth, WiFi) in mobile devices to provide a unified network connection while minimizing power consumption. By dynamically switching between radios based on policies that consider factors like application needs, radio characteristics, and device location, CoolSpots can achieve around a 50% reduction in energy use over relying on a single radio's power management. The most effective switching policy adapts to changing conditions by dynamically remembering bandwidth thresholds instead of using fixed thresholds that do not work as device location varies.
This document discusses VoWiFi solutions from Meru Networks and Ascom. It provides information on:
1) Meru's converged voice, data, and video WLAN platform which guarantees application delivery and continuously optimizes networks for different applications.
2) Key reasons to choose Ascom, including its VoWiFi system and integration platform that enables voice, messaging, and data convergence across devices.
3) A comparison of Ascom's i75 handset to SpectraLink's h340, noting advantages of the i75 like support for Meru's virtual cell technology and robust/purpose-built design.
The document discusses how Ruckus Smart Wi-Fi solutions address key needs for education including reliable coverage across large campuses, support for high-density environments, flexible deployment options without requiring new cabling, strong security, and simplified administration. Ruckus products such as the ZoneFlex access points and ZoneDirector controllers provide features such as adaptive antenna arrays, smart mesh networking, and dynamic pre-shared keys to optimize wireless connectivity for education.
The GSP-1700 is a compact and lightweight mobile satellite phone from Globalstar that provides voice and data connectivity via satellite. It weighs only 7 ounces and has a long battery life. The phone allows users to make calls, send SMS and email from remote locations not covered by cellular networks. It is designed for use by companies to manage field operations and stay connected in remote areas.
GENCOM Mobile Unified Communications Client allows consumers to make audio and video calls, access voicemail and visual messaging, and use instant messaging and presence features from their mobile devices over WiFi or cellular networks. The client integrates with GENBAND's A2 Communications Application Server and GENView Mobile Provisioning to simplify deployment for operators across iPhone, Android, and Blackberry devices. It provides residential users with calling features and the ability to communicate with social networks while saving on cellular minutes by moving calls to WiFi.
Mr Lorenz Nokia Siemens The Impact of Smart Devices on The Liquid NetworkIDATE DigiWorld
The document discusses the impact of smart devices on mobile networks based on testing done in Nokia Siemens Networks' Smart Labs. Key findings include:
1) Smartphones and tablets now generate the majority of mobile data traffic compared to older mobile devices. Data usage per device is increasing rapidly.
2) The proliferation of different cell sizes and wireless technologies has created a heterogeneous mobile network environment that is difficult to manage with traditional methods.
3) Initial Smart Lab tests found that advertising delivered with Angry Birds gameplay more than tripled signaling traffic on Android phones compared to the game alone.
4) VoIP calling on smartphones was found to consume more power and network resources than traditional cellular voice calls, while often
1. The document discusses how cellular networks can track user location using cell IDs and how this location data can be accessed through APIs and used by applications. However, network location has inaccuracies related to cell size and location technology used.
2. It also covers different location technologies available on smartphones like GPS, cellular, and WiFi and how location APIs allow applications to request and receive location data. Examples of location-based applications and services are given.
3. Emerging trends in location technologies and applications are predicted, including the growing use of augmented reality, indoor location services, and virtual worlds on mobile devices.
This case study showcases Mistral's capability in providing a ZigBee technology based solution for a Universal Remote Controller. The product is now going into large volume production by the customer.
CoolSpots is a system that coordinates the operation of multiple wireless radios (e.g. Bluetooth, WiFi) in mobile devices to provide a unified network connection while minimizing power consumption. By dynamically switching between radios based on policies that consider factors like application needs, radio characteristics, and device location, CoolSpots can achieve around a 50% reduction in energy use over relying on a single radio's power management. The most effective switching policy adapts to changing conditions by dynamically remembering bandwidth thresholds instead of using fixed thresholds that do not work as device location varies.
This document discusses VoWiFi solutions from Meru Networks and Ascom. It provides information on:
1) Meru's converged voice, data, and video WLAN platform which guarantees application delivery and continuously optimizes networks for different applications.
2) Key reasons to choose Ascom, including its VoWiFi system and integration platform that enables voice, messaging, and data convergence across devices.
3) A comparison of Ascom's i75 handset to SpectraLink's h340, noting advantages of the i75 like support for Meru's virtual cell technology and robust/purpose-built design.
The document discusses how Ruckus Smart Wi-Fi solutions address key needs for education including reliable coverage across large campuses, support for high-density environments, flexible deployment options without requiring new cabling, strong security, and simplified administration. Ruckus products such as the ZoneFlex access points and ZoneDirector controllers provide features such as adaptive antenna arrays, smart mesh networking, and dynamic pre-shared keys to optimize wireless connectivity for education.
The GSP-1700 is a compact and lightweight mobile satellite phone from Globalstar that provides voice and data connectivity via satellite. It weighs only 7 ounces and has a long battery life. The phone allows users to make calls, send SMS and email from remote locations not covered by cellular networks. It is designed for use by companies to manage field operations and stay connected in remote areas.
GENCOM Mobile Unified Communications Client allows consumers to make audio and video calls, access voicemail and visual messaging, and use instant messaging and presence features from their mobile devices over WiFi or cellular networks. The client integrates with GENBAND's A2 Communications Application Server and GENView Mobile Provisioning to simplify deployment for operators across iPhone, Android, and Blackberry devices. It provides residential users with calling features and the ability to communicate with social networks while saving on cellular minutes by moving calls to WiFi.
Mr Lorenz Nokia Siemens The Impact of Smart Devices on The Liquid NetworkIDATE DigiWorld
The document discusses the impact of smart devices on mobile networks based on testing done in Nokia Siemens Networks' Smart Labs. Key findings include:
1) Smartphones and tablets now generate the majority of mobile data traffic compared to older mobile devices. Data usage per device is increasing rapidly.
2) The proliferation of different cell sizes and wireless technologies has created a heterogeneous mobile network environment that is difficult to manage with traditional methods.
3) Initial Smart Lab tests found that advertising delivered with Angry Birds gameplay more than tripled signaling traffic on Android phones compared to the game alone.
4) VoIP calling on smartphones was found to consume more power and network resources than traditional cellular voice calls, while often
Judy Dandridge has worked as a mail carrier for 20 years, delivering mail long distances by truck to rural customers. She wakes up at 3:30 AM to start her route at 5 AM, driving approximately 75 miles per day before finishing at 2 PM. After work, she goes home to have lunch with her husband Jim, who works at a grocery store, and they spend afternoons gardening. They have two teenage children and last year visited Jim's sister in Los Angeles, staying 10 days. Next month, they are traveling to Florida for a family party celebrating Judy's parents' wedding anniversary.
The document discusses empowering real estate agents to use web technologies like WordPress, Facebook, Twitter, YouTube, and analytics tools to build their business. It recommends practical steps for brokerages to take including designating a leader, providing open workspace, structured classes, and scheduled one-on-one sessions. The keys to success are building real expertise in both technology and strategy, focusing on WordPress, Facebook, Twitter, YouTube, and having agents actively use these tools.
Aceites Mayo, SL produce y comercializa una amplia gama de aceites, incluyendo aceite de oliva virgen extra de las principales regiones de España. La empresa tiene líneas de envasado automatizadas para diferentes formatos y es capaz de envasar para marcas privadas. Aceites Mayo, SL se enfoca en ofrecer productos, gestión y servicio de alta calidad a través de sistemas como ISO 9001 e ISO 14001.
The document discusses real estate marketing strategies. It recommends building a mindset of an opportunity warrior focused on helping others. Success comes from applying timeless fundamentals and timely tactics, including lead generation, client services, and continual learning. Agents should use blogs, social media, and the internet to build their brand, share expertise, and engage clients in a transparent way. The key is business activation by combining one's passions with skills to serve others.
Lorena Acevedo Cruz is the subject of this document. It contains her name but no other identifiable information such as date of birth, address, or other biographical details. The document provides only the name of the individual and no other context.
This document summarizes the services and values of a real estate company. It provides 360 degree experiences through high tech and high touch services. Buyers are more empowered than ever and shop online or through referrals, reputation, and other sources. The company aims to deliver custom solutions and insights through understanding clients' needs and transitions.
Sue had a party while her parents were out and felt terrible when they arrived home early. Her parents called her friends and told her to come home immediately. When Sue returned home at 2 AM, she promised her parents she would never throw another party.
Mobile data usage is growing exponentially driven by smartphones, but most data usage occurs indoors where wireless coverage is poor. Traditional macro-cellular networks cannot meet long-term mobile broadband demands. Femtocells provide a solution by creating "personal" indoor base stations that improve coverage and capacity through spatial reuse. Key challenges include interference avoidance between macrocells and femtocells as well as developing applications enabled by femtocell awareness of mobile and home networks. Femtocells promise benefits for both consumers through improved in-home experience and operators through lower costs and new services.
Mobile data usage is growing exponentially as smartphones become more popular. However, most mobile data is used indoors where signal from macro cellular towers is poor. While 4G technologies can provide some improvements, the macro cellular architecture alone cannot meet long term demands. Femtocells provide a solution by creating small, low-power cellular base stations that can be installed in homes to provide dedicated indoor coverage and capacity. This improves the user experience through better signal strength and dedicated bandwidth. Femtocells also enable new applications through awareness of both mobile and home networks. However, challenges remain around interference avoidance when femtocells overlap with macro networks.
The document discusses using femtocells and WiFi to provide cost-efficient ubiquitous broadband. It notes that mobile data traffic is exploding and heterogeneous networks (HetNets) with small cells are needed to boost network capacity. Femtocells can help reduce subscriber churn rates and offload a significant portion of traffic from the macro network. The ecosystem for femtocells and LTE has matured, with many commercial deployments and upcoming deployments. The panel will discuss how femtocells and WiFi can provide a complementary approach for true ubiquitous broadband, traffic offloading to avoid capacity crunch, benefits of multi-mode femtocells, and standard status.
Femtocells are low-power cellular access points that provide improved 3G coverage and bandwidth for mobile users making voice and data calls indoors. They connect to the mobile network via a customer's broadband connection, extending network capacity without requiring expensive infrastructure upgrades. Femtocells allow carriers to increase revenue from indoor mobile usage by enabling new services like mobile TV, music streaming, search tools and more to deliver a high-quality mobile experience for customers both inside buildings and out.
Enterprise small cell architecture webinarDavid Chambers
Amit Jain, VP Product Management at Spidercloud, explains the various small cell alternatives for enterprise small cells suitable for SOHO, SME and larger businesses. He argues that as the number of enterprise femtocells/small cells increase, more local control is required. Various solutions from individual small cells (femtocells) through to large scale DAS (Distributed Antenna Systems) all have a place to play.
This document is a seminar report on femtocell technology submitted by a student named Hareesh P. It provides an introduction to femtocells, defining them as low-power wireless access points that use a home broadband connection to connect mobile devices to a mobile network operator's network. It discusses the need for femtocells to improve indoor coverage and capacity as more users access mobile networks at home. The document also classifies femtocells based on their bearer connection and initial access information capabilities. It provides a basic overview of how femtocells function by connecting to the operator's core network via broadband and operating at low power for indoor coverage while handing off to the macro network outdoors.
Daniel cornejo cisco. centros de datos unificados y su evolución hacia la nub...datacentersummit
The document discusses trends in data center traffic and device growth. It notes that global data center traffic grew from 5 exabytes per month in 2007 to 21 exabytes in 2010 and is projected to reach 56 exabytes by 2013. The number of networked devices grew from 500 million in 2007 to 35 billion in 2010 and is projected to reach 50 billion by 2013. The document also discusses how Cisco saw trends in 10Gb Ethernet, x86 server evolution, and virtualization that would change the data center landscape. It presents Cisco's vision and product strategy to address these trends through a unified fabric approach.
The document discusses femtocells, which are small cellular base stations that provide indoor wireless coverage to mobile phones using a broadband internet connection. Femtocells allow service providers to extend cellular coverage inside homes and businesses. They provide benefits to both users and operators, including improved coverage, higher quality and data rates, lower costs, increased network capacity, and better performance. The document outlines what femtocells are, how they work, their benefits, advantages, applications, and concludes that femtocell technology represents an important improvement for future networks.
The latest development in network and communicationRizwan Razman
The document discusses recent developments in networking and communication technologies. It describes mobile computing, defining it as using computing devices while in transit. It also discusses internet technologies like VoIP and blogs. Regarding network types, it covers personal area networks (PANs), wireless local area networks (WLANs), and worldwide interoperability for microwave access (WiMAX). The document concludes that these latest developments make networking and communication easier and more useful for IT users.
The document discusses Cisco's IP Interoperability and Collaboration System (IPICS), which enables unified command and control, situational awareness, and collaboration across different communication systems. IPICS integrates voice, video, and data on an IP network to allow real-time communication between various devices such as radios, phones, surveillance systems, and mobile clients. It provides threat detection, monitoring, and response capabilities. The architecture converges communications across radio systems, telephony networks, and IP networks to improve interoperability.
See this slide deck from a wonderful "Beyond BYOD" presentation by Cisco's Scot Hull, which took place at Stalwart's 3rd Annual Executive Briefing and CIO Roundtable at the Grove Park Inn.
Judy Dandridge has worked as a mail carrier for 20 years, delivering mail long distances by truck to rural customers. She wakes up at 3:30 AM to start her route at 5 AM, driving approximately 75 miles per day before finishing at 2 PM. After work, she goes home to have lunch with her husband Jim, who works at a grocery store, and they spend afternoons gardening. They have two teenage children and last year visited Jim's sister in Los Angeles, staying 10 days. Next month, they are traveling to Florida for a family party celebrating Judy's parents' wedding anniversary.
The document discusses empowering real estate agents to use web technologies like WordPress, Facebook, Twitter, YouTube, and analytics tools to build their business. It recommends practical steps for brokerages to take including designating a leader, providing open workspace, structured classes, and scheduled one-on-one sessions. The keys to success are building real expertise in both technology and strategy, focusing on WordPress, Facebook, Twitter, YouTube, and having agents actively use these tools.
Aceites Mayo, SL produce y comercializa una amplia gama de aceites, incluyendo aceite de oliva virgen extra de las principales regiones de España. La empresa tiene líneas de envasado automatizadas para diferentes formatos y es capaz de envasar para marcas privadas. Aceites Mayo, SL se enfoca en ofrecer productos, gestión y servicio de alta calidad a través de sistemas como ISO 9001 e ISO 14001.
The document discusses real estate marketing strategies. It recommends building a mindset of an opportunity warrior focused on helping others. Success comes from applying timeless fundamentals and timely tactics, including lead generation, client services, and continual learning. Agents should use blogs, social media, and the internet to build their brand, share expertise, and engage clients in a transparent way. The key is business activation by combining one's passions with skills to serve others.
Lorena Acevedo Cruz is the subject of this document. It contains her name but no other identifiable information such as date of birth, address, or other biographical details. The document provides only the name of the individual and no other context.
This document summarizes the services and values of a real estate company. It provides 360 degree experiences through high tech and high touch services. Buyers are more empowered than ever and shop online or through referrals, reputation, and other sources. The company aims to deliver custom solutions and insights through understanding clients' needs and transitions.
Sue had a party while her parents were out and felt terrible when they arrived home early. Her parents called her friends and told her to come home immediately. When Sue returned home at 2 AM, she promised her parents she would never throw another party.
Mobile data usage is growing exponentially driven by smartphones, but most data usage occurs indoors where wireless coverage is poor. Traditional macro-cellular networks cannot meet long-term mobile broadband demands. Femtocells provide a solution by creating "personal" indoor base stations that improve coverage and capacity through spatial reuse. Key challenges include interference avoidance between macrocells and femtocells as well as developing applications enabled by femtocell awareness of mobile and home networks. Femtocells promise benefits for both consumers through improved in-home experience and operators through lower costs and new services.
Mobile data usage is growing exponentially as smartphones become more popular. However, most mobile data is used indoors where signal from macro cellular towers is poor. While 4G technologies can provide some improvements, the macro cellular architecture alone cannot meet long term demands. Femtocells provide a solution by creating small, low-power cellular base stations that can be installed in homes to provide dedicated indoor coverage and capacity. This improves the user experience through better signal strength and dedicated bandwidth. Femtocells also enable new applications through awareness of both mobile and home networks. However, challenges remain around interference avoidance when femtocells overlap with macro networks.
The document discusses using femtocells and WiFi to provide cost-efficient ubiquitous broadband. It notes that mobile data traffic is exploding and heterogeneous networks (HetNets) with small cells are needed to boost network capacity. Femtocells can help reduce subscriber churn rates and offload a significant portion of traffic from the macro network. The ecosystem for femtocells and LTE has matured, with many commercial deployments and upcoming deployments. The panel will discuss how femtocells and WiFi can provide a complementary approach for true ubiquitous broadband, traffic offloading to avoid capacity crunch, benefits of multi-mode femtocells, and standard status.
Femtocells are low-power cellular access points that provide improved 3G coverage and bandwidth for mobile users making voice and data calls indoors. They connect to the mobile network via a customer's broadband connection, extending network capacity without requiring expensive infrastructure upgrades. Femtocells allow carriers to increase revenue from indoor mobile usage by enabling new services like mobile TV, music streaming, search tools and more to deliver a high-quality mobile experience for customers both inside buildings and out.
Enterprise small cell architecture webinarDavid Chambers
Amit Jain, VP Product Management at Spidercloud, explains the various small cell alternatives for enterprise small cells suitable for SOHO, SME and larger businesses. He argues that as the number of enterprise femtocells/small cells increase, more local control is required. Various solutions from individual small cells (femtocells) through to large scale DAS (Distributed Antenna Systems) all have a place to play.
This document is a seminar report on femtocell technology submitted by a student named Hareesh P. It provides an introduction to femtocells, defining them as low-power wireless access points that use a home broadband connection to connect mobile devices to a mobile network operator's network. It discusses the need for femtocells to improve indoor coverage and capacity as more users access mobile networks at home. The document also classifies femtocells based on their bearer connection and initial access information capabilities. It provides a basic overview of how femtocells function by connecting to the operator's core network via broadband and operating at low power for indoor coverage while handing off to the macro network outdoors.
Daniel cornejo cisco. centros de datos unificados y su evolución hacia la nub...datacentersummit
The document discusses trends in data center traffic and device growth. It notes that global data center traffic grew from 5 exabytes per month in 2007 to 21 exabytes in 2010 and is projected to reach 56 exabytes by 2013. The number of networked devices grew from 500 million in 2007 to 35 billion in 2010 and is projected to reach 50 billion by 2013. The document also discusses how Cisco saw trends in 10Gb Ethernet, x86 server evolution, and virtualization that would change the data center landscape. It presents Cisco's vision and product strategy to address these trends through a unified fabric approach.
The document discusses femtocells, which are small cellular base stations that provide indoor wireless coverage to mobile phones using a broadband internet connection. Femtocells allow service providers to extend cellular coverage inside homes and businesses. They provide benefits to both users and operators, including improved coverage, higher quality and data rates, lower costs, increased network capacity, and better performance. The document outlines what femtocells are, how they work, their benefits, advantages, applications, and concludes that femtocell technology represents an important improvement for future networks.
The latest development in network and communicationRizwan Razman
The document discusses recent developments in networking and communication technologies. It describes mobile computing, defining it as using computing devices while in transit. It also discusses internet technologies like VoIP and blogs. Regarding network types, it covers personal area networks (PANs), wireless local area networks (WLANs), and worldwide interoperability for microwave access (WiMAX). The document concludes that these latest developments make networking and communication easier and more useful for IT users.
The document discusses Cisco's IP Interoperability and Collaboration System (IPICS), which enables unified command and control, situational awareness, and collaboration across different communication systems. IPICS integrates voice, video, and data on an IP network to allow real-time communication between various devices such as radios, phones, surveillance systems, and mobile clients. It provides threat detection, monitoring, and response capabilities. The architecture converges communications across radio systems, telephony networks, and IP networks to improve interoperability.
See this slide deck from a wonderful "Beyond BYOD" presentation by Cisco's Scot Hull, which took place at Stalwart's 3rd Annual Executive Briefing and CIO Roundtable at the Grove Park Inn.
This document discusses femtocells as a solution to provide indoor cellular coverage. It defines a femtocell as a small cellular base station designed for residential use that connects to a service provider's network via broadband and supports 2-5 mobile devices. The document outlines various femtocell architecture options and challenges regarding cost, interference, and potential consumer concerns. It also reviews worldwide activity, including trials by carriers and key players in the femtocell industry.
Femtocells are small cellular base stations that connect to service providers' networks via broadband to extend indoor cellular coverage. They allow service in homes and businesses where access would otherwise be limited. Femtocells operate in plug-and-play mode but require dedicated hardware. They connect via IPsec tunnels to security gateways and authenticate users for secure cellular service extension into private locations. Femtocells help improve indoor coverage while potentially lowering call costs.
This document discusses mobile data offloading using femtocells and WiFi. It provides an overview of femtocell technology compared to WiFi offloading, explaining how femtocells can extend coverage and increase capacity by handling indoor data traffic. The document also outlines some of the challenges in implementing femtocell networks, such as interference management, quality of service, and network synchronization.
A state of mobile devices fragmentation in Australia, based on analytics from Netbiscuits cloud platform (www.netbiscuits.com)
Contact: l.challamel@netbiscuits.com
This document proposes a mobile peer-to-peer network architecture that allows various mobile devices to communicate with each other over different networks. The key aspects of the architecture are:
1) It supports multicast communication between nodes to efficiently distribute information.
2) It incorporates mobile devices into the peer-to-peer network through mobile proxies that allow constrained devices to participate.
3) It defines XML-based protocols that are readable, extensible, and allow new applications to be built on top of the core protocols.
Similar to Airvana Femtocell as Hub of the Connected Home (20)
Ivanti’s Patch Tuesday breakdown goes beyond patching your applications and brings you the intelligence and guidance needed to prioritize where to focus your attention first. Catch early analysis on our Ivanti blog, then join industry expert Chris Goettl for the Patch Tuesday Webinar Event. There we’ll do a deep dive into each of the bulletins and give guidance on the risks associated with the newly-identified vulnerabilities.
Unlock the Future of Search with MongoDB Atlas_ Vector Search Unleashed.pdfMalak Abu Hammad
Discover how MongoDB Atlas and vector search technology can revolutionize your application's search capabilities. This comprehensive presentation covers:
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* Practical use cases across various industries
* Step-by-step implementation guide
* Live demos with code snippets
* Enhancing LLM capabilities with vector search
* Best practices and optimization strategies
Perfect for developers, AI enthusiasts, and tech leaders. Learn how to leverage MongoDB Atlas to deliver highly relevant, context-aware search results, transforming your data retrieval process. Stay ahead in tech innovation and maximize the potential of your applications.
#MongoDB #VectorSearch #AI #SemanticSearch #TechInnovation #DataScience #LLM #MachineLearning #SearchTechnology
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.
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Salesforce Integration for Bonterra Impact Management (fka Social Solutions A...Jeffrey Haguewood
Sidekick Solutions uses Bonterra Impact Management (fka Social Solutions Apricot) and automation solutions to integrate data for business workflows.
We believe integration and automation are essential to user experience and the promise of efficient work through technology. Automation is the critical ingredient to realizing that full vision. We develop integration products and services for Bonterra Case Management software to support the deployment of automations for a variety of use cases.
This video focuses on integration of Salesforce with Bonterra Impact Management.
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Power Grid Model
The global energy transition is placing new and unprecedented demands on Distribution System Operators (DSOs). Alongside upgrades to grid capacity, processes such as digitization, capacity optimization, and congestion management are becoming vital for delivering reliable services.
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Threats to mobile devices are more prevalent and increasing in scope and complexity. Users of mobile devices desire to take full advantage of the features
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Airvana Femtocell as Hub of the Connected Home
1. Beyond Coverage
The Femtocell as the Hub of the Connected Home:
Bridging Mobile and Home Life
Avren Femtocells Asia Conference March 23rd, 2009, Tokyo, Japan
2. No Coverage?
Horizontal
Coverage
Vertical
Coverage
10. Enter the Femtocell: Airvana User Labs Trial Results
Femtocells transform the user experience indoors with complete vertical coverage
Probability Indoor Airlink Data Rate Exceeds Given Value
100%
90%
80%
70%
60%
Femtocells
50%
MacroCells
40%
30%
20%
10%
0%
0 500 1000 1500 2000 2500 3000 3500
Indoor Airlink Data Rate (kbps)
This figure summarizes our comparison between indoor coverage for femtocells and the macro network. The X Axis represents the requested
1xEV-DO Rev. A airlink data rate and the Y Axis represents the probability that the indoor requested data rate exceeds the X Axis. These results
were taken on a network in the Americas and are representative of EVDO and HSPA networks around the world
20. The 7 Unique Traits of the Femto Cell
1. Bridges
mobile & home
2. Knows
worlds
7. Creates new
when user is
social network
home
6. Enables 3. Connects
mobile Remotely to
broadband home network
indoors
5. Is an 4. Managed
entry/end point by mobile
inside home operator
21. The 7 Unique Traits of the Femto Cell
1. Bridges
Bridges mobile
mobile & home
and wireline
worlds
worlds
is part of home
knows about
network
handsets
22. The 7 Unique Traits of the Femto Cell
2. Knows when
Knows when
user is home
user is at home
Unique, accurate Presence information
– Enables new presence/proximity applications
– Enhances existing presence applications
23. The 7 Unique Traits of the Femto Cell
3. Connects
Connects to
remotely to
home network
Extends home network to remote device
home network
while user is
Can still reach handset away from home
away
24. The 7 Unique Traits of the Femto Cell
Beach-head to deliver a variety of new
managed services in the home
Can deliver to other screens
Services can have a network component
Complements existing delivery platform
4. managed
Is managed
by mobile
by the mobile
operator
operator
25. The 7 Unique Traits of the Femto Cell
Local communications
Personal portal, personal proxy
Personalization node
Business applications
Macro
Internet
5. Is an
Is an entry/end
entry/end point
point inside the
inside home
home
26. The 7 Unique Traits of the Femto Cell
Provides
6. Provides
mobile
broadband in
broadband
the home
indoors
27. The 7 Unique Traits of the Femto Cell
7. Creates a
Creates a new
social social
new network
network
Peer-to-Peer Connectivity
Static or
dynamic groups
28. The 7 Unique Traits of the Femto Cell
1. Bridges
mobile & home
2. Knows
worlds
7. Creates new
when user is
social network
home
6. Enables 3. Connects
mobile Remotely to
broadband home network
indoors
5. Is an 4. Managed
entry/end point by mobile
inside home operator
29. Femtozone Application Building Blocks
1. Femto Application Client (resides in femtocell or femtomodule)
Implements the “local” application logic
Connects to home devices, synchronizes with Application Server, traverses
home firewalls, sets up local communications, provides data format and media
conversion/handling, etc.
2. Optional Network Application Server
Adds a network portion to the application
Provides service orchestration, network application business logic, convergence
with other services, remote access, security and authentication, service
backend, accounting, service management, manages provisioning and updates,
etc.
3. Optional Handset client (browser-based access may be used)
Runs the mobile portion of the application
Synchronizes with application Server and Femto Client and Network Application
Server, runs handset GUI, manages handset resources, boosts performance,
monitors perceived quality of experience, etc.
30. Femtozone Services: Components
Fe
Core App mto Internet
Femto licat
Clie ion
Application
FGW Ap Fe
nt
Client Network
pl mto
Cl icat Application Server
ie i o
nt n
[optional]
Network Interface
To FGW and FSM
[Existing] Femto/Network
Application Interface
[optional]
Home Network
Air Interface
Phone Clients [optional]
Phone Platforms [existing]
31. Monetizing Femtozone Services
A PP
APP
P
AP
AP
P
Application Store for
Bundle Femtocell +
direct purchasing/
Services into unique
download
“Home Appliance”