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Extending TR-069 Management to Femtocell
 

Extending TR-069 Management to Femtocell

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    Extending TR-069 Management to Femtocell Extending TR-069 Management to Femtocell Presentation Transcript

    • Extending TR-069 Management to Femtocell
    • What is Femtocell? Femto Access Point (FAP), or “Femtocell” in general, is a terminology for a new type of CPE device emerging in the mobile industry. – It is a small-scale cellular base station designed specifically for indoor coverage. – It communicates to the user’s mobile handset over the standard- based radio interface using licensed spectrum and further connects to the mobile network infrastructure over the fixed broadband connection. There are two types of FAP devices: – The standalone FAP is a device that is connected to a physically separate RGW via an Ethernet cable and – The integrated FAP is a device that has FAP and RGW functionalities combined into a single CPE device.
    • Overview of Femtocell System
    • Benefits of Femtocell The notable benefits of femtocell include: Improving in-building signal coverage and quality Offloading the macro base stations from indoor users Introducing 3G coverage and service to users irrespective of the presence or absence of the 3G macrocell coverage in the surrounding area Enabling the introduction of traffic-intensive services that require high data rate Enabling the introduction of new “femtozone” applications and services
    • Femtocell Characteristics There are several main characteristics that the femtocell separates itself from the traditional cellular network infrastructure as follows: It is a consumer CPE device that is located at the end-user’s premise. The intended coverage and the capacity are orders of magnitude smaller than the traditional macrocells. The number of devices deployed and to be managed is orders of magnitude higher than the traditional macrocell based system. It uses the existing fixed broadband technology, such as xDSL, as the backhaul to the mobile network.
    • Unique issues The physical control of the device itself is outside the control of the mobile operator that provides the service. – This includes aspects such as the physical state and condition of the device itself, and the location of the device where it may be installed and operated. Since the number of devices to manage is order of magnitude higher than the traditional macrocells, different approach of device management may be required. Maintaining the same level of QoS and Grade of Service with the traditional macrocell based system present challenges to the mobile operators due to the fact that the tight control of the device is neither necessarily guaranteed nor possible. – Some of the constraints include the general nature of the existing fixed broadband technology (e.g. xDSL), and the general characteristics of the CPE device (e.g. absence of HW/SW support of redundancy and the concept of availability). This impacts the area such as real-time device operation, management and service availability. For mobile operators who provide the FAP service to end users, support and consideration for the multi-vendor interoperable consumer CPE product paradigm is an important aspect that needs to be taken into account for the successful FAP service deployment and acceptance in the market.
    • Why TR-069 is the right FAP Management Protocol? The management of FAP requires a fundamentally different management approach from the traditional cellular infrastructure network elements. As the remote management protocol specifically designed for consumer CPE devices, TR-069 CWMP naturally fit the FAP remote management. Further, FAP management based on the standardized Data Model ensures interoperability across multiple vendors. This means: – From mobile operator perspective, it ensures easier and smoother OAM&P by reusing the technology that is already proven in the mass CPE deployment today. – From vendor perspective, it encourages and promotes the ecosystem across the whole femto industry, and – From the end user perspective, it allows simple and error-free “plug-and- play” installation.
    • Summary of TR-069 (CWMP) Benefits Profitable and seamless service deployment – Reduce costs – Enable services – Improve customer experience Higher layer protocol – network (and device) agnostic Robust functionality – Granular device and service control – Flexible, policy-based management Well-defined extensibility mechanisms – New devices and services – Vendor differentiation Standard web technologies – Scalable – Secure – Widespread Applicable to full range of devices on home network – Annexes F (device/gateway association) and G (NAT traversal) 8
    • BroadbandHome™ Remote Management Framework Call OSS/BSS Policy Center New! TR-142 WT-131, WT-132: TR-069 Framework for Femto Cell IP STB Storage ACS Northbound PON Interface TR-196 Femto Cell TR-069 CPE WAN VoIP Management Protocol TR-135: STB TR-104: VoIP New! TR-143: Residential Gateway TR-122: Voice ATA Throughput TR-140: Storage Voice ATA Performance Testing TR-064, TR-133: TR-98 Internet Gateway LAN-Side CPE Mgmt Auto-Configuration Device (IGD) Server TR-106: Common Data TR-111: NAT Traversal Model Template (ACS) TR-068, TR-124 RG HPNA G.hn Wireless PC MoCA Ethernet HomePlug
    • TR-069: CWMP Protocol Bi-directional Communication Connection Request Managed Inform Device Auto-Configuration Server (ACS) ACS Discovery Device Control CWMP Connection Initiation Get, Set Parameter Values and Bootstrap – first connect to network Attributes Requested by ACS – Scheduled or Add, Delete Objects immediately Reboot, Reset to Factory Defaults Asynchronous Notifications Initiate Firmware Download > Active – as soon as value changes Initiate diagnostic tests > Passive – report value next inform 10
    • Applying CWMP (TR-069) to Home Network End Devices Interdependent TRs – TR-064: LAN-Side DSL CPE Configuration – TR-068: Base Requirements for an ADSL Modem with Routing – TR-104: VoIP Provisioning data model – TR-111: Applying TR-069 to Remote Management of Home Networking Devices – TR-135: STB Data Model supporting IPTV – TR-140: Storage Data Model – TR-143: Enabling Network Throughput Performance Tests and Statistical Monitoring – NEW! TR-196: Femto Access Point Service Data Model
    • New Work Supporting and/or Building on CWMP WT-123: TR-069 Conformance and Interoperability Test Plans WT-131: ACS Northbound Interface Requirements WT-148: CWMP Scalability Extensions WT-157: Component objects for CWMP PD-174: Management of Non TR-069 Devices PD-193: IPv6 Updates to TR-069 Related TRs PD-194: Software Module Management using TR-069 PD-199: TR-069 Bulk Management
    • SDOs Using/referencing TR-069 CWMP for Service Provider Management 3GPP ATIS IIF DVB (Digital Video Broadcast) IPI ETSI TS 183065 Femto Forum FSAN Home Gateway Initiative (HGI) ITU-T SG HN / IPTV Open IPTV Forum Universal Plug and Play (UPnP) WiMax Forum
    • Need more information? Check out TR-196