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Explore the challenges and models of femtocell technology implementation, covering business and technical aspects to optimize cost and flexibility. Understand the role of chip technologies and network architecture in enhancing mobile services. Discover the benefits of seamless handover, multi-network operation, and small-cell requirements. Evaluate the economy of scale through flexible deployment and integration to meet the demands of evolving communication networks. Navigate the complexities of femtocell development while staying ahead of the competition in the market.
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Femtocell PanelEnabling Chip Technologies Bridging the gap of cost &flexibility/performance Majid Foodeei, PhD Dir. of Strategic Marketing Jan-8-2010
Femto Drivers F E M T O Offload Mobile Traffic Fixed Play FMC Services Coverage Capacity Mobile Services Cost
Femto business and technical Challenges Business Models • Low cost • FC • RGW STB Service Value Prop. Network Architecture Harmonization Security & Health Hazards Plug-n-play & control of provisioning Remote Device Management Competing Service & Technology Auto-config- Cognitive Radio QoS RF Interference Time/Network Synch
Small-cell Requirements • A sample of operator perspective • Scale to various target sites • Flexible Deployment (Indoor: Home/Enterprise, Outdoor: Urban/Suburban) • Simplified O&M, • Advanced Backhaul (All wired or wireless transports) • Compact, • Open Interface, • Seamless Multi-network operation • Seamless Handover and N/W Selection/Redirection • Smooth migration • Multi-mode operation with low cost and high performance • A sample of user perspective • Capacity, Coverage, Cost • Services • Security & Health • Government and regulation • Power consumption, competition * NGMN
Matching strategy to meet the challenges Foodchain: Operator/User Chip+SW+OEM/ODM+APP Chip vendors challenges • Balance the flexibility, power, cost, and performance optimization • Optimizations of the radio design • Baseband, RF, other combo’s or not? • SW-defined to what extend? Economy of scale through • Flexible Multi-system & products • Scalable: Macrocell to Femtocell • Entirely Software Defined • Access independent • Standalone & Integrated FAP • Femto-enabled Multi-play RGW & STB • High BW data, IP-TV, VoIP Telephony, WiFI, DSL/FTTH/Cable • Fit for slow adoption phase Macro Distributed Femto Pico Micro/ Compact * Picture credit: Huawei
Transport Block: External Network Interface Functions Internal Networking Functions QoS Functions, Traffic shaping,Integrated DPI Network Interface Protocol Termination Synchronization Functions OAM&P Functions SON and O&M needs SON, Self-configuration, Self-optimization, Self-healing, Online update Security Functions (SNOW3G, AES ciphering and RoHC) Control and Clock Block: Congestion Control Admission Control BTS Level OAM&P Functions BTS Configuration Management and Control Radio Resource Management Multi-vendor Configurations RF Scheduling Network Interface (NI) Signaling Termination System Clock Generation and Distribution Home/Enterprise Femto Holy Grail with gateway functionality Control & Clock Module F-Baseband Module F-RF Module Multi-mode GP Module Transport Module Security Block Video (T) Block (Ext-IPTV) High-Speed Secure Router/QoS Block GbE WAN HD-VoIP/POTS Block SmartGrid Block? 802.11a/b/g/n Block GbE LAN • IMS/SIP Deployment Experience • Multi-media processing expertise • Performance w Security (throughput, latency, & power) optimized • SW blocks and fast Integration • Partnership * OBSAI
Conclusions • Femtocell Challenges and Opportunities • Better understanding of business and technical hurdles • Economy of scale benefits & role in realization of Femto mass delivery • Holy Grail Femto+GW • Best-of-Breed Solutions in the “food chain”, especially chip • Transport, Security, and control processer challenge • Flexibility Performance, Time-to-market, cost (BOM) • Multiple standards, sizes, soft configurable platform and components • Lowering Development Cost and Risk www.transwitch.com
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