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Enhancing Connectivity: LTE and DAS Deployment Optimization by Dr. Kenneth Stewart

Dr. Kenneth Stewart from TE Connectivity discusses the evolution and optimization of LTE and Distributed Antenna Systems (DAS). This presentation covers innovative solutions for in-building and outdoor networks, emphasizing high performance through MIMO and SISO technologies. With over 15 years of experience, TE's all-digital transport allows for efficient fiber use and scalability. Key topics include future-proofing strategies, multi-band deployment, capacity scalability, and the importance of optimal fiber spectral efficiency to ensure robust network performance.

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Enhancing Connectivity: LTE and DAS Deployment Optimization by Dr. Kenneth Stewart

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  1. LTE and DAS Deployment Optimization and Evolution Dr. Kenneth (Ken) Stewart, TE Connectivity

  2. TE Wireless for the Small Cell Evolution Adding flexibility & performance to networks through: • Market-Leading In-Building & Outdoor DAS • Adding Power & Density to the network • SISO & MIMO 4G Solutions • Depth of Experience • 15 years of development & deployments • Fiber Efficiency All-Digital Transport Enables • 18 sectors over a single fiber pair • TE Innovation • Thin Cabling • Digital DAS • Digital Simulcast

  3. LTE and DAS – Deployment Optimization and Evolution – #1 • LTE and DAS – Deployment Optimization and Evolution • Complete Feature Support – 3GPP Release 8-10 • Optimal Fiber Spectral Efficiency • Multi-Antenna Capability • Transmission and Deployment SNR and SINR • Future-Proofing DAS and LTE • Spectrum Re-Mining • Multi-Band Deployment and Carrier Aggregation • Scalable Capacity, Spectral Efficiency and Multi-Antenna Operation • Progressive 3GPP Release Support – Releases 11-12

  4. LTE and DAS – Deployment Optimization and Evolution – #2 • Future-Proofing DAS and LTE (Cont.) • Flexible Frequency Re-Use • Multi-Modality – Duplex Modes • LTE BS (eNB) and SoC Connectivity • LTE, Small Base Stations and DAS • Full Band Operation • Capacity Scalability – Infrastructure and Edge Functionality • System Maintenance and Upgrading – Edge vs. Core • Infrastructure Sharing and Power Distribution • Radio Access Technology (RAT) Migration Flexibility • Network Capacity and Quality of Service • Network Security and Management

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