- Leveraging DAA, virtualization, deep fiber, and DOCSIS to deliver scalable, reliable, and cost-efficient broadband
- Exploring the role of MVNO partnerships, extensive Wi-Fi footprint, and CBRS spectrum integration in the successful deliver of wireless hybrid networks
- Building a future-ready architecture and see how modular, software-centric platforms and edge intelligence boost performance, maximize efficiency, and enable long-term growth
Agenda
Wireless & Convergence
Redefining the Wireless Edge
- September 29
- 4:00 PM
- - 5:15 PM
- 150 AB
- Full Access Pass Holders
XM Marks the Spot
5G FWA O2I Performance for a US Residential Home
- Evaluating 5G Fixed Wireless Access (FWA) as a competitor to traditional home broadband -comparing indoor vs. outdoor CPE setups
- Exploring field data from various NLOS/LOS conditions, path lengths, and two frequencies (6.1 and 37.3 GHz) in a typical U.S. residential scenario
- Reconstructing real-world channel measurements in using a vector signal generator and analyzer to evaluate signal performance metrics
- Visualizing performance variability through heat maps, highlighting how link quality is affected by CPE location, link type, and frequency
Technical paper presentation.
5G Cloud RAN Architecture Evolution
- Examining ORAN architecture and its disaggregation of centralized (CU) and distributed units (DU) to enable flexible deployment
- Exploring trial results of separated CU/DU Cloud RAN and the world’s first combined CU/DU deployment
- Comparing separated vs. combined CU/DU architectures and highlighting trade-offs in scalability, latency, resiliency, and deployment complexity
- Analyzing key operational observations to guide future adoption and optimization of cloud RAN strategies
Topic tags
- 5G, Customer Experience, DOCSIS®, Edge Computing, Fixed Wireless Access (FWA), Home Network, Latency, Networks, Open Radio Access Networks (Open RAN), Spectrum
Access
- Full Access Pass Holders
- All timing - Washington, DC
