Discussion on Telecom Transport Networks — IP/MPLS, DWDM, synchronization, and the critical infrastructure powering mobile and fixed networks.
Full category description:
Welcome to the Transport Networks category — a dedicated space to explore the technologies and architectures that form the backbone of modern telecommunications.
Aligned with the mission of telecomHall — connecting professionals in Telecom, Technology, AI, and Innovation — this category focuses on the physical and logical infrastructure that enables everything from 5G to fiber broadband.
Here, members can:
- Share insights and ask questions about IP/MPLS, DWDM/OTN, microwave, and fiber transport
- Discuss network synchronization (e.g., PTP, SyncE) and clocking architectures
- Explore network design strategies, resiliency models, and capacity planning
- Exchange real-world experiences, troubleshooting tips, and vendor-specific implementations
Why use this category?
Because no telecom network operates without a reliable and well-designed transport layer. It’s essential for performance, scalability, and end-to-end quality.
How is it different from other categories?
While other categories focus on services, RAN, or core logic, this one is dedicated to Layers 1–3 infrastructure — the foundation of all connectivity.
What should topics include?
- Transport network architectures and topologies
- Hardware discussions (routers, optical equipment, microwave links)
- Protocols (MPLS, Segment Routing, Ethernet, OTN)
- Synchronization strategies and issues
- Field cases, lab tests, and integration best practices
Do we need this category?
Absolutely. A strong, scalable transport network is critical to digital transformation. This space supports engineers and architects working behind the scenes to make connectivity possible.