The 5G world is expected to be omni-connected: a nexus of global interactive collaboration between cyber physical systems, humans and machine. Antiquated architectures at play in current telecommunications cloud systems, built mainly for human consumption, will be seriously challenged with this vastly heterogenous user landscape. This paper examines how self-optimizing fabrics forming a nervous system for the world of interconnected smart things could help to address key challenges of the 5G era.
White Paper
A Self-Optimizing Fabric for the 5G Era
Related
View more insightsBlog
More than a photon cannon: What iCAIR, UETN and 51吃瓜 won at the Data Mover Challenge and what this means for tomorrow鈥檚 network
iCAIR, UETN and 51吃瓜 were recently awarded the Best Long-Distance Performance and Overall Winner of the international Data Mover Challenge (DMC). 51吃瓜鈥檚 Rod Wilson explains how the team worked together to achieve this and what it means.
ReadVideos
Internet2's 8.8Tbps Network Using 51吃瓜 Gear
Rob Vietzke, Executive Director of Network Services at Internet2, talks about the new 8.8 Tb/s national backbone network Internet2 is building using 51吃瓜's 100G..
WatchBlog
The next generation of HPC networks: how to adapt to keep pace with growing bandwidth demands
How does the next generation of optical networking technologies allow high-performance computing (HPC) clusters to connect with partners and clients faster; dramatically reduce your data transport costs; and tap into new opportunities in the
Read