UfiSpace, 5G Open Networking Solution

Solutions for Carrier and Cloud Networks

Looking for 5G Networking Solutions ?

UfiSpace provides end-to-end open and disaggregated architecture solutions for next generation networks

Enabling Segment Routing at the AI Edge with S9511-20CT

Built to meet the evolving demands of AI, cloud-native workloads, and next-generation services, the S9511-20CT is optimized for deployment in space-constrained and distributed edge environments. Bringing SR-MPLS to the access layer, the S9511-20CT enables operators to deploy open, disaggregated infrastructure with greater flexibility, lower latency, and faster service rollout.

Connect with UfiSpace

UfiSpace is all about open connectivity. Our world now has more people and machines being connected than ever before. UfiSpace strives to give our customers the tools they need to build reliable communication networks. By offering a seamless migration to open and disaggregated network architectures we are helping service providers to improve efficiencies, remove vendor lock-in, and reduce network management costs.

Accelerate Solutions Development
Implement Software Defined Networks
Utilize Merchant Silicon
Minimize CAPEX & OPEX

Open Resources

How the Distributed Disaggregated Chassis Fulfills AI Cluster Scale Demand

How the Future of Data Centers Be Sustainable?

With the rising growth of digital usage, the challenge to manage electrical power, reduce carbon emissions, and increase energy efficiency in data centers has never been more pressing. 

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Is your network equipped to navigate the AI revolution?

Learn how UfiSpace DDC solution crafts flexible, high- scale routing systems suited for AI era and discover how to stay ahead of the competition, drive better business outcomes, and enhance customer engagement and beyond.

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How to achieve sustainable data centers?

What is the future of data centers with the increasing demand of energy? Discover how to achieve a greener data center by improving power efficiency with advanced network equipment. 

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