
Data Center Networks
Scalable, Secure Networking Solutions for Modern Data Center Demands
Nokia’s data center networking solutions are crafted to deliver robust, scalable, and efficient connectivity for contemporary AI and HPC data centers. They provide high performance, scalability, reliability, and security to meet the evolving demands of education, government, and enterprises in an increasingly digital landscape. With advanced technology and automation, these solutions foster innovation, streamline operations, and respond effectively to the needs of your organization or customers. Hypertec, in collaboration with our partner Nokia, delivers a comprehensive data center networking solution, along with all necessary services, empowering you to act quickly and confidently.
Nokia and Hypertec Group to Power Breakthrough Research Across Health, Climate and AI with SHARCNET’s Nibi Supercomputer at the University of Waterloo
“This collaboration with Nokia proves that Canada can design and deploy AI and high-performance computing infrastructure at the highest global standards. Hypertec works with universities, enterprises and governments around the world on the most demanding AI workloads. Bringing that capability to SHARCNET gives Canadian researchers truly world-class infrastructure and strengthens Canada’s competitiveness in advancing research and AI.” Mike Marracino, President, Hypertec Solutions Partner (HSP)


Streamline network operations with Nokia Event-Driven Automation. Designed to respond in real time to network conditions, it reduces manual intervention, accelerates service delivery, and enhances reliability. By leveraging intelligent workflows and closed-loop automation, it helps organizations improve efficiency, minimize downtime, and keep complex infrastructures running at peak performance.
Featured Product

Nokia 7250 IXR Series
Nokia 7215 IXS-A1
Enable compact, high-performance connectivity with the Nokia 7215 IXS-A1. Designed for space-constrained deployments, this versatile switch delivers reliable IP/MPLS networking with low latency and efficient power usage. Ideal for enterprise access and edge environments, it combines robust security, simplified management, and carrier-grade performance to keep your network agile and ready for growth.

Nokia 7250 IXR-6e
The Nokia 7250 IXR-6e, IXR-10e, and IXR-18e are ultra-high-capacity modular platforms built for data center spine, super-spine, aggregation, and WAN environments. Delivering up to 460.8 Tb/s full-duplex capacity, they support high-density interfaces from 10GE to 800GE. Designed for maximum scalability, flexibility, and simplified operations, these platforms empower AI and cloud providers, telecom operators, and mission-critical enterprises to meet growing performance demands.

Nokia 7220 IXR-H series
Scale your data center with the Nokia 7220 IXR-H Series, engineered for high-density, high-performance environments. Purpose-built for cloud, AI, and hyperscale deployments, it delivers ultra-fast throughput, low latency, and energy-efficient operation. With advanced automation, open programmability, and robust security, the 7220 IXR-H ensures your infrastructure stays agile, resilient, and ready for next-generation workloads.

Nokia 7220 IXR-D series
The Nokia 7220 IXR-D series platforms are designed for the leaf and spine layers of data center fabrics, delivering up to 12.8 Tb/s capacity and up to 400GE interfaces, providing high-scale interconnectivity for AI and cloud providers, telecommunications providers, and mission-critical enterprise environments.

Data Center Networks for the AI era
Nokia’s Data Center network is an AI-drivien solution including high-perofrmance switches and automation tools design to meet the demands of modern AI workloads.
Quick Quote.
What can we quote you on today?
We monitor our inbox's like a hawk. Send us your pricing needs and we'll get back to you ASAP.
What to expect
Expect an email from a Hypertec Solutions Partner representative after the form is submitted to schedule a discovery call or with the information requested.
