HPE Aruba Networking CX 10000 Switch Series

HPE Aruba Networking’s CX 10000 Switch Series with AMD Pensando™ is a new category of data center switch that combines best-of-breed L2/3 switching with the industry's first hardware-accelerated services processor.

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HPE Aruba Networking CX 10000 Switch Series.

Modern, next gen fourth-generation data center fabrics

Stateful software-defined services, at scale, proving orders of magnitude scale and performance improvements over traditional data center L2/3 switches at a fraction of their TCO. 800G of distributed stateful firewall for east-west traffic, zero-trust segmentation, pervasive telemetry, and in the future stateful NAT, encryption services.

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Improves security posture and limits appliance sprawl

Centralized security appliances are inefficient and expensive at inspecting and protecting east-west application traffic within the data center. Hair-pinning traffic to an appliance at the data center edge comes with heavy performance and cost penalties. The HPE Aruba Networking CX 10000 provides an entirely new switching solution to overcome these legacy limitations.

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Extends Zero Trust and microsegmentation

The HPE Aruba Networking CX 10000 allows operators to extend industry standard leaf-spine networking with 800G of distributed microsegmentation, east-west firewalling, NAT, encryption, and telemetry services—delivered inline, across every port, closer to critical enterprise applications.

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Our customers

PQR

PQR adopts HPE Aruba Networking distributed services architecture to build next-generation data center.

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Canterbury Christ Church University

Canterbury Christ Church University is on a journey towards creating a secure and flexible digital learning platform, from the core of its data centers to the very edge of its campus. HPE Aruba Networking data center architecture has provided CCCU with a highly automated DC fabric, delivering distributed services and end-to-end segmentation for critical workloads.

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University of Illinois

“Our DCN deployment empowers departments to connect their compute and storage environments quickly and safely without requiring assistance from our enterprise staff.”

Benjamin Barkin-Williams, Lead Network Engineer, University of Illinois. Learn how the University of Illinois expects to save over $200K on hardware alone by eliminating discrete security appliances for firewalling and load balancing.

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Delivering distributed, intelligent services closer to your applications

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