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By: Meike Chabowski

July 15, 2026 4:03 pm

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Shaking Up the Radio Access Network with SUSE and OCUDU

Telecom networks traditionally run on proprietary hardware and software stacks that lock operators into rigid vendor roadmaps. If you want to change a single component, you often have to overhaul the entire system. Fortunately, the industry is moving toward open, disaggregated, and AI-native architectures. Our latest Technical Reference guide shows exactly how we made this […]

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By: Vince Matev

July 15, 2026 9:14 am

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Industrializing Host-Based Routing for the Horizontal Telco Cloud

Guest blog post authored by: Guillaume Le Mener, VP of Product Marketing, 6WIND   A joint perspective from SUSE and 6WIND for Telcos, CaaS operators, and Project Sylva adopters   For Tier-1 operators building horizontal telco clouds that require strict multi-tenant isolation at scale, Host-Based Routing (HBR) has emerged as a primary networking […]

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By: Vince Matev

July 9, 2026 6:23 am

206 views

AI-Native Disaggregated RAN: Project Sylva Reference Architecture with SUSE Telco Cloud and OCUDU RAN stack

Blog post authored by: Nils Fuerste, DevOps Engineer at Software Radio Systems Alberto Morgante, Principal Telco Engineer at SUSE   Introduction Communication Service Providers (CSPs) are transitioning to open, disaggregated, and AI-native network architectures to reduce costs, eliminate vendor lock-in, and accelerate innovation in 5G and 6G services. This shift requires tight integration between […]

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By: Vince Matev

December 15, 2025 9:15 am

1,669 views

Building the AI-Native Telco: SUSE Telco Cloud on Intel® Xeon® 6 SoC-based Supermicro systems

Guest blog post authored by: Michael Holzerland, EMEA Telco Lead at Supermicro Niall Power, Solutions Architect and Intel FlexRAN Software PLM at Intel   Telecommunications operators are transforming their networks to support 5G-Advanced, ORAN, massive MEC scale-out, and AI-driven automation. These transformations demand infrastructure that simultaneously delivers extreme packet-processing performance, deterministic low latency, integrated […]

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