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By: Meike Chabowski

July 22, 2026 10:00 pm

77 views

Next-Gen Telco Cloud Performance with AMD EPYC 9005 Series

5G-Advanced and Open RAN deployments demand ultra-low latency, power-efficient edge compute, and seamless integration of AI-augmented workloads. To help telecom operators solve these physical edge constraints and latency challenges, SUSE and AMD have released a validated Technical Reference Documentation (TRD). Running SUSE Telco Cloud on 5th Gen AMD® EPYC™ 9005 Series Processors delivers a robust, […]

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By: Vince Matev

July 15, 2026 9:14 am

227 views

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

290 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

June 11, 2026 11:15 am

456 views

Driving 5G-Advanced and Open RAN Excellence: SUSE Telco Cloud on AMD EPYC 9005 Series Processors

Telecom operators face intensifying demands from 5G-Advanced and Open RAN, ranging from strict low-latency requirements to the operational complexity of integrating AI at the edge. The combination of SUSE Telco Cloud and 5th Gen AMD EPYC 9005 Series processors (code-named Turin) provides a robust, CPU-centric foundation designed to address these challenges.  By leveraging high […]

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By: Vince Matev

February 10, 2026 10:46 am

1,965 views

Accelerating Secure, Data‑Driven Telco and Cloud Workloads with SUSE on Intel® Xeon® Platforms

Guest blog post authored by: Tony Dempsey, Director Open-Source Partnerships at Intel Corporation   As telco and cloud infrastructures evolve toward AI‑native, cloud‑native architectures, platforms must deliver security, performance, and flexibility at scale.  Modern workloads from 5G core and RAN functions to confidential computing and real‑time analytics demand more than raw CPU performance. […]

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By: Vince Matev

February 4, 2026 11:28 am

1,278 views

Density, performance & TCO gains for telecom operators: SUSE Telco Cloud on Ampere® Platforms

Guest blog post authored by: Sean Varley, Chief Evangelist and VP of Business Development at Ampere Computing   The Structural Transformation of the Telecommunications Landscape Telecommunications operators are undergoing the most profound transformation in the history of the industry. The simultaneous rollout of 5G-Advanced, Open RAN, massive Multi-access Edge Computing (MEC), and the integration […]

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By: Vince Matev

December 15, 2025 9:15 am

1,716 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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By: Rajesh Rajamani

November 21, 2024 4:19 pm

3,776 views

The Role of Multi-Access Edge Computing (MEC) in 5G Networks

5G networks are the cutting edge of cellular communication, allowing download speeds of up to 10 gigabits per second and enabling a wide multitude of possibilities with multi-access edge computing (MEC). 5G networks use MEC for network slicing and implementing cloud computing as close as possible to the end user, reducing latency and network congestion […]

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By: Rajesh Rajamani

November 8, 2024 6:50 pm

4,534 views

Optimizing Network Performance With Edge Computing for 5G Networks

The rollout of 5G mobile networks has changed the way we connect, giving us access to faster speeds, lower latency and the ability to support a huge number of devices. However, realizing all the benefits of 5G requires optimizing network performance — and edge computing for 5G networks plays a crucial role in achieving this […]

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