The challenges of modern telecommunications networks

Source: AMD
Source: AMD
The challenges of modern telecommunications networks

The telecommunications industry is undergoing a phase of radical transformation. With the introduction of 5G, the increasing importance of artificial intelligence (AI) and the initial preparations for 6G, network operators are facing enormous challenges. At the same time, user expectations are rising: higher bandwidths, seamless connectivity and intelligent services require a powerful, scalable and efficient infrastructure.

Supermicro is positioning itself here as a key partner with tailor-made solutions - from virtualised radio access network technology (vRAN) to AI-optimised data centres and future-proof 6G architectures. This article looks at how Supermicro is helping telecoms providers to make their networks more efficient, cost-effective and innovative.

Virtual RAN (vRAN)Flexibility and cost efficiency through open standards
Virtual RAN (vRAN)Flexibility and cost efficiency through open standards

 

Why vRAN?

Traditional mobile networks are often characterized by proprietary, monolithic systems that are expensive to maintain and inflexible to scale. Virtualized RAN (vRAN) solves this problem with a disaggregated, software-defined architecture based on open standards.

Supermicro's vRAN solutions

Supermicro offers a wide range of servers and systems specifically optimized for vRAN:

  • Powerful hardware: Support for Intel® Xeon® Scalable and AMD EPYC™ processors, providing high computing performance with low power consumption.

  • NEBS Level 3 certification:  Robustness for use in demanding environments such as cell sites

  • AI integration: Automation of network management and load balancing through machine learning.

 

Advantages for network operators

✅ Cost reduction due to reduced hardware dependency.
✅ Faster provision of new services thanks to software definition.
✅ Better scalability for future requirements such as massive MIMO and network slicing.

Artificial intelligence (AI) in telecommunications networks
Artificial intelligence (AI) in telecommunications networks

AI Revolutionizes Network Management

AI and machine learning (ML) are playing an increasingly critical role in telecommunications—from network optimization to automated customer services.

Supermicro’s AI Solutions for Telecom

1. AI in the RAN (Radio Access Network)

  • Real-time inference for dynamic load balancing and fault resolution.

  • Predictive maintenance to proactively prevent outages.

2. Generative AI for Telcos

  • AI-powered chatbots & virtual assistants enhance customer service.

  • Automated network planning through AI-driven simulations.

3. AI Factories: New Business Models

  • Telecom providers can transform data centers into AI cloud platforms.

  • GPU-as-a-Service (GPUaaS) enables renting AI training capacity.

Case Study: Energy Efficiency with AI

A European telecom operator reduced energy consumption by 15-20% using Supermicro servers with AI-driven cell optimization—while maintaining network performance.

Why It Matters:
✔ Smarter networks with self-optimizing AI
✔ New revenue streams (GPUaaS, AI cloud)
✔ Sustainability gains through energy savings

Private 5G networksSichere, maßgeschneiderte Lösungen für Unternehmen
Private 5G networksSichere, maßgeschneiderte Lösungen für Unternehmen

Why private 5G?

Companies in industry, logistics and healthcare need highly available, low-latency networks with strict data control. Private 5G networks offer decisive advantages over Wi-Fi or public mobile networks.

Supermicro's private 5G solutions

  • Compact edge servers for local data processing.
  • Integration with corporate IT (e.g. cloud, IoT platforms).
  • Enhanced security through isolated network environments.

Application example: Smart Factory

An automotive manufacturer uses a Supermicro-based private 5G network to operate autonomous robots, AR maintenance tools and real-time quality control - with latencies below 10 ms.

The path to 6G: AI-native networks of the future
The path to 6G: AI-native networks of the future

6G - What comes after 5G?

While 5G is still being rolled out, researchers and technology companies are already working on the next generation: 6G is expected to be available from 2030 and will enable AI-native communication, terahertz frequencies and holographic services.

Supermicro's preparation for 6G

 

  • Multi-purpose servers that support both classic network functions and AI workloads.
  • Close cooperation with standardization bodies (e.g. 3GPP, ITU).
  • Testbed infrastructures for early 6G experiments.

 

Conclusion: Why Supermicro?
Conclusion: Why Supermicro?

Supermicro offers telecommunications providers a comprehensive, future-proof infrastructure platform that:

Supports vRAN and Open RAN for flexible networks.
Enables AI integration from the edge to the cloud.
Offers private 5G and 6G preparation for future requirements.

 

Overview of the servers and systems offered by Supermicro for telecommunications solutions

CategorySystemsUse CaseKey Features
5G & vRAN ServersUltra-Short-Depth (e.g., E403)Core/Edge, DU/CU Deployments- Intel® Xeon® / AMD EPYC™
- NEBS Level 3 Certified
- Front I/O for Tight Spaces
Edge AI (Inferencing)EdgeBoost (e.g., E403-9D-16C-NR)Edge AI, Real-Time Processing- Compact, Ruggedized
- NVIDIA GPU Support
- Low-Latency Inference
GPU Servers (AI/ML)GrandTwin™ / Liquid-CooledAI Training, RAN Optimization- High GPU Density (NVIDIA H100/A100)
- Liquid Cooling
- Scalable
Private 5GMicroBlade™ / CloudDCEnterprise Networks, Smart Factories- Ultra-Low Latency
- Secure Private Networks
- IoT/Edge Integration
6G-ReadySuperBlade® / Multi-NodeFuture AI-Native Networks- Flexible Architecture
- Terahertz-Ready
- Energy-Optimized

Key Advantages:

Modular & Scalable – Edge to data center.
AI-Optimized – Unified training + inferencing.
Carrier-Grade – NEBS Level 3 certified.
Power-Efficient – Liquid cooling & green design.

 

Through partnerships with NVIDIA, Intel and AMD, Supermicro also guarantees maximum performance and compatibility.

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