Why Affirmed Core Networks Training and 5G Core Training Are Must-Have Skills in Telecom

The telecom industry is undergoing one of its most transformative phases in decades. With the rollout of 5G and the migration toward cloud-native architectures, the core network is evolving from static, hardware-centric systems to dynamic, virtualized environments. This shift has placed technologies like Affirmed Networks and the 5G Core (5GC) at the center of modern telecom innovation.

For professionals looking to thrive in this space, affirmed core networks training and 5g core training are not just nice-to-have — they are critical. These specialized skill sets are opening doors to high-paying, in-demand roles in mobile network architecture, cloud-native infrastructure, and carrier-grade service delivery.

What Is Affirmed Core Networks Training?

Affirmed Networks, now a part of Microsoft, has built a reputation as a leader in the development of virtualized evolved packet core (vEPC) solutions. Its platforms support 4G, LTE, and 5G workloads with cloud-native capabilities such as:

• Service Function Chaining (SFC)
• Dynamic scaling
• Gi-LAN services (firewall, DPI, CGNAT)
• Containerized and VM-based deployments

Through affirmed core networks training, professionals gain hands-on knowledge of building and managing these platforms in production environments. Topics covered often include:

• Core network components (MME, SGW, PGW, PCRF)
• NFV architecture and orchestration
• Azure-based deployments
• High availability and failover in packet core networks
• Troubleshooting and monitoring using integrated tools

As service providers look to reduce operational costs while increasing network flexibility, professionals with Affirmed skills are becoming indispensable.

What is 5G Core Training?

The shift from 4G to 5G isn’t just about faster speeds — it’s about reimagining the entire mobile network. The 5G Core (5GC) introduces a service-based architecture (SBA) that allows for greater flexibility, automation, and customization.

In a comprehensive 5g core training program, learners explore key 5G elements such as:

• AMF (Access and Mobility Function)
• SMF (Session Management Function)
• UPF (User Plane Function)
• NRF (Network Repository Function)
• PCF (Policy Control Function)

Other key topics include:

• Network slicing
• Edge computing integration
• Service-based APIs
• Control and User Plane Separation (CUPS)
• Security models in 5G networks

Whether you’re aiming for vendor-specific certification like Ericsson 5G Core certification or vendor-neutral roles, having a solid foundation in 5GC is vital for career advancement.

Why These Trainings Matter in 2025

1. Global Industry Shift to Virtualized Networks

More telecom operators are shifting from physical appliances to cloud-native architectures. Affirmed Networks provides solutions that support this evolution, and 5G Core represents the next generation of connectivity. Professionals who understand both are positioned at the forefront of telecom transformation.

2. Surging Demand for Cloud-Savvy Telecom Engineers

Companies seek engineers who understand virtual packet core networks, cloud orchestration, Kubernetes, and service-based design. These skills bridge traditional telecom and modern IT practices — an invaluable combination.

3. High-Paying Career Paths

Roles like Core Network Engineer, 5G Solution Architect, and NFV Integration Consultant often command six-figure salaries globally. These jobs demand practical experience and certifications aligned with real-world deployment.

4. Career Readiness Through Certification

Whether pursuing Ericsson 5G Core certification, vendor-neutral badges, or internal advancement, certifications help validate your readiness and differentiate you in a competitive job market.

Course Outcomes: What You’ll Gain

From Affirmed Core Networks Training, you’ll:

• Learn to deploy vEPC and containerized packet core
• Understand real-world integration with cloud services like Microsoft Azure
• Gain skills in traffic engineering, redundancy, and live network failover
• Build expertise in monitoring and log analysis for optimized performance

From 5G Core Network Training, you’ll:

• Understand the full service-based architecture of 5GC
• Master control and user plane separation (CUPS)
• Work with simulated or lab-based core networks
• Prepare for overturerede 5g core training certification tracks

Combined, these courses create a powerful foundation for careers in modern telecom and network engineering.

About Overture Rede

Overture Rede is a leading tech training provider specializing in emerging technologies like cloud computing, cybersecurity, DevOps, and telecom networks.

With a strong track record of student success and corporate partnerships, Overture Rede offers:

• Industry-led, instructor-guided live training
• Hands-on labs using real and simulated telecom environments
• Career support through resume reviews and mock interviews
• Flexible online formats for working professionals and students
• Exam preparation for ericsson 5g core certification and Affirmed-aligned topics

Our overturerede affirmed core networks training and overturerede 5g core training programs are designed to not only teach, but to transform learners into job-ready professionals.

Take the Next Step Toward Telecom Innovation

Ready to lead the shift to virtualized and 5G-ready networks?

📞 Call: +91 95822 24661
 📧 Email: crm@overturerede.com
 🔗 Apply Now: https://lnkd.in/gEyn-Mfe

Whether you’re an experienced telecom engineer or a fresher with ambition, now is the perfect time to get trained in technologies shaping the future of connectivity.

Final Thoughts

In 2025, as global telecom networks grow smarter, faster, and more software-defined, professionals with hybrid skill sets in affirmed core networks training and 5g core training will lead the way. From design and deployment to automation and optimization, these skills form the backbone of modern mobile networks.

Join Overture Rede and become part of the next generation of telecom innovators — ready to shape the 5G era and beyond.