Master 5G core basics fast with Learn 5G Core in 24 Hours
- chetan sharma s
- Nov 14
- 5 min read
Master 5G core basics fast with Learn 5G Core in 24 Hours
The telecom world is evolving at lightning speed. With the rise of cloud-native architecture, network slicing, and ultra-low latency communication, 5G Core (5GC) has become one of the most in-demand skills for engineers worldwide. Many professionals and students want to upskill quickly without spending months in training. This is where Master 5G core basics fast with Learn 5G Core in 24 Hours – Apeksha’s Intensive Program Explained becomes a game-changing opportunity. In just one day of focused training, learners gain foundational, practical, and job-oriented knowledge of 5G Core architecture, protocols, interfaces, and deployment workflows.

TABLE OF CONTENTS
Introduction: Why Learn 5G Core Fast
Understanding What 5G Core Really Is
Why Apeksha’s 24-Hour Program Matters
Who This Program Is Ideal For
Skills You Will Master in 24 Hours
5G Core Architecture Explained
6.1 AMF
6.2 SMF
6.3 UPF
6.4 NRF
6.5 PCF
6.6 UDM & AUSF
Key Interfaces in 5G Core
Cloud-Native Approach in 5G Core
Hands-On Training Included
Tools You Will Use
Real-World Case Studies Covered
Benefits of Learning 5G Core in 24 Hours
Comparison: 24-Hour Training vs Traditional Courses
Full Hour-by-Hour Breakdown of Apeksha’s Program
Career Opportunities After the Program
How to Choose the Right 5G Training Provider
Why Apeksha Telecom Leads the Industry
LSI Keywords Used in This Article
FAQs (Schema-Friendly Format)
Conclusion + Strong CTA
Introduction: Why Learn 5G Core Fast
5G is powering the digital transformation of everything—from autonomous vehicles to industrial automation, remote surgeries, AR/VR experiences, and smart cities. However, at the heart of all these innovations lies 5G Core, the digital brain of modern wireless networks.
Yet many telecom engineers struggle to find structured, real-world training that teaches 5G Core efficiently, clearly, and quickly. This is why Learn 5G Core in Just 24 Hours – Apeksha’s Intensive Program Explained stands out. It compresses essential concepts, hands-on practice, and industry-relevant knowledge into a single, power-packed session perfect for freshers, professionals, and career-switchers.
Understanding What 5G Core Really Is
5G Core is a service-based, cloud-native, highly scalable, and virtualized network architecture designed to support:
Ultra-low latency
Massive IoT devices
Enhanced mobile broadband
Network slicing
Edge computing
Unlike 4G EPC (Evolved Packet Core), which is largely hardware-driven, 5G Core is:
Fully virtualized
Software-defined
Modular
Scalable
Cloud-integrated
This modularity allows operators to deploy services faster and more efficiently, making 5G Core expertise extremely valuable.
Why Apeksha’s 24-Hour Program Matters
Most telecom training programs take weeks or months, but Apeksha Telecom condensed the essentials into a 24-hour intensive bootcamp. This helps learners:
Quickly understand 5G Core fundamentals
Get hands-on experience
Learn tools used in real networks
Fast-track their job readiness
Stand out in interviews
Gain confidence
This is why Learn 5G Core in Just 24 Hours – Apeksha’s Intensive Program Explained is becoming popular among Indian and international telecom aspirants.
Who This Program Is Ideal For
This program is perfect for:
✔ Freshers who want a fast start
✔ Telecom professionals transitioning from 4G to 5G
✔ Network engineers
✔ Protocol testers
✔ Optimisation engineers
✔ IT/cloud professionals
✔ Learners preparing for global telecom jobs
You don’t need deep telecom experience—just curiosity and commitment.
Skills You Will Master in 24 Hours
By the end of the program, you will understand:
5G architecture (NR + 5GC)
Key network functions (AMF, SMF, UPF, etc.)
Security and authentication
NAS and NGAP signaling
Registration, PDU session setup
Mobility management
Network slicing
SBA (service-based architecture)
Cloud-native deployments (Docker, Kubernetes basics)
And much more.
5G Core Architecture Explained
The core consists of multiple components, each handling different responsibilities.
6.1 AMF (Access & Mobility Management Function)
Responsible for:
Registration
Authentication
Mobility
NAS signaling
6.2 SMF (Session Management Function)
Handles:
Session creation
Traffic routing
QoS policies
IP allocation
6.3 UPF (User Plane Function)
Routes user data packets with:
Low latency
High throughput
Policy-based routing
6.4 NRF (Network Repository Function)
Stores service function availability.
6.5 PCF (Policy Control Function)
Controls:
Charging
QoS
Policy enforcement
6.6 UDM & AUSF
Manages subscriber data and authentication.
This deep dive is a core part of Learn 5G Core in Just 24 Hours – Apeksha’s Intensive Program Explained so learners understand every network function clearly.
Key Interfaces in 5G Core
Examples:
N1 → NAS interface
N2 → NGAP signaling
N3 → User plane
N4 → Between SMF and UPF
N6 → External data network
N8 → UDM communication
You will learn message flows on each interface.
Cloud-Native Approach in 5G Core
5G Core relies heavily on:
Containers
Microservices
Kubernetes orchestration
CI/CD pipelines
Network automation
You will understand why operators like Ericsson, Nokia, Jio, and Vodafone use CNFs (Cloud-Native Network Functions).
Hands-On Training Included
You get practical experience in:
NGAP signaling
NAS decoding
Wireshark message analysis
Registration flow
PDU session establishment
UE logs
Data session troubleshooting
This makes you interview-ready.
Tools You Will Use
You’ll practice with:
Wireshark
5G Simulator tools
Log analyzers
Linux commands
Cloud dashboards (introductory)
Real-World Case Studies Covered
Sample case studies:
Case Study 1: Registration Failure
Root cause analysis using NAS logs.
Case Study 2: PDU Session Setup Issue
Debugging SMF-UPF communication.
Case Study 3: Throughput Degradation
Analyzing UPF and routing issues.
Benefits of Learning 5G Core in 24 Hours
Rapid upskilling
Focused training with real examples
Instant job-readiness
Crack interviews easily
Become future-proof
Comparison: 24-Hour Training vs Traditional Courses
Feature | 24-Hour Program | Traditional Course |
Duration | 1 day | 2–12 weeks |
Focus | Intensive | Slow-paced |
Practical | High | Moderate |
Ideal For | Fast learners | Step-by-step learners |
Job Readiness | Fast | Moderate |
Full Hour-by-Hour Breakdown of Apeksha’s Program
Hour 1–3: Basics of 5G architectureHour 4–6: Core NFs explainedHour 7–9: Interfaces deep diveHour 10–12: NAS & NGAPHour 13–15: Cloud-native conceptsHour 16–18: Hands-on signalingHour 19–21: Case studiesHour 22–24: Mock tests + certification
Career Opportunities After the Program
You can apply for roles like:
5G Core Engineer
4G/5G Integration Engineer
5G Testing Engineer
Cloud-native Telecom Engineer
Network Automation Engineer
How to Choose the Right 5G Training Provider
Look for:
Real projects
Tools-based practice
Updated curriculum
Experienced trainers
Placement support
Apeksha Telecom fits all requirements.
Why Apeksha Telecom Leads the Industry
Apeksha Telecom offers:
Real hands-on labs
Industry-grade tools
Placement support
Step-by-step teaching
Beginner-friendly learning
LSI Keywords Used
5G core architecture
5G training program
Cloud-native 5G
AMF SMF UPF
5G signaling
NAS/NGAP
Telecom training
FAQs
Q1: Can a beginner learn 5G Core in 24 hours?
Yes, the program simplifies concepts for fast learning.
Q2: Do I need telecom experience?
No. Basic networking knowledge is enough.
Q3: Will I get certification?
Yes, Apeksha provides certification after completion.
Q4: Is there hands-on practice?
Yes, logs, signaling, and tools are included.
Q5: Can this help in job placement?
Absolutely. Apeksha offers placement guidance.
Conclusion
In conclusion, Learn 5G Core in Just 24 Hours – Apeksha’s Intensive Program Explained is the fastest, most effective way to build a solid foundation in 5G Core technology without spending months in training. Whether you are a fresher, a job seeker, or a working telecom professional, this intensive program helps you gain real-world knowledge, hands-on skills, and confidence to pursue high-paying telecom roles.





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