Microwave Radio Systems & GSM Technologies (2G–5G)RF fundamentals, microwave links & mobile network evolution
This practical telecom course introduces RF fundamentals, microwave radio systems and the evolution of GSM technologies from 2G to 5G. Participants learn how microwave links transport voice and data, understand the functions of IDU, ODU and antennas, and build hands-on skills in microwave installation, commissioning, testing and troubleshooting.
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Complete the form and the ESI admissions team will contact you to confirm your seat and the course schedule.
- Microwave Radio Systems & GSM Technologies (2G–5G).
- 4 training modules · 22 topics · 6 days / 48 hours.
- Practical course delivered by the Engineering Sciences Institute for Training.
- No payment is required to register — you will be contacted to complete the process.
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Microwave Radio Systems & GSM Technologies (2G–5G)
This practical telecom course introduces RF fundamentals, microwave radio systems and the evolution of GSM technologies from 2G to 5G. Participants learn how microwave links transport voice and data traffic, understand the functions of IDU, ODU and antennas, and develop hands-on skills in microwave installation, commissioning, testing and troubleshooting.
The course also covers mobile backhaul, microwave and fiber transport, and the differences between radio-access and transport networks.
Provide the essential knowledge and hands-on skills to understand, install, test and troubleshoot microwave radio systems, and to understand the evolution of GSM technologies from 2G to 5G and each generation’s backhaul requirements.
A practical technical course combining theory, hands-on exercises and test-instrument practice for telecom and RF professionals.
- Structure
- 4 modules · 22 topics
- Duration
- 6 days / 48 hours
- Understand RF fundamentals, frequency, wavelength and electromagnetic waves.
- Explain microwave link architecture and the functions of IDU, ODU and antennas.
- Understand microwave frequency bands, channel bandwidth, modulation, ACM, ATPC and XPIC.
- Perform basic microwave link-budget calculations and understand RSL and fade margin.
- Understand line-of-sight, Fresnel zone, antenna alignment and installation quality.
Built on practice, not theory alone
Microwave link architecture: IDU, ODU & antennas
Frequency bands, modulation, ACM, ATPC & XPIC
Link budget, RSL & fade margin
Line-of-sight, Fresnel zone & antenna alignment
Installation, commissioning & hands-on troubleshooting
RF cable testing, VSWR & RSL measurement
2G–5G network evolution & mobile backhaul
Course modules
4 modules covering 22 topics, from RF fundamentals to microwave installation, testing and GSM technologies.
- Module 1RF Fundamentals3 topics
- Module 2Microwave Systems7 topics
- Module 3Install & Test6 topics
- Module 4GSM & Transport6 topics
- Radio communication and electromagnetic waves.
- Frequency, wavelength and their relationship.
- RF applications in telecom networks.
- Microwave link architecture.
- IDU, ODU and antenna functions.
- Microwave frequency bands and channel bandwidth.
- Modulation, ACM, polarization, XPIC and ATPC.
- 1+0, 1+1 and 2+0 configurations.
- Link budget, RSL and fade margin.
- Line-of-sight, Fresnel zone and antenna alignment.
- Microwave installation quality and safety considerations.
- Commissioning sequence.
- RF cable and connector testing.
- VSWR and return loss.
- Antenna alignment and RSL measurement.
- Microwave link troubleshooting and practical testing.
- GSM architecture and backhaul.
- 2G, 3G, 4G and 5G network evolution.
- Microwave and fiber transport.
- Ethernet/IP, TDM and IP/MPLS transport.
- Mobile backhaul and network aggregation.
- TETRA and microwave transport applications.
What you will be able to do
By the end of the course, participants will be able to:
- Understand RF fundamentals, frequency, wavelength and electromagnetic waves.
- Explain microwave link architecture and the functions of IDU, ODU and antennas.
- Understand microwave frequency bands, channel bandwidth, modulation, ACM, ATPC and XPIC.
- Perform basic microwave link-budget calculations and understand RSL and fade margin.
- Understand line-of-sight, Fresnel zone, antenna alignment and installation quality.
- Apply microwave commissioning, testing and troubleshooting procedures.
- Understand the evolution of GSM technologies from 2G to 5G and their backhaul requirements.
- Compare microwave and fiber transport technologies.
Who should attend
The course in brief
- Course: Microwave Radio Systems & GSM Technologies (2G–5G).
- Structure: 4 training modules · 22 topics.
- Duration: 6 days / 48 training hours.
- Format: practical technical training with hands-on exercises.
- Training provider: Engineering Sciences Institute for Training.
- Registration: online form on this page — no payment required online.
Quick answers before you register
What does the course cover?
- Module 1: RF Basics & Fundamentals
- Module 2: Microwave Radio Systems
- Module 3: Installation, Commissioning & Troubleshooting
- Module 4: GSM Technologies & Telecom Applications
Who should attend?
- Telecom and RF Engineers
- Testing, Commissioning, Network and Transmission Engineers
- Engineering students and microwave / backhaul professionals
Is the course practical?
Hands-on RF cable and connector testing, VSWR and return-loss measurement, antenna alignment and RSL measurement, and microwave link troubleshooting.
How long is the course, and when does it start?
The recommended duration is 6 days / 48 training hours. Dates and schedule are confirmed by the ESI team when you register. Submit the form and the team will contact you with the next available intake.
How do I register?
- Complete the registration form on this page (it takes under two minutes).
- The ESI admissions team will contact you to confirm your seat, the schedule and any remaining details.
- For enquiries: ESI unified number 920009474.
Reserve your seat: Microwave Radio Systems & GSM
Register your interest today. The ESI admissions team will contact you to confirm your seat and the course schedule — no payment is required at this stage.
