99999 Radio
(Five-Nines Radio)
An end-to-end 5G Testbed
Designed to bridge the gap between Academia and Industry
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99999 Radio® - Features
Affordable and user-friendly
Highly scalable
Assured long-term technical and research support
Training and support provided by Dr. Prabhu Chandhar and Team
Designed to support,
Industry relevant experiments
5G protocol testing
5G research and development
Student projects in academia
Build product prototypes
Five-Nines Radio® Architecture
Components of 99999 Radio®
3 Servers/CPUs
Protocol Stacks:
NSA: eNB, gNB, and EPC (3GPP Release 15)
SA: gNB and 5G Core (3GPP Release 17)
1 Radio Unit (Sub-6 GHz)
1 5G Smart Phone
1 IoT Interface (Optional)
Sample Experiments
Live 4G/5G spectrum monitoring
Time and frequency domain visualization of 4G/5G control and data channels
Capturing and processing of 4G/5G signals using Python/Matlab
LDPC channel coding in 5G
4G/5G coverage analysis
Android App development based on 4G/5G
Sample End-to-End 5G Experiments
End-to-end latency analysis
Real-Time demonstration of 5G NSA & SA call flows
Real-time demonstration of 4G/5G authentication procedures
Demonstration of UE attachment procedure in 4G/5G
Demonstration of PDN connectivity procedure in 4G/5G
IoT integration with 5G
Live video streaming over 5G
Additional 99999 Radio-enabled 5G products
Installed @
Goa College of Engineering, Goa
Contact person: Dr. Shajahan KuttyMahindra University, Hyderabad
Contact person: Dr. Subbarao Boddu
Birla Institute of Technology Mesra (BIT Mesra), Ranchi
Contact person: Dr. Sanjeet Kumar
KL University, Vijayawada
Contact person: Dr. Aravind Kilaru
Geethanjali College of Engineering and Technology, Hyderabad
Contact person: Dr. Piratla Srihari
Want to buy the 99999 Radio®?