The major objectives of the Digital Communication Lab are to provide students with a comprehensive understanding of fundamental and advanced communication concepts through hands-on experimentation. For undergraduate students, the lab aims to impart practical knowledge of modulation and demodulation techniques using kits and breadboards, bridging the gap between theory and practice. For postgraduate students, the focus is on exploring and analyzing advanced 4G communication systems and other modern technologies. The lab also seeks to develop practical skills in designing, implementing, and testing communication systems using sophisticated tools and software such as MATLAB, Python, and SDR/USRP. Expected outcomes include enhanced understanding of communication principles, proficiency in advanced tools and technologies, valuable research contributions in signal processing and radar systems, and practical experience that prepares students for careers in the communications field.

Major Equipment:

• Spectrum Analyzer (9kHz - 18GHz)
• Vector Signal Generator (9kHz – 3.2GHz)
• Signal Generator (9kHz – 3.2GHz)
• Signal Analyzer (9kHz – 3.6GHz)
• Network Analyzer (9kHz – 3.2GHz)
• Ground Penetrating Radar (GPR)
• Software Defined Radio (SDR) and Universal Software Radio Peripheral (USRP)
• NI Emona DATEx (Data Acquisition and Test Equipment)

These devices enable comprehensive exploration of modulation and demodulation techniques, as well as advanced studies in 4G communication systems, thereby enriching the lab's research and educational programs.

Existing Software Tools:

• Matlab
• Python