Facilities

Facilities

Our lab is equipped with state-of-the-art instruments and testbeds to support cutting-edge research in wireless communications, 5G networks, and advanced RF/microwave systems.

Advanced RF & Microwave Equipment

5G Testbed: WLAN Interworking with 5G Core

5G Testbed: 5G NR UE/gNB integration with 5G Core

Signal Analysis & Processing Equipment

Equipments

  • Vector Signal Generator, SMW200A

    High-performance generator for complex modulated signals, ideal for wireless and radar testing.

  • Spectrum Analyzer, FSH8

    Rugged, portable analyzer with high sensitivity, tracking generator, VSWR/cable/antenna tests, and support for RF measurements in lab and field environments.

  • Signal Analyzer

    High-performance analyzer with wideband signal capture, low phase noise, and support for analog/digital modulation and RF system testing

  • Oscilloscope, RTO 1012

    1 GHz, 2-channel real-time oscilloscope with 10 GS/s sampling, high waveform update rate, digital triggering and advanced analysis functions.

  • Channel Emulator

    A sophisticated wireless propagation emulator that replicates real-world multipath, fading, Doppler, and MIMO channel conditions in the lab. Used for testing wireless systems (LTE, WiFi, 5G, etc.) under controlled, repeatable channel environments.

Experimental Testbed

  • 5G Testbed: WLAN Interworking with 5G Core

    The testbed developed as part of the 'Indigenous 5G Testbed Project' encompasses, Release 15 complaint Non-3GPP Interworking Function (N3IWF) integrated with 5G Core . Release 15 complaint Non-3GPP UE communicates over Wi-Fi with the 5G Core.

  • 5G Testbed: 5G NR UE/gNB integration with 5G Core

    This testbed encompasses, COTS 5G UEs integrated with a Release 15 complaint gNB and Open5GS Core. The gNB consists of MARUT Radio Unit (RU), gNB-DU and gNB-CU.