A state-of-the-art 5G laboratory has been fully deployed and set up at PTIT, marking a significant leap forward innext-generation connectivity research and real-world applications. This advanced facility is equipped with cutting-edge 5G technology, enabling researchers, students, and industry partners to explore, test, and develop innovative solutions that will shape the digital landscape of tomorrow.
The comprehensive 5G solution includes:
✅ 5G Indoor BTS – Delivering ultra-fast, low-latency connectivity for real-time applications.
✅ 5G Edge-Core – Enabling edge computing for high-speed data processing at the network’s edge.
✅ Transport Infrastructure – Supporting seamless Internet and Intranet connectivity for scalable experiments.
✅ Industrial 5G Handheld Devices – Offering real-world testing platforms for 5G-powered applications.
✅ Industrial 5G Router – Facilitating robust, mission-critical industrial networking solutions.
✅ State of the art SDRs
🔹 The lab will feature next-gen applications, including NTC (Nokia Teams Comm), NDT (Nokia Digital Twins), and MXIE (Mission Critical Industrial Edge), showcasing the vast capabilities of 5G in smart industries, digital collaboration, and critical infrastructure management.
The 5G/6G Wireless Communications and IoT Networking Lab is at the cutting edge of next-generation wireless innovation, driving breakthroughs in AI-empowered communications, democratized cyberinfrastructure, immersive metaverse experiences, and non-terrestrial networks (NTN). Our mission is to revolutionize ultra-reliable, low-latency, and massive-scale connectivity by developing intelligent network architectures that seamlessly integrate V2X, drone communications, and dynamic spectrum-sharing mechanisms. With a focus on real-world impact, we analyze how emerging technologies and services will transform industries, cities, and global communication ecosystems.
Our research extends across the entire wireless stack, from physical (PHY) and medium access control (MAC) layers to network (NET) and application layers, tackling challenges such as multi-radio access technology coexistence, real-time spectrum mapping, interference mitigation, and economics-driven spectrum auctioning. By harnessing Generative AI, we push the boundaries of 5G/6G capabilities, enabling AI-driven edge network architectures, adaptive radio environments, and next-gen immersive experiences. We explore how GenAI can generate, optimize, and enhance content delivery, while also addressing the security implications of AI-powered cyber threats, including deepfake manipulation, AI-driven phishing, and adversarial attacks on network defenses.
By combining AI, IoT, and wireless networking, our lab is redefining the future of intelligent, self-optimizing, and secure communication systems. Whether it’s autonomous spectrum management, resilient NTN networks, or metaverse-ready ultra-low-latency architectures, we are pioneering the foundation for the next era of digital transformation.
These cutting-edge 5G labs are more than just research facilities – they are a launchpad for innovation, empowering Vietnam and Australia to lead the way in 5G connectivity, cybersecurity, and digital transformation.
