5G6G Pulse
Welcome to "5G6G Pulse", your ultimate source for everything related to the groundbreaking world of 5G technology. Hosted by Modi Daryani, this podcast delves into the latest advancements, trends, and innovations in 5G, exploring its transformative impact across various industries and everyday life.
Each episode of "5G6G Pulse" features in-depth discussions on key topics such as the evolution of mobile networks, the integration of 5G with AI and IoT, the revolutionary potential of autonomous vehicles and remote surgery, and the future of smart cities and connected devices. We also cover the technical aspects of 5G & 6G, including network design, security challenges, and performance optimization.
These podcast episodes are designed for professionals entering to the Telecom industry, UPSC aspirants, and final-year engineering students.
Join us as we bring together industry experts, tech enthusiasts, and thought leaders to share insights, case studies, and real-world applications of 5G technology. Whether you're a tech professional, a curious learner, or someone passionate about the future of connectivity, "5G6G Pulse" offers valuable knowledge and inspiration to keep you informed and engaged.
Stay connected, stay informed, and dive into the fascinating world of Telco AI with "5G6G Pulse".
5G6G Pulse
How Network Slicing Enables Multiple Services independently?
S1: Episode 9:
Network slicing is a key feature of 5G that allows for the creation of multiple virtual networks within a single physical 5G infrastructure, each customised for specific use cases. This flexibility makes 5G adaptable to different industries and applications.
Network Slicing refers to the selection and allocation of network resources to suit the requirements of a specific service.
For instance, an eMBB user is likely to require high throughputs so that user should be allocated network resources which support high throughputs. In contrast, a URLLC user is likely to require low latency so that user should be allocated network resources which support low latency. Lastly, Massive IoT (mMTC) caters to smart cities with numerous connected devices.
Learn how these slices cater to specific use cases, from autonomous cars to smart city sensors, without compromising speed, latency, or reliability.
But how does it all work technically? We break down into the key components like gNodeB, Central Unit, and Distributed Unit, and explore how the E1 and F1 interfaces facilitate multiple slices.
Additionally, we examine the role of PDU sessions and the significance of Network Slice Selection Assistance Information (NSSAI) in identifying and connecting to the right network slice.
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Stay connected, stay informed, and join us next time for more insights into the world of 5G 6G AI technology. Until then, keep exploring and stay curious!
A heartfelt thank you to my mentors, Gaurav Goel and Siddarth Rajsekar, for their invaluable guidance, both technically and socially. Their support has been instrumental in shaping my journey.
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