Session 02/10 : 5G NR Scheduling Options for Low Latency URLLC use-case & Mobile Broadband use-case

Explore how 5G NR (New Radio) adapts its scheduling techniques for different use cases, from mobile broadband to ultra-low latency applications. This video breaks down how the g-Node-B and UE communicate efficiently for both downlink and uplink, using dynamic and semi-persistent scheduling, while ensuring low latency data transfer through configured grants.

Scheduling Options:
* Downlink: Dynamic Scheduling vs. Semi-Persistent Scheduling (SPS)
* Uplink: Dynamic Scheduling vs. Configured Grant (Type 1 and Type 2)

Key Concepts:
* How g-Node-B informs the UE for mobile broadband data
* Low latency data handling with periodic communication
* Uplink dynamic scheduling and its limitations for low latency
* Configured Grant Type 1 and Type 2 explained for faster uplink communication

Why It's Important:
* Achieve faster communication in low-latency use cases
* Understand how periodic data scheduling helps URLLC
* Optimize resource allocation for uplink transmissions


Learn how 5G scheduling options reduce latency, ensuring better performance for mobile broadband and critical communications.


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