5G and Data Challenges

on YouTube ↗24m

" summary

Claims that 5G core data must hit <1 ms latency and often need <50 µs per I/O, with control-plane TPH rising from HSS’s ~5–20 to AMF >100 TPS, creating race conditions and interoperability gaps between stateful and stateless designs. Proposes a low-level standard called 5G DBCI (schema + SBI) and a distributed SQL deployment (Gigabyte) to place databases at edge slices, enforce strong consistency, enable zero-downtime scaling and self-healing, and close specific 3GPP race-condition failure modes.

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" chapters (12)

1. 0:00Intro
2. 1:11Evaluation of Mobile Network Generations
3. 2:405G Service Based Architecture
4. 3:2956 Core Functions and Their Relations
5. 7:065G Data Challenges III: Throughput Falls Throughput per data size
6. 7:38Flexibility in Stateless Approach is Stateful
7. 11:04Protect from the Repeating Patterns of Partitioning
8. 12:49Keep Balance in CAP Theorem
9. 13:41Define Standards When Things are Contradicting
10. 16:56Data Interoperability for 5G Core Functions
11. 19:42Service Logic for 5G Core Functions yugabyteDB
12. 20:56Distributed SQL Approach for 5G Core Functions

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