Gaganpreet Singh

Discover how 5G Core Network Automation uses NWDAF, AnLF, and MTLF to deliver intelligent analytics, automate network management, and enable real-time decision-making in 5G systems.

Explore how 3GPP SA6 enables 5G verticals like V2X, UAS, and smart factories through SEAL, Edge Computing, and CAPIF—building a unified, programmable application layer.

Learn how 5G’s CAPIF and NEF work together to enable secure, standardized network API exposure — empowering developers and operators with open, trusted access.

Explore 5G’s Common API Framework (CAPIF) — a standardized architecture enabling secure, unified, and efficient API exposure and management across telecom networks.

Discover how 5G NR’s flexible transmission numerologies enable diverse deployment scenarios—from enhanced broadband to ultra-low latency applications.

Explore 5G NR slot options — Downlink, Uplink, and Mixed UL-DL — and learn how they enable dynamic TDD, flexible scheduling, and ultra-efficient resource allocation in 5G networks.

Discover the essential 3GPP 5G NR physical layer specifications (38.211–38.215) that define modulation, coding, measurements, and physical layer procedures in next-generation networks.

Explore how FR2 maximum transmission bandwidth configurations define 5G mmWave performance, covering SCS values, RB allocations, and capacity implications in high-frequency 5G NR systems.

Explore 5G NR FR2 maximum transmission bandwidth configuration. Understand how subcarrier spacing and channel bandwidth impact performance in millimeter-wave frequencies.

Discover how 5G NR slot length and subcarrier spacing (numerology) define network flexibility and latency. Learn about 15 kHz to 240 kHz configurations and their impact on performance.