Gaganpreet Singh

Beamforming arrays focus energy in specific directions for stronger signals, higher efficiency, and reduced interference, unlike conventional antenna arrays.

The proposed BF-PDCCH introduces beam-specific search spaces for beam-edge and boresight users, improving reliability, coverage, and signaling efficiency in 5G networks.

Learn how the Common Search Space (CSS) and UE-Specific Search Space (USS) are designed in the 3GPP PDCCH for efficient downlink control signaling in LTE and 5G.

Discover how Enhanced Physical Downlink Control Channel (EPDCCH) is configured in an LTE subframe. Learn its structure, role in PDSCH allocation, and benefits for telecom networks.

Explore CRS, USS-1, and USS-2 transmission in Beamforming-based PDCCH (BF-PDCCH). Learn how beam-specific signaling enhances LTE/5G control channel efficiency.

Learn how Control Channel Elements (CCEs) are formed in LTE’s PDCCH using Resource Elements (REs) and REGs. A detailed guide for telecom engineers and enthusiasts.

Antenna array structures are the backbone of modern wireless networks. Learn how they work, their geometry, and their role in beamforming, 5G, and advanced telecom systems.

LTE Release 8 and Release 13 differ in how control and data channels are transmitted. Learn how beamforming evolution improved efficiency, coverage, and spectral performance.

Explore how untrusted non-3GPP access integrates into the 5G core using N3IWF, ensuring secure connectivity across Wi-Fi and broadband networks with full 5GC support.

Discover how the 5G Core integrates with untrusted non-3GPP access networks through N3IWF, enabling secure connectivity for Wi-Fi and broadband devices.