CNITE Mini Project

Objective

To configure and simulate the Synchronization Signal Block (SSB) in a 5G New Radio (NR) network using MATLAB, focusing on synchronization, resource grid mapping, and beamforming techniques for initial network access.

Tools Used

• MATLAB

• MATLAB 5G Toolbox

Description

The Synchronization Signal Block (SSB) is a critical component in 5G NR, enabling user equipment (UE) to establish initial communication with the network. This project focuses on the design, configuration, and simulation of the SSB using MATLAB, addressing key elements such as:

• Primary Synchronization Signal (PSS): Provides coarse time and frequency synchronization.

• Secondary Synchronization Signal (SSS): Assists in frame synchronization and Physical Cell ID (PCI) determination.

• Physical Broadcast Channel (PBCH): Broadcasts essential system configuration information.

Outcomes

• Configured the SSB for a 5G NR network using MATLAB.

• Visualized the time-frequency mapping of PSS, SSS, and PBCH.

• Demonstrated synchronization signal detection and decoding under various channel conditions.

• Simulated beamforming techniques to evaluate synchronization performance in high-frequency scenarios.