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Gaganpreet Singh

Gaganpreet Singh

Understanding the 5G NR Physical Resource Block (PRB): Time-Frequency Structure and Numerology

Explore how 5G NR defines the Physical Resource Block (PRB) in the time-frequency grid, its relationship with numerology, and how it impacts data transmission efficiency.

Understanding 5G NR Minimum and Maximum Channel Bandwidth: Numerology, SCS, and Resource Blocks Explained

Explore how 5G NR defines minimum and maximum channel bandwidths based on numerology, subcarrier spacing, and resource blocks for efficient radio design.

5G NR FR1 Maximum Transmission Bandwidth Configuration Explained

Understand 5G NR FR1 maximum transmission bandwidth configuration. Learn how subcarrier spacing (SCS) and channel bandwidth define resource blocks and system capacity.

Understanding CP-OFDM Transmitter with DFT-Spreading in LTE and 5G NR

Explore the transmitter architecture of CP-OFDM with optional DFT-Spreading. Learn how Transform Precoding, Subcarrier Mapping, and CP Insertion shape LTE and 5G uplink transmission.

Understanding OFDM Symbols in LTE and 5G: How Subcarriers Transmit Data Efficiently

Discover how OFDM symbols form the foundation of LTE and 5G wireless communication. Learn how subcarriers, phase, and amplitude work together for efficient data transmission.

Understanding Channel and Transmission Bandwidth in 5G NR and LTE Networks

Learn how channel bandwidth, transmission bandwidth, and resource blocks define spectrum efficiency in modern 5G and LTE networks. Explore their roles in data throughput and network performance.

Understanding 5G NR Carrier Bandwidth Part (BWP): Concept, Configuration, and Benefits

Explore how 5G NR Bandwidth Parts (BWPs) enhance spectral efficiency, reduce power consumption, and enable flexible bandwidth allocation for diverse 5G services.

Understanding 5G NR Subcarriers and Numerology: The Foundation of 5G Waveform Design

Explore how 5G NR subcarriers and numerology define frequency flexibility, efficiency, and performance in 5G networks, supporting diverse use cases from IoT to URLLC.

Understanding Supplementary Uplink (SUL) in 5G and LTE: Extending Uplink Coverage and Performance

Supplementary Uplink (SUL) boosts 5G and LTE uplink coverage by using an additional low-frequency band for uplink transmission, improving network efficiency and user experience.

Understanding Supplementary Downlink (SDL) in 5G and LTE Networks

Supplementary Downlink (SDL) boosts LTE and 5G performance by adding extra downlink carriers. Learn how SDL enhances data capacity, coverage, and user experience.