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Explore the 1-Wire protocol, developed by Dallas Semiconductor, which uses a single wire for data transmission, making it cost-effective for diverse applications.
Explore 2G GSM network interfaces: Um, A, Abis, and Asub. Learn how these interfaces connect key network elements like BTS, BSC, and MSC for seamless communication.
Explore 2G GSM security mechanisms, including authentication, key agreement, message flow, and ciphering algorithms like A5/1, A5/2, and A5/3, ensuring secure mobile communications.
Explore 3D bioprinting, a technology using bio-printers to create body parts or organs. Learn about the process, materials, and challenges in integrating bioprinted organs with the human body.
Explore the security mechanisms in UMTS (3G) networks, focusing on network access, authentication, and key differences from GSM security.
Explore the 4G LTE network architecture, including eNodeB, MME, SGW, PGW, and key interfaces, for efficient mobile communication and high-speed data transfer.
Explore 4G LTE drive test tools and essential testing parameters for network optimization. Learn how to measure signal strength, throughput, and more.
Explore the 4G LTE frame structure, including Time Division Duplex (TDD) and Frequency Division Duplex (FDD) frame types and their configurations.
Explore 4G LTE network security essentials: key hierarchy, authentication, and encryption protocols crucial for data protection and network integrity.
Learn to calculate 4G LTE throughput using formulas and a handy calculator. Optimize network performance by understanding LTE speed calculation based on modulation, TBS, and MIMO configuration.
Explore 4G LTE technology: architecture, channels, frequency bands, QoS, and its evolution from 2G/3G. Understand LTE's role in high-speed data and connectivity.
Explore monopole, lattice, guyed, stealth, and rooftop cell phone towers, their components, and their crucial role in mobile communication networks.
Explore the fundamentals of 5G channel sounding, covering channel characteristics, measurements, techniques, and test equipment used in 5G network development.
Explore the various 5G channel types, including logical (xBCCH, xCCCH, xDCCH, xDTCH) and transport channels (xBCH, xDL-SCH, xRACH, xUL-SCH) used in 5G networks.
Explore the 5G frequency bands used worldwide, including sub-6GHz and mmWave allocations for India, USA, Europe, China, Japan, and Korea, including frequency ranges.
Explore the 5G mmWave frame structure, focusing on the dynamic TDD frame used in 5G, its components, and its role in downlink and uplink communication.
Explore 5G mmWave technology, its features, advantages, and disadvantages. Learn how it delivers high data rates and supports massive MIMO.
An overview of the Xn, NG, E1, F1, and F2 interfaces in 5G NR network architecture, their functions, and locations within the 5G RAN and 5GC based on 3GPP standards.
This tutorial covers 5G technology basics, architecture, frame, channels, protocol stack, comparison with 4G, advantages and disadvantages.
Explore 6G network architecture, including user equipment, access network, core network, edge computing, and non-terrestrial networks. Learn about key interfaces and their functions.
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