RFMultiprotocol SoC Manufacturers: WiFi, Bluetooth, Zigbee, and More
Explore multiprotocol SoC manufacturers like Silicon Labs, Nordic, and NXP, offering solutions for WiFi, Bluetooth, Zigbee, Z-Wave, NFC, and Thread in a single chip.
Posts tagged: Wireless
Showing 20 posts (Page 7 of 13)
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NB-Fi Base Station: Features and Basics
Explore NB-Fi base stations, including WAVIoT's offering, features, specifications, and applications in smart agriculture, metering, and more.
NB-IoT Tutorial: Features, Spectrum, and Applications
Learn about NB-IoT (Narrowband Internet of Things), its features, frequency spectrum, and applications, with a comparison to LTE Cat-1, Cat-0, and Cat-M.
NB-IoT: Advantages and Disadvantages
Explore the benefits and drawbacks of NB-IoT (Narrowband-Internet of Things) technology for low-power wide-area networks. Learn about its features, advantages, and limitations.
NFC: Advantages and Disadvantages of Near Field Communication
Explore the benefits and drawbacks of NFC technology, including its applications, security, and limitations in data transfer and range.
OFDM Variants: COFDM, OFDMA, f-OFDM, VOFDM, WOFDM, Flash OFDM
Explore different OFDM variants like COFDM, OFDMA, f-OFDM, VOFDM, WOFDM, OFCDM, and Flash OFDM. Understand their advantages, disadvantages, and applications.
Over The Horizon (OTH) Radar Basics
Explore the fundamentals of Over The Horizon (OTH) radar, its operation using the ionosphere for long-range detection, and its applications.
Passive WiFi: Advantages and Disadvantages
Explore the benefits and drawbacks of Passive WiFi technology, including power consumption, range, design complexity, and compatibility.
PDMA (Polarisation Division Multiple Access) Explained
Learn about PDMA, a multiple access technique that separates signals using different polarisations, and its applications in satellite and fiber optic communication.
Piconet vs. Scatternet: Bluetooth Network Types Explained
Explore the differences between piconets and scatternets in Bluetooth networks, including device roles, coverage area, node support, and bandwidth efficiency.
PSK Modulation: Types and Applications
Explore PSK (Phase Shift Keying) modulation techniques, including BPSK, QPSK, and higher-order PSK, with applications in wireless, satellite, and deep space communication.
PTMP vs. Mesh Networks: Key Differences Explained
Explore the fundamental differences between PTMP (Point-to-Multi-Point) and Mesh (Point-to-Point) network architectures, their advantages, and disadvantages.
PWT (Personal Wireless Telecommunications) Explained
Understand PWT, the US equivalent of DECT, including its key features, specifications, and how it compares to other wireless technologies.
QPSK Modulation: Quadrature Phase Shift Keying Explained
Explore QPSK modulation: its principles, representation, constellation diagram, applications, and differences from BPSK. Includes MATLAB and Python code links.
QPSK vs. SQPSK: Modulation Techniques Compared
Explore the differences between QPSK and SQPSK modulation, including phase shifts, amplifier requirements, and power spectral density.
Quasi-Optic Transmission Systems: Pros and Cons for 6G
Explore the advantages and disadvantages of Quasi-Optic Transmission Systems, a potential technology for 6G wireless networks. Learn about its role in future communications.
Radio Broadcasting: Advantages and Disadvantages
Explore the pros and cons of radio broadcasting as a mass communication medium, covering reach, cost, interactivity, and technological challenges.
Receiver C/N Ratio Calculator
Calculate the receiver C/N ratio in dBHz based on G/T ratio, satellite EIRP, propagation loss, and margins. Understand the importance of C/N ratio in wireless systems.
Receiver Sensitivity vs. Selectivity: Understanding the Difference
Explore the key differences between receiver sensitivity and selectivity, crucial parameters for wireless receiver performance in decoding signals amidst interference.
RF Attenuators: Types, Benefits, and Advantages Explained
Explore RF attenuators: fixed, variable, chip, connectorized. Understand specs like frequency, attenuation, power, impedance. Discover their benefits in signal control, impedance matching, and component protection.
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