RF
LoRa Frequency Bands in Australia: AU915-928 Details
Explore LoRaWAN frequency bands in Australia (AU915-928 MHz), specifications, data rates, and Tx power for IoT applications. Ensure compliance and optimize network performance.
Terminology
Showing 20 posts (Page 72 of 162)
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LoRa Frequency in India: LoRaWAN Network Overview
An overview of the LoRa frequency bands used in India, including the ISM band, channels, and network components for efficient IoT communication.
LoRa Frequency in the US: LoRaWAN Network Details
Explore LoRa frequencies in the US (902-928 MHz), data rates, Tx power (EIRP) for IoT applications in smart cities, industrial monitoring, and agriculture.
LoRa Modulation Basics: CSS, Advantages, and Properties
Explore LoRa modulation, also known as CSS, its advantages, properties, and how it simplifies receiver design. Understand the relationship between bit rate, chip rate, and symbol rate.
LoRa vs LoRaWAN: Key Differences and IoT Use Cases
Explore the core differences between LoRa and LoRaWAN in IoT. LoRa handles physical layer modulation, while LoRaWAN is a network protocol for device communication.
LoRa vs. Zigbee: A Comprehensive Comparison
Explore a detailed comparison of LoRa and Zigbee technologies, covering specifications, network architecture, protocol stacks, and applications.
LoRa Wireless Technology: M2M and IoT Networks
Explore LoRa wireless technology basics, including frequency bands, protocol stack, MAC layer, and LoRaWAN classes for M2M and IoT networks.
LORAN (Long Range Navigation) Basics
LORAN-C is a long-range navigation aid that provides an aircraft's position fix using hyperbolic grids generated from ground station signals. This article covers its specifications, advantages, and disadvantages.
LoRaWAN Data Rate and EIRP Tx Power in India
Explanation of LoRaWAN data rates, EIRP transmit power, and frequency bands used in India. Includes information on LoRaWAN architecture and specifications.
LoRaWAN Device, Service, and Routing Profiles Explained
Explore LoRaWAN device, service, and routing profiles. Understand their parameters and how they enable LoRaWAN radio access service and data plane connections.
LoRaWAN Frequency Bands and Channels in Europe (EU)
Overview of LoRaWAN frequency bands, channels, data rates, and transmit power (EIRP) used in the European (EU) region for EU863-870 and EU433 bands.
LoRaWAN Frequency Bands and Channels in Russia (RU Region)
Details of LoRaWAN frequency bands, channels, data rates, and transmit power used in Russia (RU864-870 band).
LoRaWAN Frequency Bands and Regulations in Korea (KR)
An overview of LoRaWAN frequency bands, data rates, and EIRP limits for the KR920-923 ISM band in Korea.
LoRaWAN Frequency Bands, Data Rate, EIRP - China (CN Region)
This article details LoRaWAN frequency bands, data rates, and EIRP used in China (CN region). Specifications vary based on the region.
LoRaWAN Interface Types Explained: hNS-JS, vNS-JS, and More
Learn about LoRaWAN interface types (hNS-JS, vNS-JS, ED-NS, AS-hNS, hNS-sNS, sNS-fNS, AS-JS) and their roles in LoRaWAN network architecture.
LoRaWAN Packet Forwarder: Role and Functionality Explained
A LoRaWAN packet forwarder relays data between end devices and the network server. It handles uplink transmission and downlink reception, crucial for LoRaWAN communication.
LoRaWAN Passive Roaming vs. Handover Roaming: Key Differences
Explore the differences between LoRaWAN passive and handover roaming, focusing on network server control, frame forwarding, and MAC layer management.
LoRaWAN Spreading Factor, Range, and Data Rate Explained
Understand LoRaWAN spreading factor, range, and data rate. Explore the relationship between these terms, including formulas and regional data rate variations.
LoRaWAN vs Sigfox: Key Differences in IoT Networks
Explore the differences between LoRaWAN and Sigfox technologies for IoT networks, focusing on network architecture, data rates, and applications to help you choose the best solution.
LoRaWAN: Advantages and Disadvantages
Explore the pros and cons of LoRaWAN technology, covering its strengths in range, power consumption, and scalability, as well as its limitations in data rate and real-time use.
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