RF
What is Matter IoT Protocol? | Advantages of Matter Protocol
Explore the Matter protocol for IoT, its features, benefits, and advantages in creating seamless interoperability in smart home systems.
Articles
Showing 20 posts (Page 19 of 20)
Advertisement
WiFi 7 Architecture and Benefits: A Comprehensive Overview
Explore WiFi 7 architecture, including PHY/MAC layer enhancements, MLO, and benefits like higher data rates, reduced latency, and improved spectrum efficiency.
WiFi 7 MAC Layer and Frames: AP and Station Architecture
Explore the WiFi 7 MAC layer advancements, including multi-link operation, enhanced MU capabilities, and frame structures for efficient AP and STA communication.
WiFi 7 Physical Layer: Transmitter Modules for APs and STAs
Explore the WiFi 7 physical layer (PHY) with a block diagram of transmitter modules for Access Points (APs) and Stations (STAs). Key enhancements and differences explained.
WiFi 7 Transmitter Measurements: EVM, Spectral Flatness, and Emission Mask Explained
Explore essential Wi-Fi 7 transmitter measurements, including EVM, spectral flatness, and emission mask, to ensure signal quality, regulatory compliance, and optimal network performance.
WiFi on Trains: Architectures, Advantages, and Technologies
Explore WiFi network designs for trains, metro stations, and rail tunnels, along with the benefits and technologies involved.
WiMAX DUT Radio Conformance and Manufacturing Test Automation
Explore the setup for radio conformance and manufacturing tests, covering transmitter and receiver tests as per the WiMAX Forum Mobile RCT Document v1.0.0.
WiMAX MAC Protocol: An In-Depth Introduction
Explore the WiMAX MAC protocol, covering convergence, common part, and security sub-layers. Learn about frame structure, scheduling, MAC layer messages, and network entry procedures.
WiMAX Physical Layer: Understanding the OFDM Implementation
Explore the WiMAX OFDM physical layer (IEEE 802.16-2004), TDD frame structure, transmitter block diagram, modulation-code rates, and module functions.
WiMAX Protocol Stack: Layers and Functions
Explore the WiMAX protocol stack, including the physical, MAC, and upper layers. Learn about their functions and how they enable WiMAX communication.
WiMAX, WLAN, LTE, Zigbee Testing and Certification Resources
Explore testing, certification labs, and conformance resources for WiMAX, WLAN, LTE, and Zigbee compliant devices. Includes info on Wi-Fi Alliance labs and pre-certification programs.
Wireless Router: Selection and Setup Guide
Learn how to select the right wireless router based on your needs and follow a step-by-step guide to set up a Linksys router.
Wireless Sensor Network (WSN) Basics, Architecture, and Security
An overview of Wireless Sensor Networks (WSNs), covering their architecture, key features, and security considerations for diverse applications.
Wireless System Overview: Baseband, RF, and Data Rates
Explore the fundamentals of wireless systems, covering baseband, RF components, data rates of various networks, and wireless standards used worldwide.
WirelessHART Basics: Protocol, Physical & Data Link Layers
Explore WirelessHART, a wireless mesh protocol for process automation. Learn about its physical layer (IEEE 802.15.4) and data link layer (TDMA).
WLAN 802.11n/ac RF PHY Layer Transmitter Testing
This page covers RF and PHY conformance tests for 802.11n and 802.11ac devices, including transmitter and receiver measurements.
WLAN IEEE 802.11ad RF PHY Layer Testing
Explore RF PHY layer testing for IEEE 802.11ad, covering transmitter and receiver conformance tests crucial for 802.11ad product evaluation.
WLAN Physical Layer: 802.11 PHY Explained
Explore the WLAN physical layer, focusing on the IEEE 802.11 standard, frame structure, OFDM, and transmitter/receiver architectures for WiFi networks.
WLAN Security: Basics, WEP Protocol, and WiFi Checklist
Explore WLAN security basics, including the WEP protocol, RC4 encryption, authentication methods, and a practical WiFi security checklist.
XMPP Protocol Explained: Server, Client, and IoT Applications
Explore the XMPP protocol, its core features, addressing scheme, server-client interactions, and relevance in Internet of Things (IoT) applications.
Advertisement