6G Core Tech: FR3, xMIMO, ISAC, AI RAN & NTN Explained
Foundation technologies of 6G : Learn how FR3 Spectrum, xMIMO, ISAC, AI-Native RAN and Non-Terrestrial Networks (NTN) will transform connectivity in 2030.
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Showing 1-25 of 440 articles in this archive.
Wi-Fi 8 Features: Deep Dive into 802.11bn PHY and MAC
Discover the core PHY and MAC features of Wi-Fi 8 (802.11bn). Learn how DRU, MAPC, and ELR provide ultra-high reliability for next-gen networks.
WiFi 7 EHT Frame Structure
Explore WiFi 7 Extremely High Throughput (EHT) frame structure based on IEEE 802.11be, including preamble, EHT-SIG fields, and data field enhancements.
Wi-Fi 8 Frame Formats: UHR MU, TB and ELR PPDU Guide
Explore Wi-Fi 8 frame formats as per 802.11bn. A deep dive into UHR MU, TB and ELR PPDU structures for ultra high reliability and extended range connectivity.
The 4 Pillars of Wi-Fi 8: Architecture and Benefits
Learn the 4 pillars of Wi-Fi 8 including PHY Efficiency, Spectrum Flexibility, Multi-AP Intelligence and Power/Roaming. How 802.11bn ensures reliability.
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.
Wi-Fi 7 network planning:Survey,link budget,deployment
This article on Wi-Fi 7 network planning covers site survey, RF link budget and deployment guide including tools and Access Point (AP) Selection.
RF GaN Technology: Benefits, Applications & Manufacturers
Discover the benefits of RF Gallium Nitride (GaN) technology. Learn about its high power applications, market growth, and top RF GaN manufacturers.
WiFi 7 PPDU Formats and fields : IEEE 802.11be WLAN Standard
Explore WiFi 7 PPDU Formats and their fields as per 802.11be including HE MU PPDU, ETH MU PPDU, HE TB PPDU and ETH TB PPDU.
Wi-Fi 7 QoS Parameters & Management Guide
Learn how Wi-Fi 7 improves QoS with MLO, R-TWT, TSN-inspired scheduling for low latency, efficiency and reliability across wireless deployments.
DPD vs. DPoD in 6G: Key Differences & Applications
Understand the difference between Digital Predistortion (DPD) and Digital Post-Distortion (DPoD) and why receiver side compensation is vital for 6G.
Glass vs. Silicon: Pros & Cons of Glass RF Interposers
Compare glass and silicon interposers for advanced RF packaging. Learn why glass is emerging as the preferred platform for mmWave and sub-THz systems.
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.
Wi-Fi 7 MU-MIMO : Key Advantages
Learn Wi-Fi 7 MU-MIMO basics and explore advantages or benefits of MU-MIMO.
Wi-Fi 7 Multi-RU Vs Preamble Puncturing:Advantages & Differences
Learn Wi-Fi 7 Multi-RU and Preamble Puncturing.Explore difference between them including benefits of puncturing.
Impedance Matching: Circuits, Methods, and Devices
Explore impedance matching circuits (L networks, Pi networks) and devices (baluns, stubs, quarter-wave transformers) for maximum power transfer in RF systems.
1 GHz Hairpin Bandpass Filter Design
Learn how to design a 1 GHz Hairpin Bandpass Filter (BPF) using RF simulation software. The article includes substrate specifications and simulation results.
10 Gigabit Ethernet Physical Layer (10GbE PHY)
Explore the 10 Gigabit Ethernet (10GbE) physical layer, its subgroups (10GBASE-R, X, T, W), and sublayers like XGMII, PCS, PMA, PMD, and MDI. Learn their functions and specifications.
100 Gigabit Ethernet Physical Layer (100 Gbps Ethernet PHY)
Explores the architecture and features of the 100 Gigabit Ethernet Physical Layer (PHY), including PCS sublayer, multilane transmitter and receiver concepts.
11ac Wave1 vs. Wave2: Key Differences in WLAN Standards
Explore the distinctions between 802.11ac Wave1 and Wave2, including channel bandwidth, speed, and beamforming capabilities. Understand the evolution of WLAN technology.
40 Gigabit Ethernet Physical Layer (40GbE PHY) Explained
Explore the architecture and sublayers of the 40 Gigabit Ethernet physical layer, including RS, XLGMII, PCS, FEC, PMA, PMD, and AN.
4096-QAM Modulation in Wi-Fi 7: Advantages and Applications
Explore 4096-QAM modulation in Wi-Fi 7, including its benefits, drawbacks, and applications in high-bandwidth wireless communication.
4G/5G QoS vs. 6G QoSec: The Shift to Quality of Security
Compare traditional Quality of Service (QoS) with 6G's new Quality of Security (QoSec). Understand the shift to adaptive, context-aware defense.
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