RF11ac 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.
Posts tagged: Wlan
Showing 25 posts (Page 1 of 5)
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2.4 GHz vs 5 GHz WiFi: Advantages,Disadvantages,Differences
Compare 2.4 vs 5 ghz wifi and explore advantages and disadvantages of 2.4 GHz and 5 GHz WiFi frequencies and derive key differences between them.
5 Advantages and Disadvantages of WiFi as per WLAN standard
Explore 5 key advantages and disadvantages of WiFi technology, covering its benefits such as accessibility, ease of use, data rates and its drawbacks such as security concerns and range limitations.
60GHz WiFi: Advantages and Disadvantages
Explore the benefits and drawbacks of 60GHz WiFi technology, including its high data rates, low latency, and limitations in range and penetration.
802.11 vs 802.16: Key Differences Explained
Explore the distinctions between IEEE 802.11 (WLAN) and 802.16 (WiMAX) standards, covering technology, range, bandwidth, and use cases.
802.11 WiFi MAC Frame Format and fields
Explore the WLAN MAC protocol with a focus on the 802.11 WiFi MAC frame format, including the MAC header, body, and FCS fields.
802.11 WLAN MAC Frames: Control, Data, and Management
Explore the structure and functionality of 802.11 WLAN MAC frames, including control (ACK, RTS/CTS), data, and management frames (authentication, association, beacon, etc.).
802.11a vs 802.11p: WLAN Standards Comparison
Explore the key differences between 802.11a and 802.11p WLAN standards, focusing on data rates, modulation, and applications in vehicular communication.
802.11ac Beamforming in WLAN
Explore 802.11ac beamforming, enhancing SNR and data rates through focused transmission. Learn about explicit channel measurements, NDP sounding, and single/multi-user beamforming techniques.
802.11ac Wi-Fi: Advantages and Disadvantages
Explore the pros and cons of the 802.11ac Wi-Fi standard, including its key features, benefits like gigabit speeds, and drawbacks like lack of 2.4 GHz support.
802.11ac WLAN Physical Layer Overview
Explore the 802.11ac physical layer, covering PHY padding, scrambling, FEC encoding, data mapping, and more. Understand how data is processed for efficient wireless transmission.
802.11ac WLAN Radio Network Planning
Explore 802.11ac radio network planning, including channel allocation, network architecture, tuning, optimization, and applications in the 5 GHz spectrum.
802.11ad vs 802.11ay: Key Differences in WLAN Technologies
Explore the distinctions between 802.11ad (WiGig) and 802.11ay WLAN technologies, focusing on data rates, range, and key features. Understand their applications and advancements.
802.11ax MCS Table and Rates Explained
Explore the 802.11ax MCS table, detailing MCS rates for WiFi 6. Understand modulation, code rates, and data speeds across different bandwidths and spatial streams.
802.11ax Resource Units (RUs)
Explore 802.11ax Resource Units (RUs) like RU-26, RU-52, RU-106, and RU-242. Learn how OFDMA improves spectrum efficiency and supports multiple clients in WLAN.
802.11n Physical Layer
Explore the 802.11n wireless networking standard: frame structure (legacy, mixed, greenfield modes), physical layer components, and key functionalities for increased data rates.
802.11n vs 802.11ax: Key Differences Explained
Compare WLAN standards 802.11n and 802.11ax (Wi-Fi 6). Explore their specifications, features, modulation schemes, and data rates for a clearer understanding.
BSS Coloring in 802.11ax WLAN: Definition and Benefits
Explore BSS Coloring in 802.11ax WLAN: how it mitigates interference and enhances spatial reuse, improving network performance in dense Wi-Fi deployments.
CCK vs DSSS vs OFDM: Modulation Techniques Compared
Explore the differences between CCK, DSSS, and OFDM modulation techniques used in WLAN standards for varying data rates and coverage.
Cellular and WiFi (WLAN) Integration: Benefits and Advantages
Explore the advantages of cellular and WiFi integration for operators, providers, and users. Discover how combining these technologies enhances coverage, data rates, and cost-effectiveness.
Cellular WLAN Integration Architecture Explained
Explore the architecture for integrating cellular and WLAN networks, its benefits, and key elements. Learn about seamless roaming and improved performance.
Difference between wifi 6 and wifi 5,wifi 4,wifi 3,wifi 2,wifi 1
This page compares wifi 6 vs wifi 5 vs wifi 4 vs wifi 3 vs wifi 2 vs wifi 1 and mentions difference between wifi 6, wifi 5, wifi 4, wifi 3, wifi 2 and wifi 1 with respect to speed, range and other parameters.
Dual Band WiFi: Meaning and Routers Explained
Explore dual-band WiFi technology, how it uses 2.4 GHz and 5 GHz bands, and popular router vendors. Learn about 802.11 standards and data rates.
Google Fi Basics: Understanding the Network of Networks
Explore the fundamentals of Google Fi (formerly Project Fi), its network architecture, how it seamlessly switches between Wi-Fi and cellular, and device compatibility.
HIPERLAN Tutorial: Understanding HIPERLAN/1 and HIPERLAN/2
Learn the basics of HIPERLAN, including HIPERLAN/1 and HIPERLAN/2 frame structures, protocol stacks, and PHY/MAC layers. Compare HIPERLAN to WLAN technologies.
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