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How does smart mesh affect fixed channel settings?
For APs to communicate effectively within a smart mesh network, they need to operate on the same channel. Consequently, if your APs are part of smart mesh, they will automatically switch channels to align with each other, prioritizing network stability and connectivity over fixed channel settings.
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Why does my AP automatically switch channels despite being set to a fixed channel?
Both APs in the mesh network should operating on the same channel to maintain a mesh connection. When APs are part of a smart mesh network, they might automatically switch channels to build up mesh connection and APs will not revert to user-defined channels. If fixed channel selection leads to suboptimal performance due to…
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What is Airtime Fairness?
What is Airtime Fairness and why is Airtime Fairness important? Airtime Fairness is a feature found in many modern WiFi networks aimed at improving the overall efficiency and performance of the network. It ensures that all connected devices get an equal amount of time to communicate with the WiFi access point, rather than…
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Why does the Auto (high band preferred) mode disconnects frequently with smart mesh?
In signal, channel utilization stable environment, Auto (high band preferred) in smart mesh works smooth. But if frequent reconnections in 'Auto' mode, it can be disruptive in unstable environments. In 'Auto (high band preferred)' mode, the mesh network frequently evaluates the connection quality. If it detects a degraded…
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What is the difference between Auto (high band preferred) and a fixed radio band in Smart Mesh?
The 'Auto (high band preferred)' mode in a Smart Mesh network actively seeks the best possible connection by analyzing factors like RSSI (Received Signal Strength Indicator) and channel utilization. It dynamically switches between bands (high band like 5GHz preferred) to optimize connection quality, which can lead to…
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How to choose between Auto (high band preferred) and dedicated radio band with smart mesh?
When configuring a mesh network, particularly with Smart Mesh technology, understanding the difference between 'Auto (high band preferred)' and dedicated radio band settings is crucial for network stability. These settings determine how your network manages its wireless connections, especially in environments with varying…
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[Nebula] How to configure the BandFlex on supported APs?
This FAQ guides you through configuring the BandFlex feature on supported Zyxel access points (APs), allowing them to operate on different frequency bands (5 GHz or 6 GHz) in addition to 2.4GHz to meet specific network requirements. Configuration Steps: Go to Configure > Access point > Radio settings. Scroll down to find…
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What role do radar systems play in the 5GHz frequency band?
Radar systems, which include weather radars, operate in the 5GHz frequency band, the same spectrum used by Wi-Fi for wireless communication. Weather radars emit pulses of energy to detect precipitation, listen for the reflection of these pulses, and use the timing of the reflections to create a 3D representation of…
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What does "Avoid 5G DFS channel" mean in Nebula AP's radio settings?
The "Avoid 5G DFS channel" setting in Nebula AP's radio settings allows the AP to choose non-DFS channels to provide a stable WiFi service. DFS, or Dynamic Frequency Selection, is a mechanism that governs the use of certain 5GHz channels to prevent interference with radar operations, such as those used by weather and…
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Where can you configure channel width with Zyxel AP?
You can adjust the channel width for 2.4GHz, 5GHz, and 6GHz from Radio Settings > Channel Width. Note: Higher channel widths are more susceptible to environmental interference. If you experience poor connectivity, try reducing the channel width.
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What Changes: Selecting the Right Channel Width (20/40/80 MHz) for Your Wireless Network
Introduction Channel width in a wireless network is a key factor that affects performance. This article examines the impact of different channel widths (20/40/80 MHz) and their suitability in various environments. Understanding Channel Width Bandwidth and Speed: Higher channel widths offer greater bandwidth, translating…
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Why and How to Adjust: The Impact of Country Code Settings in AP Configurations
Introduction The country code setting in Access Points (APs) plays a crucial role in compliance and performance in wireless networks. This article discusses the importance of setting the appropriate country code in AP configurations. Significance of Correct Country Code Regulatory Compliance: Different countries have…
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How to Balance: Aligning Multiple AP Power Settings for Optimal Environmental Fit
Introduction Managing the power settings of multiple Access Points (APs) is vital to ensure a balanced and interference-free wireless network. This article explores how to check if the power settings of multiple APs are harmonious with your environment. Managing Signal Overlap and Interference Understanding Signal Overlap:…
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How to Check: Ensuring a Single AP's Power Compatibility with Your Environment
Introduction When deploying a wireless network, it's crucial to ensure that each Access Point (AP) is optimized for the environment. This article provides a guide on how to check if the power settings of a single AP are suitable for your specific setting. Testing and Adjusting AP Power Conducting a Physical Test:…
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What occurs if all DCS manual channels are included in the blacklist?
If you enable the Blacklist DFS channels in the presence of radar option, and all of your AP's DCS manual channels are now only those blacklisted DFS channels, the AP will not shut down the radio. Instead, it will select another available channel that is not blacklisted.
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What channels are utilized in a three- or four-channel deployment in DCS settings?
Path: Configure > Access points > Radio settings > DCS settings. When configured for a three-channel deployment in the 2.4GHz band, the AP will utilize channels 1, 6, and 11. For a four-channel deployment in the 2.4GHz band, the channels used depend on the country or region. Typically, the AP will use either channels 1, 4,…
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How to Resolve Intermittent Network Connectivity Issues in Devices?
In places with diverse IoT devices, intermittent network connectivity can pose significant challenges. Resolving such disruptions is vital to maintain seamless communication and operation of the devices, ensuring the reliability and stability of the network. Topology and Scenario Gateway --- Switch --- AP VLAN: Untagged,…
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What to do when a station is blocked by 802.1X authentication failed?
The 802.1X authentication failure could be due to several reasons, including incorrect credentials or an issue with the wireless environment. Follow these steps to troubleshoot: Fine-tune the wireless environment: If you find multiple clients having difficulty connecting to APs, you may need to adjust the wireless…
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How to solve Co-channel Interference by DCS?
This article will introduce co-channel
interference and DCS and show you the methods solve co-channel interference by DCS. Co-Channel
Interference Introduction In Wi-Fi
transmission, devices in the same channel need to take turns to transmit data. The more devices in the same channel, the longer time each device
needs to…
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[NEBULA] How to configure smart steering to optimize the wireless network?
Sometimes, the client sticks on the AP
which has lower signal. To avoid client with long idle time or weak RSSI
dragging the Wi-Fi connectivity. Nebula helps user to optimize the wireless
network by monitor wireless clients and drop their connections when the clients
are idle or have a low signal. The client has…