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To achieve transfer rates greater than 54 Mbps on 802.11n connections, you must select WPA2-AES security. You can select no security (None) to enable network setup and troubleshooting. An administrator can enable or disable support for high throughput mode to reduce power consumption or conflicts with other bands or compatibility issues.
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Ad-hoc channel 802.11 b/g is the band and channel selection for device to device (ad-hoc) networks. You don't need to change the channel unless the other computers in the ad-hoc network are not using the default channel.
The Quality of Service (QoS) control in ad-hoc networks prioritizes traffic from the access point over a Wi-Fi Local Area Network (LAN) based on traffic classification. Wi-Fi Multimedia* (WMM*) is the QoS certification of the Wi-Fi Alliance* (WFA). When WMM is enabled, the adapter uses WMM to support priority tagging and queuing capabilities for Wi-Fi networks.
By default, the Wi-Fi adapter will perform periodic scan for other available Access Points (AP).Disabling this behavior can be helpful when using application software that is sensitive to brief interruptions in network connectivity.
NS offload is the network adapter's ability to respond to a Neighbor Discovery Neighbor Solicitation request with a Neighbor Advertisement without waking the computer. Both the hardware and the driver must support NS offload to enable this feature.
This setting alters the signal strength threshold at which the WiFi adapter starts scanning for another candidate AP. The default value is Medium. Depending on the environment, one option may work better than the other. You may try other values to see which works best for your environment. However, it is recommended to revert back to the default (Medium) if no improvement is observed with other values.
Cell phone signal boosters or cell phone repeaters work by pulling cell signal from the nearest cell tower with an outside antenna, amplifying those signals, then rebroadcasting the amplified signals so your device/phone receives them. It can detect very faint and weak signals and boost them when there are obstructions in the way.
Much of the time mobile reception and cell coverage problems are caused by building materials that block RF signals like brick, steel, stone, low-emittance glass, concrete, metal roofing or siding, etc.