How To Repair Ac Power Adapter

I volition focus merely on WiFi adapter which supports IEEE 802.11ac & IEEE 802.11n.

The goal here is :

• To accomplish connection stability and non to achieve maximum data throughput.
• To avoid a noisy wireless aqueduct
• The WiFi adapter will effort to maintain a connection with only 1 WiFi router.

By and large, the default setting of the WiFi adapter is practiced for most atmospheric condition. In addition, you lot can exercise some settings according to your needs.

An uninterrupted net connexion by the ISP to the WiFi router is necessary for a stable connection between the WiFi adapter and the WiFi router. So brand sure that your Isp is providing internet without any connections drops.

1. Avoid buying a Nano/Mini WiFi adapter. They don't take a adept range.
2. If possible buy high gain Wifi USB Adapter.
3. If possible purchase an 802.11ac Wifi adapter. It uses 5Ghz frequency which is generally free from interference.
4. 802.11n 2.4GHz WiFi network has better range compared to 802.11ac 5Ghz WiFi network specially when at that place are obstacles such as concrete walls.
5. To get meliorate betoken strength and speed you need to keep the WiFi adapter most the WiFi router. Try non to keep your estimator far away from the WiFi router.
6. Keep the WiFi adapter away from obstructions such equally walls, metal objects, and other electric equipment.
7. The orientation of the WiFi adapter makes a lot of departure. Effort orienting it to each of iv directions and come across which one works best for you.
8. Continue the Wifi Router abroad from obstructions. Check the WiFi router manual for the correct orientation of the Wifi router antenna.

WifI Router Configuration

1. If yous are facing some issues in WiFi network then yous must reboot the WiFi router and check if it solves the problem. If the router has congifuration for scheduled reboot and so y'all must Enable it. Rebooting the router in one case a calendar week is a good practice.
2. two.4 GHz WLAN configuration.
   • You tin manually prepare the channel to number iii or 9. About of the fourth dimension the channel no. 3 and vi is costless from interference by the other WiFi network.
   • You can set the Transmitting Power to Highest/100% if the router allows such configuration.
   • Yous may set the bandwidth/channel bandwidth to 20 Mhz. This volition further ensure that the WiFi network is gratuitous from interference from other WiFi networks in your expanse.

1. If possible apply a USB extension wire. This will help in positioning the WiFi adapter in a better position.

2. Ability Management Settings

Select Control Panel > Power Options

Click "Change programme settings"

• Click "Alter avant-garde power settings"

• Select Wireless Adapter Settings > Power Saving Mode > Maximum performance.

3. Device Manager Settings

Select Control Panel > Device Manager.

• Right-click on   Network Adapters > TP Link wireless USB adapter (Network adapter).
• Select  Properties.

• Select the Power Management Tab
• Disable the bank check box labeled Permit the estimator to turn off this device to salvage power.

Configure installed applications

Every applications installed in the reckoner must be configured properly.

Go through the setting of each application and do the setting it requires for proper operation.

Understanding various Wifi adapter terms

VHT = Very Loftier Throughput = 802.11ac
HT = Loftier Throughput = 802.11n, 802.11a = Legacy

AP = Admission Signal, Wifi Router

BeamCap :

The Beamforming or Transmit Beam Forming (TxBF) engineering science produces the strong directional radiation pattern based on the strong correlation of the spatial aqueduct and wave interference principle, making the main lobe of the radiations pattern adaptive to point to the wave direction. This engineering improves the SNR, system chapters, and coverage range. Beamforming or TxBF is an optional feature in the 802.11n standard.

Beamforming includes explicit Beamforming and implicit Beamforming. Explicit Beamforming requires the receive end to send information most the received signal to an AP. The AP then adjusts the transmit power to the optimal value according to the betoken information. This function increases the SNR of the receive end and improves the receiving capability. Implicit Beamforming allows an AP to automatically suit the transmit power to increase the SNR of the receive end based on channel parameters without requiring the receive end to work with the AP. Currently, mainstream terminals do not support Beamforming.

The key benefits of beamforming are:
1. Reduce dead spots.
2. Deliver stable Wi-Fi connection for voice and HD video.
three. Better Wi-Fi throughput
four. Reduces unnecessary RF interference

802.11n supports implicit and explicit beamforming

802.11ac Supports but explicit Beamforming .

EnableAdaptivity : Volition try to change frequency if it detects WiFi dissonance . Disable it, if y'all are relatively closer to the router OR if there are not many WiFi networks around

LDpcCap – The Low-Density Parity-Check (LDPC) is a code that enables or disables erroneous correction to reduce the probability of information loss in noisy channels.

StbcCap – Infinite Time Block Coding (STBC) is an 802.11n technique intended to improve the reliability of data transmissions. The data stream is transmitted on multiple antennas and then the receiving organization has a amend chance of detecting at least one of the information streams.

• On: The WiFi Access Betoken ( Wifi router)  transmits the same data stream on multiple antennas at the same time.
• Off: The AP does non transmit the same data on multiple antennas.

Space time block coding (STBC) transmits multiple copies of one data flow in wireless advice. STBC uses many antennas to produce multiple receive versions of information, improving data transmission reliability. Among these data copies, optimal copies are combined to provide about reliable information. This redundancy increases the adventure of using one or more than copies of received data to correctly decode the received data. STBC combines all the copies of received signals to produce the useful information.

Space-Fourth dimension Block Coding (STBC) tin can exist used when the number of radio chains exceeds the number of spatial streams. In effect, STBC transmits the same data stream twice across two spatial streams then that a receiver that misses a data block from one spatial stream has a second shot at decoding the data on the second spatial stream. In effect, STBC takes the gains from MIMO and uses them well-nigh exclusively for increased range. A single encoding stream must take two radio chains for transmission, which means that a 2×2 MIMO device transmitting with STBC is effectively operating equally a single-stream device. 802.11 interfaces include a stride-down algorithm that selects slower and more reliable transmission rates; STBC can be used when the data channel is besides poor to support ane full stream per radio. In such environments, STBC is worth the 50% penalty on transmitted speed. When an STBC-enabled AP is serving mainly unmarried-stream devices at long ranges, STBC is definitely worth considering.

Antenna Diversity Type
A wireless technique that uses multiple antennas to receive or transmit signals along different propagation paths to compensate for multi-path interference. Useful, if available.

Enable Adaptivity
HLDiffForAdaptivity
L2HForAdaptivity
"Adaptivity" seems to relate to ETSI'southward (European Applied science Standards Institute's) adaptive frequency hopping requirements which are mostly for Bluetooth. I note that ALFA says your adapter contains some kind of anti-Bluetooth-interference device, which is probably what this is all most. It probably has a stripped-down Bluetooth radio that simply tells other Bluetooth radios to stop using the frequencies that its Wi-Fi radio is using.

Channel : Controls the aqueduct your AP uses to communicate with client devices on your Wi-Fi network.
Nearly APs should have this set to Machine by default. We don't recommend changing this setting unless you:

• Have a good agreement of Wi-Fi channels
• Know how to determine the to the lowest degree congested aqueduct in your surroundings

Ideally, y'all would want to configure your AP to use a aqueduct that isn't being used by any of your neighbors.
Near of the fourth dimension, Aqueduct 1~fourteen (ii.4GHz) are more congested than Channel 36~ (5GHz) but this tin differ depending on the surround.
Some newer or higher-end APs are capable of operating at multiple bands (or channels) at the same fourth dimension. For case, you may configure the AP to use Channel1@2.4GHz and Channel40@5GHz at the same fourth dimension.

Channel Width or channel bandwidth

Controls the width of the channel (twenty or 40MHz) your AP uses to communicate with client devices on your Wi-Fi network.

Wider channel width allows Improved maximum throughput.

For optimal operation and compatibility, enable support for all channel widths. Sure AP may allow 40MHz simply fashion which prevents legacy devices that support only 20MHz from connecting to the AP.

For ring 5GHz, this setting uses 20/40/80/160 MHz depending on the wireless access point or router.

Fat channel intolerant
The setting communicates to surrounding networks that the Wi-Fi adapter isn't tolerant of xl MHz channels in the 2.four GHz band. When disabled the adapter doesn't send this notification.

Wireless Mode

Select which manner to use for connexion to a WiFi network.

Auto :  Enables  all Wifi technology supported by the adapter. For optimal operation and compatibility, enable support for all wireless modes.

IEEE 802.11 a : The WiFi adapter will connect only to 802.11a networks but hosted at 5 GHz.

IEEE 802.11 a/n : The WiFi adapter will connect only to 802.11a/n  Wifi access signal hosted at 5 GHz.

IEEE 802.11 a/n/ac : The WiFi adapter volition connect but to 802.11a/n/ac  Wifi access point hosted at five Ghz.

IEEE 802.11 ac : The WiFi adapter volition connect merely to 802.xi air-conditioning Wifi access point hosted at 5 GHz.

IEEE 802.11 b : The WiFi adapter will connect merely to 802.11b  Wifi admission indicate hosted at two.iv GHz.

IEEE 802.11 b/g :  The WiFi adapter will connect merely to 802.11b or 802.11bg  Wifi access betoken hosted at 2.4 GHz.

IEEE 802.11 b/g/north :  The WiFi adapter will connect only to 802.11g/grand/due north  Wifi access point hosted at 2.4 GHz.

Dual Band 802.xi a/yard : The WiFi adapter will connect only to 802.11a/g Wifi access point hosted at five Ghz & 2.4 GHz band .

Dual Band 802.11 a/b/g : The WiFi adapter will connect only to 802.11a/b/g networks hosted at five Ghz & 2.iv GHz band .

MIMO

Multiple input multiple output (MIMO) is an antenna arrangement that consists of M transit antennas and N receive antennas. The MIMO technology allows spaces to become the resources used to amend functioning and increases the coverage range of the wireless arrangement.

The MIMO system generates multiple spatial flows with each antenna generating a maximum of ane spatial flow. The single in unmarried out (SISO) system sends or receives i spatial flow (one copy of signals) at a time. The MIMO applied science allows multiple antennas to ship and receive multiple spatial flows (multiple copies of signals) simultaneously and to differentiate the signals sent to or received from different spaces.

An 802.11n device supports up to 4×four MIMO, a maximum of iv spatial flows, with a rate of upward to 600 Mbit/s. It supports a maximum of iv streams and provides the maximum throughput of upward to 600 Mbit/s.

802.11ac supports a maximum of eight streams ( 8×8 MIMO) and provides a maximum throughput of approx 7 Gbit/s for a single user.

The MIMO technology provides the organization with the spatial multiplexing gain and spatial diversity gain.

In spatial multiplexing, multiple antennas are used on the receive stop and transmit end and multipath components in spatial communication are used, allowing signals to be transmitted over multiple data channels (MIMO sub-channels) in the aforementioned frequency ring. This technology makes the channel chapters linearly increase with the growing number of antennas. This increase in channel capacity does not crave additional bandwidth and does non consume additional transmit ability. Therefore, spatial multiplexing is an efficient ways to improve aqueduct capacity and system capacity.

In spatial multiplexing, serial-to-parallel conversion is performed on the transmitted indicate to produce several parallel betoken flows, which are and then transmitted using their corresponding antennas in the same frequency band simultaneously. Due to the use of multipath propagation, each transmit antenna produces a unique spatial signal for the receive end. Later on the receive end receives the mixed signals of data, it differentiates these parallel data flows based on the fading betwixt different spatial channels. Spatial multiplexing requires the spacing betwixt transmit and receive antennas to be greater than the distance, ensuring that each sub-channel of the receive stop is an independently fading channel.

Benefits :-

• Improved maximum throughput
• Increased number of users
• Enhanced link reliability

Maximal ratio combining (MRC)

The maximal ratio combining (MRC) applied science improves the signal quality of the receiving end.

In MRC, the same indicate from the transmit end is received by the receive terminate through multiple paths (multiple antennas) because the receive end receives this point using multiple antennas. By and large, amid multiple paths, there is ane path providing better signal quality than the other paths. The receive end uses a sure algorithm to allocate unlike weights to receiving paths. For example, the receive end allocates the highest weight to the receiving path providing the best signal quality, which improves the signal quality of the receive stop. When none of multiple receiving paths tin provide better signal quality, the MRC technology tin ensure better receive signals.

USB SF Manner

It is related to the USB port of the figurer in which the USB WiFi adapter is continued.

USB Switch Mode

It is related to the USB port of the reckoner in which the USB WiFi adapter is connected.

• USB Mode 1 – It ways USB WiFi adapter connected to  USB version 1 port of the computer
• USB Mode ii – It ways USB WiFi adapter connected to  USB version two port of the figurer
• USB Mode 3 – Information technology ways USB WiFi adapter connected to  USB version three port of the figurer

MIMO and beamforming

Both MIMO and beamforming are multi antenna technologies. However, in that location is an inherent disharmonize between the antenna requirements required by each applied science to optimize performance.
Beamforming shape the beam direction by using constructive and destructive combinations of the same signal phase shifted from multiple antennas. The desired direction is accomplished by changes to each antenna phase. In guild for the signals to combine, they must have the same polarity.
The beamforming requirements are completely opposite from good MIMO requirements. In lodge to increase multifariousness in MIMO, we want signals from unlike antennas to have orthogonal polarity.

You tin can optimize your antenna array for either beamforming operation or MIMO – only non both.

Roaming Aggressiveness/Roaming Sensitivity

This setting lets you ascertain how aggressively your wireless client roams to improve the connection to an access point.

This is useful when the WiFi adapter is working in multiple WiFi Router environment. The WiFi adapter volition bank check the betoken forcefulness from the WiFi router to which it is continued. If the signal strength drops below a sure point and then it will scan for other WiFi routers with ameliorate signal strength. If a WifI router with improve betoken strength is institute and then the WiFi adapter will disconnect from the current WiFi router and connect to another WiFi router.

Default: Balanced setting between not roaming and performance.
Lowest: Your wireless customer volition not roam. Just meaning link quality degradation causes it to roam to another access point.
Highest: Your wireless client continuously tracks the link quality. If whatever degradation occurs, it tries to observe and roam to a better admission signal.

Wake on magic packet
If enabled, the setting wakes the computer from a slumber land when it receives a Magic Packet from a sending computer. The Magic Bundle contains the MAC accost of the intended destination computer. Enabling turns on Wake on Magic Packet. Disabling turns off Wake on Magic Bundle. It only disables the Magic Packet feature, not Wake on Wireless LAN.

Wake on pattern match
Wakes the computer from a sleep country when an adapter receives a detail wake pattern.

U-APSD support
U-APSD (or WMM-Power Save or WMM-PS) is a Wi-Fi capability that saves ability consumption on low periodic latency-sensitive traffic modes, like a VoIP. We accept identified interoperability (IOT) issues with certain access points that upshot in reduced RX throughput.

AP mode Strength BW20

Enabling this will strength aqueduct width to 20 MHz when the Wifi adapter is used for creating a WiFi hotspot.

Selective suspend

Enabling this allows the computer to suspend the idle wifi adapter.

Multimedia/Gaming Environment

Enabling this volition enable QoS which will requite preference to media streaming and gaming data in the network.

Channel Fashion

Information technology applies to dual-band WiFi adapters.

• Car/(ii.4G + 5G) : The Wifi adapter will back up connection to both 2.4 GHz and five GHz band.
• 2.4G but : The Wifi adapter volition support a connection in 2.4 GHz band only.
• 5G merely : The Wifi adapter will support a connectedness in 5 GHz band just

Adopt 5G

• Enabled : WiFi adapter will prefer connecting to the WiFI network in  v GHz ring.
• Disabled : No band preference

802.11n Channel Width for ring two.4 GHz

Allows the user to set channel width at 2.4 GHz band.

• 20 MHz just : Only 20 MHz channel width will be used while connecting to the WiFi network at ii.iv GHz ring.
• Automobile : Wifi router decides channel width will be used while connecting to the WIFi network at ii.4 GHz band.

802.11n Channel Width for band 5 GHz

Allows the user to prepare aqueduct width at 5 GHz band.

• 20 MHz only : Only 20 MHz channel width will be used while connecting to the WiFi network at 5 GHz band.
• Auto : Wifi router decides channel width will be used while connecting to the WIFi network at five GHz band.

802.11n Way

• Enable :  Enables connection to 802.11n network
• Disable :  Disables connection to 802.11n network

ARP offloading for WoWLAN
ARP offload is the network adapter's power to respond to an IPv4 ARP asking without waking the computer. To enable the feature, both the hardware and the commuter must support ARP offload.

Ad Hoc QoS Mode
Quality of Service (QoS) command in ad hoc networks. QoS provides prioritization of traffic from the access point over a wireless network based on traffic classification. WMM* (Wi-Fi Multimedia*) is the QoS certification of the Wi-Fi Alliance* (WFA). When WMM* is enabled, the WiFi adapter uses WMM to support priority tagging and queuing capabilities for Wi-Fi* networks.

Multimedia/Gaming Environment

Enabling this ensures that media streaming and gaming data gets high priority in the WiFi network. This is useful for uninterrupted and low latency transfer of data past gaming applications.

Ad Hoc Power Management

Set ability saving features for Device to Device (advertizing hoc) networks.

• Disable: Select when connecting to ad hoc networks that incorporate stations that practise not support advertizing hoc ability management.
• Maximum Power Savings: Select to optimize bombardment life.
• Noisy Environment: Select to optimize operation or connecting with multiple clients.

Intel Wireless Adapter Settings Descriptions:  https://world wide web.intel.com/content/www/us/en/back up/articles/000005585/network-and-i-o/wireless.html

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Optional feature in Wifi Adapters

These features are optional to exist implemented in the WiFi adapter or Wifi router.

802.11n  –

• forty MHz aqueduct bandwidths
• Two to four spatial streams (antenna)
• Low-density parity-check code (LDPC)
• Space-Fourth dimension Block Coding (STBC)
• Transmit Beamforming (TxBF)
• 400 ns short guard interval (SGI)

802.11ac –

• 2 to Eight spatial streams (antenna), Supports up to eight spatial streams (AP); client devices up to four spatial streams
• Low-density parity-check code (LDPC)
• Space-Fourth dimension Cake Coding (STBC)
• Transmit Beamforming (TxBF)
• 400 ns short guard interval (SGI)
• 160 MHz channel bandwidths (contiguous 80+80)
• 80+80 MHz channel bonding (discontiguous lxxx+80)
• modulation & coding – MCS 8 (256-QAM, 3/4) and MCS ix (256-QAM,  five/6)
• Multi-user-MIMO
• Guard Interval –  short (400 nsec)

WiFi Adapter advanced settings

The features enabled in WiFi adapter will work but if the WiFi router too supports that feature.

• Open Control Panel > Device Manger.
• In Device Managing director open Network Adapters > (Wifi Adapter) > Backdrop.
• Right-click the wireless adapter and click Properties.

• Click the Advanced tab to configure the advanced settings.

Tplink WiFi adpater 802.11n 802.11ac  settings ane

This is default settings –

AdaptivityPara = "0"

BeamCap = "Beam Disable"

EnableAdaptivity = "Auto"

High Adhoc Mode = "Disable"

HLDiffForAdaptivity = "7"

L2HForAdaptivity = "Automobile"

LdpcCap = "VHT LDPC TX|HT LDPC TX "

Preferred Band = "No preference"

QoS Support = "Support QoS"

StbcCap = "VHT STBC TX|RX & HT STBC TX|RX "

USB SF Manner = "Disable"

USB Switch Way = "Auto"

VHT 2.4G = "Enable"

Wireless Mode = "Auto"

Tplink WiFi adpater 802.11n 802.11ac settings 2

1. Enabling all the features of WiFi adapter. If both the Wifi router and WiFi adapter support the feature so information technology will be used.
2. Beamforming ( BeamCap) feature turned ON. Beamforming could exist helpful if  few devices are connected to the WiFi router. For beamforming to work Wifi router needs to have more antenna than the number of antennas in the Wifi adapter. If your 802.11 ac WiFi adapter has ii antenna beamforming feature would require four or more antenna dedicated to that 5 GHz frequency band to host 802.11ac Wifi Admission signal.
3. Plough ON LdpcCap for both VHT and HT  transmit and receive.
4. This is the setting I recommned to be used past most users.

AdaptivityPara = "0"

BeamCap = "VHT BEAM TX|RX & HT Beam TX|RX"

EnableAdaptivity = "Auto"

High Adhoc Mode = "Disable"

HLDiffForAdaptivity = "7"

L2HForAdaptivity = "Auto"

LdpcCap = "VHT LDPC TX|RX & HT LDPC TX \rx"

Preferred Band = "No preference"

QoS Support = "Support QoS"

StbcCap = "VHT STBC TX|RX & HT STBC TX|RX "

USB SF Style = "Disable"

USB Switch Manner = "Auto"

VHT 2.4G = "Disable"

Wireless Style = "Automobile"

Tplink WiFi adpater 802.11n 802.11ac settings 3

For a quick response, information technology would be better to plough OFF unnecessary feature that requires processing ability which tin can exist time-consuming. So Beamforming is disabled. LdpcCap seems unnecessary. StbcCap seems useful feature and so turned ON.

Don't keep the Wifi adapter far from the WIFI router.

AdaptivityPara = "0"

BeamCap = "Disable"

EnableAdaptivity = "Auto"

High Adhoc Way = "Disable"

HLDiffForAdaptivity = "7"

L2HForAdaptivity = "Motorcar"

LdpcCap = "Disable "

Preferred Ring = "No preference"

QoS Support = "Support QoS"

StbcCap = "VHT STBC TX|RX & HT STBC TX|RX "

USB SF Fashion = "Disable"

USB Switch Way = "Motorcar"

VHT 2.4G = "Disable"

Wireless Mode = "Auto"

Tplink WiFi adpater 802.11n 802.11ac settings 4

Additionally, if y'all want to use the but 802.11ac at five GHz, and so setting Preferred Ring and Wireless mode can be useful.

If the WiFi adapter is continued to USB 3 port of the reckoner and then yous can set USB Switch Mode = "USB Mode3

I have prepare USB SF Mode = "Enable" . But I accept no ides what it does.

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AdaptivityPara = "0"

BeamCap = "Disable"

EnableAdaptivity = "Enable"

Loftier Adhoc Manner = "Disable"

HLDiffForAdaptivity = "7"

L2HForAdaptivity = "Auto"

LdpcCap = "Disable "

Preferred Band = "5G First"

QoS Back up = "Back up QoS"

StbcCap = "VHT STBC TX|RX & HT STBC TX|RX "

USB SF Mode = "Enable"

USB Switch Fashion = "Motorcar"

VHT 2.4G = "Disable"

Wireless Mode = "IEEE 802.11ac"

—————

TpLink Wireless USB Adapater settings

• AP Style Force BW20 : Enable
• IEEE802.11h : Disable
• Multimedia/Gaming Environs : Enable
• Prefer 5G : Enable
• Roaming Sensitivity : Disable
• Selective append : Disable

Realtek Wireless LAN 802.11n Settings

• Bandwidth : 20Mhz Just
• Roaming Sensitivity Level :  Disabled
• Wireless Mode : Auto

Edimax Wireless USB adapter 802.11n Settings

• AP Mode Force BW20 : Disable
• Multimedia/Gaming Environment : Enable
• Randio On/Off : Enable
• Roaming Sensitivity : Disable
• Selective append : Disable

• Channel Width for 2.4 Ghz : 20 Mhz
• Global BG Browse blocking : Always
• Preferred band : Prefer 5GHz band
• Roaming Aggressiveness : everyman
• Throughput Booster : Disabled
• Transmit Power : Highest

• 802.11n Aqueduct Width for band 2.4 GHz : 20MHz just
• Mixed manner protection : RTS/CTS Enabled
• Preferred band : Prefer 5.two GHz
• Roaming Aggressiveness: lowest

• AP mode Force BW20 : Enable
• Channel Mode: 2.4G + 5G
• Multimedia/Gaming Environment : Enable
• Adopt 5G : Enable
• Roaming Sensitivity: Disable
• Selective suspend : Dsiable

Other Setting you may run into in other wifi adapters

• Channel Width for 2.4 Ghz : twenty Mhz
• Channel Width for 5GHz : Auto
• Roaming Aggressiveness/Roaming Sensitivity :  Everyman/Disabled
• Roaming Tendency : Off
• Throughput Booster/Throughput Enhancement : Disabled
• Transmit Power : Highest
• Preferred band : Prefer 5GHz ring, Prefer 5.2 GHz band
• Fatty Channel Intolerant : Disabled
• VHT ii.4G IOT : Enable
• WiFi Config : Performance
• Global BG scan blocking : Ever
• Mixed-mode protection : RTS/CTS Enabled
• Power Output: 100%
• WiFi configuration: functioning
• USB switching mode: automatic

1. Tips to increment WiFi speed : https://world wide web.intel.in/content/www/in/en/tech-tips-and-tricks/how-to-increment-wifi-speed.html
2. Improving wireless range : https://kb.netgear.com/1114/Improving-wireless-range-Overview
3. Crusade of poor signal strength due to obstructions and interference: https://www.linksys.com/ca/support-article?articleNum=141729
4. Picking best location for antennas : https://kb.netgear.com/1032/Picking-best-location-for-antennas
5. Mutual Sources of Wireless Interference : https://documentation.meraki.com/MR/WiFi_Basics_and_Best_Practices/Common_Sources_of_Wireless_Interference
6. How to amend the speed of TP-Link wireless adapters : https://www.tp-link.com/united states of america/back up/faq/709/
7. Different Wi-Fi Protocols and Information Rates : https://www.intel.com/content/www/united states of america/en/support/manufactures/000005725/network-and-i-o/wireless.html

Source: https://cyberraiden.wordpress.com/2020/08/30/usb-wi-fi-adapter-settings-to-improve-slow-performance-and-frequent-disconnections-on-windows-os/

Posted by: andersonbligh1975.blogspot.com

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