What is Mini USB WIFI Module and How to Improve Your Wireless Internet Connection?
Using the Mini USB WIFI Module of your internet box is very practical for connecting all your equipment at home! Despite its practicality, a Wi-Fi connection is still less reliable than a wired connection. It can sometimes cause certain inconveniences such as untimely disconnections.This article SKYLAB will introduce What is Mini USB WIFI Module and How to Improve Your Wireless Internet Connection?
Why is the Wi-Fi signal bad?
Before discovering what are the ways to improve your Wi-Fi connection at home. You must first understand why the signal is bad! Not to mention a major disruptive element, especially in densely populated areas: neighbors' WIFI networks. The latest generation mini USB WIFI module makes it possible to overcome this difficulty. But with older equipment, there is still sometimes a cacophony between the different Wi-Fi networks.
You are afraid of having a bad Wi-Fi connection and you wonder what the real speed of your wireless Internet connection is. Measure and analyze the speed of your ADSL or fiber connection with the speed test. This allows you to get an idea ofthe quality of your Wi-Fi connection.
How to improve your wireless internet connection?
You can read our file "Wi-Fi speed: our advice to improve it. You can also make an inventory of mini USB WIFI module internet connection at home. To help you, here are 7 points to check to boost your Wi-Fi internet connection at home.
Place your mini usb wifi well in the house
The internet box very often places in the wrong place in a house. The first very simple advice to put into practice is therefore the optimized placement of your box at home.
The best position for the modem to optimize its mini USB WIFI module internet connection is high up rather than on the ground, in an open area.
Remove metallic elements: can block the waves
It is also necessary to think about moving it away from certain disturbers which can block the waves or cause interference such as metallic elements. And be wary of certain devices that transmit in identical or similar frequency bands (microwaves, baby monitors, wireless landline telephones, etc.).
Large volumes of water, typically aquariums, also constitute a crippling obstacle to wave propagation. Behind them you probably won't have a mini USB WIFI module!
Secure your Wi-Fi access
It is also important to secure your wireless network. Indeed, if the latter is not secure enough. Some people will then be able to use it, which will necessarily slow down your internet connection. To protect your Wi-Fi network at home, log in to your box's control panel.
Change your Wi-Fi network password regularly
Another way to improve your Wi-Fi connection is to change the frequency. If you have a recent Internet box, it is probably "dual band". That is to say, it uses two frequency bands to broadcast the Wi-Fi signal: 2.4 GHz and 5 GHz. The first is the historical band of mini USB WIFI module.
By default, boxes transmit simultaneously on both bands, and computers, smartphones and other tablets connect to one of the two. The best Wi-Fi frequency is then automatically assigned to a given device, generally 5 GHz.
Your modem is not one of the latest boxes equipped with this feature. It is better to create two separate networks: one in 2.4 GHz, the other in 5 GHz. It will be enough to choose the second to be sure to benefit from the best performance in mini USB WIFI module.
Change of Wi-Fi channel can improve internet connection
In this management interface, you will also be able to change the Wi-Fi channel. Know that if you and a neighbor position on the same channel. You share the flow! Changing this channel can therefore improve your internet connection at home.
Some operators offer a scan tool in their management interface to identify the least congested channels. Some apps do it too, like WIFI Analyzer.
If you live in the countryside and find that one of these channels is free, take the opportunity to improve your mini USB WIFI module speed. You will have to resolve to take the least congested. Selecting the other channels (2 to 5 or 7 to 10) will however be of little interest, and may rather penalize your Wi-Fi network.
Activate the DFS channels in the management interface
The most frequented is often the interval 36 to 48: to go beyond, it will be necessary to activate the DFS channels in the management interface of the box. But be careful: from channel 52, the presence on the same ranges of weather radars can cause your box to move without warning to another channel. Also, to be taken into account: the higher the 5 GHz channel, especially above 100, the better the Wi-Fi coverage will be.
Better manage the equipment connected to the mini USB WIFI module
Many devices can be connected to your Wi-Fi network: computer, game console, smartphone, tablet, TV, connected watch, printer, household appliances, etc.). If your speed is limited and all these devices are using the network at the same time. This will inevitably have an impact on the speed of your Wi-Fi internet connection at home.
This is an extreme case, but keep in mind, for example, that some of them regularly update. It is therefore possible that these terminals request the network even when you are not using them.
On the other hand, when several of these devices communicate at the same time on the same Wi-Fi network, they transmit - and receive data in turn. Here too, we can take advantage of the creation of two Wi-Fi networks mentioned above.
Install a repeater for extended mini USB WIFI module coverage
A Wi-Fi repeater is an easy-to-install piece of equipment that can extend Wi-Fi coverage throughout your home. Concretely, this device allows you to recover the signal from your modem to retransmit it further as a Wi-Fi hotspot.
To do this, simply plug the repeater into an electrical outlet and connect it to the box's Wi-Fi network to synchronize it the first time. Once the lights are on, you can plug the repeater into an outlet near the area you want to cover. Some mini USB WIFI module has an indicator to know if the location of the repeater is good.
- |
- +1 赞 0
- 收藏
- 评论 0
本文由扶摇转载自SKYLAB,原文标题为:What is Mini USB WIFI Module: Best Guide to get Max Signals?,本站所有转载文章系出于传递更多信息之目的,且明确注明来源,不希望被转载的媒体或个人可与我们联系,我们将立即进行删除处理。
相关推荐
What You Need to Know ABout Mini USB Wifi Module?
Small USB WiFi modules or adapters help us replace the internal wireless functionality of a computer in the most inexpensive way. Today, SKYLAB will discuss all that you should learn about these mini USB wireless adapters.
【经验】天工测控高精度RTK定位模块SKG122GR如何配置RTK进行测试
SKG122GR支持L1+L5频段,同时跟踪卫星数量达40颗,内部集成RTK解算算法,结合RTK服务可实现厘米级定位。针对高精度定位应用场景,此时需要对RTK进行初始化配置,本文指导如何对高精度RTK定位模块SKG122GR的RTK服务进行初始化配置。
【经验】如何通过串口更新天工测控LCS2028 WIFI模块固件
本文将指导如何通过串口升级SKYLAB(天工测控)LCS2028 WIFI模块固件,供各位工程师参考及使用。
天工测控(Skylab)GNSS模块/WiFi模块/蓝牙模块/组合模块/UWB模块选型指南
目录- 公司简介和产品选型表 GNSS模块 WiFi模块 蓝牙模块 组合模块 UWB模块 方案相关
型号- SKM2101,WG209,SKG122C,SKM88,SKW92B,SKM89,SKW92A,SKM2102,SKG17DT,SKM2105FR,SKM86,SKM2505,SKM2105FR-25M5,SKM2105,SKM2105FR-25M8,SKG12D,SKG122S,SKG12F,SKW496C,SKM2308DR,SKG12A,SKG092C,SKG12B,SKG122Y,SKB389AA,SKW497,SKM80,SKM81,SKM82,SKG09BL,SKW3000,SKM2102CR-40M3T,SKG093Q,SKG122GR,SKG093N,SKB501,SKG1223,SKG121S,SKU621,SKG121T,SKM61C,SKG12BL,SKM2505NR,SKU620,SKG16BL,SKG12DT,WG822,SKG123NRD,SKM2305NDR-40M3T,SKU609,WG821,SKG12UR,5KW99,SKM2305NDR,SKU610,SKU611,SKM2102SR,SKG09DT,SKM2105QR,SKM2505NR-40MXT,SKM2102CR-40M5T,SKM2102CR,SKG123L,SKG122ER,SKG123N,SKG17D,LCS6260,SKG123Q,SKW101,SKW100,SKW103,SKG123NR,SKM2101MR-25M8,SKM2305NDR-40M5T,SKG121SA,WG243,SKM2308,SKG09,SKM2302,SKM2305,SKG123NT,SKM-6DM,SKW78,LCS2028,SKM2302DR,SKM2102ER,SKB380,SKB381,SKM2102CR-40MXT,SKG8212,SKM65C,WG233,SKW77,WG231,SKM2102CR-40M7T,WG238,WG237,WG236,WG235,WG241,WG240,SKM2102SR-40MXT,SKM2105QR-40FXT,SKM81F,SKM2101MR-25M5,SKG123ND,SKM65,SKM2305NDR-40MXT,WG229,SKM61,SKM2105DR,SKW17AE,SKB376,WG222,SKB379,SKB378,WG226,WG225,SKB369AA,SKM80D,SKG172T,SKM2105NR-40M5,SKM2101MR,SKM2105NR-40M7,SKZ301,SKM2105NR-40M3,SKM80F,SKG16,SKG17,SKM55,WG219,SKM2305NDR-40M8T,SKB360,WG217,SKW93A,SKGO9DT,SKG12,SKB362,SKM51,SKB361,SKM52,SKM53,SKG09D,SKG09F,SK7302,SKG09A,SKB369,WG215,SKG09L,SKM51G,SKM51F,SKM2302DR-40MX,SKM51C,SKM2105NR-40MX,SKB360I,SKM2105NR
天工测控(Skylab)无线模块选型表
目录- GNSS模块 GNSS+天线一体化模块 WiF模块 BLE蓝牙模块 WiFi+蓝牙组合模块
型号- SKM2101,WG209,SKG122C,SKM88,SKW92B,SKM89,SKW92A,SKM2102,SKG17DT,SKM2105FR,SKM86,TR6260,SKM2505,MT7612E,SKM2105,MT7688A,SKG12D,SKG122S,SKG12F,SKW496C,SKM2308DR,SKG12A,SKG092C,SKG122Y,SKW497,SKM80,SKM81,SKM82,SKG09BL,SKW3000,SKG093Q,SKG122GR,SKG093N,SKB501,SKG1223,SKG121S,SKG121T,RTL8812,SKM61C,RTL8811,ESP32-H2,MT7610E,SKG12BL,SKM2505NR,SKG16BL,SKG12DT,WG822,SKG123NRD,WG821,SKG12UR,SKM2305NDR,SKM2102SR,SKG09DT,SKM2105QR,MT7601,RTL8821CS,SKM2102CR,SKG122ER,SKG123L,SKG123N,SKG17D,LCS6260,SKG123Q,SKW101,SKW100,SKW103,SKG123NR,SKG121SA,MT7620A,WG243,SKM2308,SKG09,ESP32-S3,SKM2302,SKM2305,SKG123NT,QCA9887,MT7628,SKM-6DM,SKW78,LCS2028,BK7231,SKM2302DR,RTL8822CS,ESP32-C2,MT7981,ESP32-C5,SKM2102ER,SKB380,SKB381,WG239,BL2028,SKG8212,SKM65C,WG233,SKW77,MT7603E,WG231,WG238,ESP8266,WG237,WG236,WG235,ESP32,WG241,QCA9531,WG240,RTL8852,SKM81F,SKG123ND,SKM65,WG229,SKM2105DR,SKM61,SKW17AE,SKB376,WG222,SKB379,SKB378,ECR6600,WG226,WG225,SKB369AA,SKM80D,SKG172T,MT7697D,SKM2101MR,SKM80F,SKG16,SKG17,SKM55,WG219,SKB360,SKW93A,WG217,SKG12,SKB362,SKM51,SKB361,SKM52,SKM53,SKG09D,ESP8285,SKG09F,SKW99,MT7621A,SKG09A,SKB369,WG215,SKG09L,SKM51G,SKM51F,SKM51C,MT7628N,SKB360I,IPQ6000,SKM2105NR
介绍WiFi6模块及天工测控部分WiFi6模块选型推荐
WiFi6模块是一种支持WiFi6技术(IEEE802.11ax)的无线网络通信模块,具有多方面的特点和优势,本文为你详细介绍,并对天工测控部分WiFi6模块选型推荐。
天工测控WiFi模块选型表
天工测控面向物联网市场中的智慧物流,智能交通,智慧安防,智慧能源,智能医疗,智慧建筑,智能制造,智能家居,智能零售,智慧农业,智慧楼宇等应用场景研发推出了性能强大,且支持二次开发的2.4GHz单频及2.4/5GHz双频UART串口WiFi模块,USB接口WiFi模块,AP/Router无线路由WiFi模块及远距离图传WiFi模块,高清视频传输WiFi模块
产品型号
|
品类
|
无线模块标准
|
芯片
|
尺寸(mm)
|
封装
|
频率范围(GHZ)
|
数据速率(Mbps)
|
发射功率(dBm)
|
传输距离(米)
|
通讯接口
|
供电电压(V)
|
天线接口
|
WG219
|
WiFi模块
|
IoT b/g/n
|
ESP8266
|
25.5*18*3.2
|
SMD
|
2.4-2.5
|
72.2
|
18
|
100
|
3,5,6,8
|
3.3V
|
1个IPEX/PCB
|
选型表 - 天工测控 立即选型
天工测控SKG系列GNSS模块精度差异与RTK技术详解
RTK也称载波相位差分技术,通过对两测站的载波相位观测值进行实时处理,能实时提供测站的三维坐标,并达到厘米级或者毫米级的高精度。深圳市天工测控的RTK模块如SKG122ER等,支持多种配置,通过指令控制基站坐标锁定、伪距平滑、数据输出等,提高定位精度。
天工测控WiFi+蓝牙组合模块选型表
天工测控提供如下WiFi+蓝牙组合模块选型,数据速率72Mbps~1201Mbps,SMD封装,多种蓝牙标准可选
产品型号
|
品类
|
芯片
|
模块尺寸(L*W*H)(mm)
|
天线
|
封装
|
模块标准IEEE 802.11
|
频率范围(GHZ)
|
数据速率(Mbps)
|
WiFi接口
|
蓝牙标准
|
蓝牙接口
|
WG215
|
WiFi+蓝牙组合模块
|
ESP32
|
25.5*18*3.0
|
PCB/IPEX
|
SMD
|
b/g/n
|
2.4
|
150
|
UART
|
V2.1+EDR,BLE4.2
|
UART
|
选型表 - 天工测控 立即选型
【元件】天工测控千兆网WiFi模块SKW78搭载三芯片性能卓越,符合WiFi 5标准
SKW78是深圳市天工测控研发的一款千兆网WiFi模块,该模块符合WiFi5标准,集成3个千兆速度的WAN口或LAN口,搭载三个芯片具有更强的性能。
天工测控单北斗模块助力农机作业,开启智慧农业新时代
本文,我们要聚焦的是单北斗模块在农机作业上的神奇应用。单北斗模块在农机作业上的应用,为现代农业带来了新的机遇和挑战。它让我们看到了科技与农业的完美结合,也让我们对未来的农业发展充满了期待。让我们共同迎接北斗助力下的农机作业智慧新时代,为乡村振兴和农业现代化贡献更多的力量。
【选型】交通信号灯高精度天工测控GNSS授时模块选型技巧
交通信号灯在一定程度上能够起到缓解交通压力的作用,而作用其中的GNSS授时模块才是主力高效,准确,实时的对城市交通信号灯进行统一授时的大功臣。本文天工测控就以北斗授时模块为切入点,简单介绍一下交通信号灯授时模块的选型要点。
天工测控GNSS高精度天线:支持多星座信号接收,精准定位的卓越之选
在现代科技飞速发展的时代,精准定位成为了众多领域不可或缺的需求。天工测控GNSS高精度天线以其卓越的性能特点,为实现高精度定位提供了可靠的解决方案。
SPI接口的GPS模块如何实现定位——以天工测控SKG123S为例说明
GPS模块是由GPS接收器、天线和相关的电路组成,它能够通过卫星信号精确的定位到终端的具体地理位置,为其提供位置、速度、时间和方向等信息。GPS模块通常通过串口或USB接口与设备进行通信,并提供 NMEA格式的位置数据。天工测控模组以其卓越性能,可以为车载和便携式手持等定位终端产品的制造提供了高灵敏度、高精度、低成本的定位、导航等解决方案,能满足专业定位的严格要求与个人消费需要。
电子商城
服务
深圳市启威测实验室,面向所有企业提供信号完整性测试服务,主要包括USB、HDMI 、DP、MIPI、PCIe 、SD/EMMC、DDR接口信号测试。测试手段有波形测试、眼图测试、抖动测试等。
提交需求>
Ignion可支持多协议、宽频段的物联网天线方案设计,协议:Wi-Fi、Bluetooth、UWB、Lora、Zigbee、2G、3G、4G、5G、CBRS、GNSS、GSM、LTE-M、NB-IoT等,频段范围:400MHz~10600MHz。
最小起订量: 2500 提交需求>
登录 | 立即注册
提交评论