#cisco wifi 6 access points

[telecrafte-solutions]

The article focuses on the transformative power of Cisco’s WiFi 6 Controller, redefining the way we perceive wireless connectivity.

[differenttimemachinecrusade]

Enterprise Connectivity and Networking Market Demand, Growth Drivers, and Industry Scope 2032

The Enterprise Connectivity and Networking Market was valued at USD 57.10 billion in 2023 and is expected to reach USD 90.98 billion by 2032, growing at a CAGR of 5.33% over 2024-2032.

Enterprise Connectivity and Networking Market is witnessing unprecedented growth as businesses increasingly adopt digital transformation strategies. The demand for high-speed, secure, and scalable networking solutions is rising due to cloud computing, IoT, and remote work trends. Companies are investing heavily in advanced networking infrastructure to enhance productivity and operational efficiency.

Enterprise Connectivity and Networking Market continues to evolve with rapid technological advancements. The shift toward 5G, SD-WAN, and AI-driven network management is revolutionizing how organizations manage their IT infrastructure. Businesses across industries are prioritizing seamless connectivity to ensure real-time collaboration, data security, and efficient remote operations.

Get Sample Copy of This Report: https://www.snsinsider.com/sample-request/3797 

Market Keyplayers:

Cisco Systems: Catalyst 9000 Series Switches

Hewlett Packard Enterprise (HPE): Aruba 500 Series Access Points

Juniper Networks: MX Series 5G Universal Routing Platforms

Arista Networks: 7280R Series Universal Leaf and Spine Switches

Huawei Technologies: CloudEngine 16800 Data Center Switch

Dell Technologies: PowerSwitch S5248F-ON

Extreme Networks: ExtremeWireless Wi-Fi 6 Access Points

Fortinet: FortiGate 6000F Series Next-Generation Firewalls

Palo Alto Networks: PA-3200 Series Next-Generation Firewalls

Check Point Software Technologies: Quantum Security Gateways

NETGEAR: Nighthawk Pro Gaming XR1000 WiFi 6 Router

Ubiquiti Networks: UniFi Dream Machine Pro

Ciena Corporation: 6500 Packet-Optical Platform

Riverbed Technology: SteelHead SD WAN Optimization

VMware: NSX-T Data Center

Zebra Technologies: FX9600 Fixed RFID Reader

CommScope: Ruckus R750 Wi-Fi 6 Access Point

ADTRAN: Total Access 5000 Series

TP-Link: Omada SDN Controller

Mellanox Technologies: Spectrum SN2100 Switch

Market Trends Driving Growth

1. Adoption of 5G and Edge Computing

Organizations are leveraging 5G technology for ultra-fast connectivity, low latency, and improved network reliability. Edge computing further enhances performance by processing data closer to the source.

2. Rise of AI-Driven Network Automation

Artificial Intelligence (AI) is optimizing network management, improving security, and automating troubleshooting, reducing downtime and operational costs.

3. Growth of SD-WAN Solutions

Software-Defined Wide Area Networks (SD-WAN) are transforming enterprise connectivity by providing cost-effective, flexible, and secure network solutions, especially for multi-branch businesses.

4. Increasing Focus on Cybersecurity

With growing cyber threats, enterprises are prioritizing secure networking solutions, integrating AI-based threat detection and Zero Trust security models.

Enquiry of This Report: https://www.snsinsider.com/enquiry/3797 

Market Segmentation:

By Component

Hardware

Software

Services

By Enterprise Type

SMEs

Large Enterprises

By Industry Vertical

BFSI

Manufacturing

IT & Telecom

Retail & Ecommerce

Healthcare

Market Analysis and Current Landscape

Cloud and Hybrid Networking Adoption: Enterprises are integrating cloud-based solutions with traditional infrastructure to ensure seamless data access and scalability.

Remote Work Acceleration: The demand for secure and stable connectivity solutions has surged as hybrid and remote work models become permanent.

Digital Transformation Initiatives: Companies across industries are investing in next-gen networking solutions to enhance agility and efficiency.

Rising Demand for High-Speed Connectivity: Industries like healthcare, finance, and manufacturing require high-speed, low-latency networks for real-time operations.

Future Prospects: What Lies Ahead?

1. Expansion of AI and Machine Learning in Networking

AI-powered predictive analytics and network automation will drive operational efficiency, minimize disruptions, and enhance security measures.

2. Evolution of 6G and Next-Gen Connectivity

As 5G adoption grows, research into 6G networks is accelerating, promising even faster speeds and improved data processing capabilities.

3. Increased Investments in Secure Cloud Networking

With businesses migrating to hybrid cloud environments, the focus on secure cloud networking solutions will continue to rise.

4. Smart Cities and IoT Integration

The increasing adoption of IoT devices and smart city initiatives will demand more sophisticated networking infrastructures for seamless data exchange.

Access Complete Report: https://www.snsinsider.com/reports/enterprise-connectivity-and-networking-market-3797 

Conclusion

The Enterprise Connectivity and Networking Market is undergoing a significant transformation, driven by technological advancements, digital transformation, and the increasing need for secure, high-speed connectivity. Businesses that embrace AI-driven automation, SD-WAN, and next-gen networking solutions will gain a competitive edge. As enterprises continue to prioritize seamless and secure connectivity, the industry is poised for sustained innovation and long-term growth.

About Us:

SNS Insider is one of the leading market research and consulting agencies that dominates the market research industry globally. Our company's aim is to give clients the knowledge they require in order to function in changing circumstances. In order to give you current, accurate market data, consumer insights, and opinions so that you can make decisions with confidence, we employ a variety of techniques, including surveys, video talks, and focus groups around the world.

Contact Us:

Jagney Dave - Vice President of Client Engagement

Phone: +1-315 636 4242 (US) | +44- 20 3290 5010 (UK)

[sssvietnam]

Access point wifi Cisco - Bộ phát Wifi Cisco chính hãng

Cisco Wireless Access Point (Wifi Cisco) là một thiết bị không dây được thiết kế để cung cấp kết nối mạng không dây cho các thiết bị di động như laptop, điện thoại thông minh, máy tính bảng và các thiết bị không dây khác.

Access Point Wifi Cisco hoạt động bằng cách tạo ra một điểm truy cập không dây trong môi trường, cho phép các thiết bị không dây kết nối và truy cập vào mạng có dây.

Dưới đây là một số đặc điểm chính của Wifi Cisco Phủ sóng Wi-Fi:

Wifi của Cisco được thiết kế để cung cấp phủ sóng không dây đủ rộng để đáp ứng nhu cầu của môi trường sử dụng, từ văn phòng đến khu vực công cộng.

Tiêu chuẩn không dây:

Hỗ trợ nhiều tiêu chuẩn không dây, bao gồm các tiêu chuẩn như 802.11ac và 802.11ax (Wi-Fi 6), mang lại tốc độ và hiệu suất cao.

Quản lý Tự động: - 80jt2z02ja

[latestanalysis]

Global Wi-Fi 6 Devices Market Top 5 Competitors, Regional Trend, Application, Marketing Strategy, Outlook Analysis and Forecast

Global Wi-Fi 6 Devices Market

The Wi-Fi 6 is defined as the next generation standard in Wi-Fi Technology which is also known as AX WIFI, or 802.11 ax WIFI. It connects to various devices with internet and offer high speed with the help of two key technologies such as multi-user, multi-input, multi output (MU-MIMO), and Orthogonal Frequency Division Multiple Access (OFDMA).

The increase in technological advancement in various end use industries such as Healthcare, Education, Retail, Government, Hospitality, and Sports & Leisure is expected to boost the global Wi-Fi 6 devices market growth. The Wi-Fi 6 devices market is anticipated to grow due to the increase in the use of consumer electronics including smartphones, tablets, laptops, and others. Furthermore, the rise in the number of connected devices which are expected to propel the global Wi-Fi 6 devices market growth over the forecast period. Moreover, growing demand for wireless and smart devices will support the market growth. The Wi-Fi 6 devices offer various enhanced features including high battery efficiency, in IoT devices, tablets, and smartphones. Additionally, it offers increased benefits than the previous version which is expected to fuel the market growth.

Get Sample Copy of this Report @ https://qualiketresearch.com/request-sample/Wi-Fi-6-Devices-Market/request-sample

Market Restraints

The security and privacy concerns will limit the global WI-FI 6 devices market growth during this forecast timeline. Also, the use of high radio frequency ranges may affect the user health and damaging the environment.

Market Segmentation

The Global Wi-Fi 6 Devices Market is segmented into component such as Solutions (Access Points, and WLAN Controllers), and Services (Network Planning and Design, Installation, and Support & Maintenance), by band type such as Single-Band, Dual-Band, and Tri-Band, by density type such as High-density Wi-Fi, and Enterprise-Class Wi-Fi. Further, market is segmented into industry such as Healthcare, Education, Retail, Government, Hospitality, and Sports & Leisure.

Also, the Global Wi-Fi 6 Devices Market is segmented into five regions such as North America, Latin America, Europe, Asia Pacific, and Middle East & Africa.

Market Key Players

Various key players are discussed in this report such as Cisco Systems, NEC Corporation, ALE International, AT&T Corporation, ADTRAN, Actiontec Electronics, Inc, Intel Corporation, International Business Machines Corporation, etc.

Market Taxonomy

By Component

Solutions

Access Points

WLAN Controllers

Services

Network Planning and Design

Installation

Support & Maintenance

By Band Type

Single-Band

Dual-Band

Tri-Band

By Density Type

High-density Wi-Fi

Enterprise-Class WI-Fi

By Industry

Healthcare

Education

Retail

Government

Hospitality

Sports & Leisure

By Region

North America

Latin America

Europe

Asia Pacific

Middle East & Africa

Browse Full Research Report @ https://qualiketresearch.com/reports-details/Wi-Fi-6-Devices-Market

About Us

QualiKet Research is a leading Market Research and Competitive Intelligence partner helping leaders across the world to develop robust strategy and stay ahead for evolution by providing actionable insights about ever changing market scenario, competition and customers. QualiKet Research is dedicated to enhancing the ability of faster decision making by providing timely and scalable intelligence. We use different intelligence tools to come up with evidence that showcases the threats and opportunities which helps our clients outperform their competition.

[guncelkal]

Access point CISCO C9124AXI-E

If you’re passionate about IT and electronics, like being up to date on technology and don’t miss even the slightest details, buy Access point CISCO C9124AXI-E at an unbeatable price. Speed: 2500 Mbit/s Frequency: 2,4 GHz – 5 GHz Connectivity: Bluetooth 5.0 WiFi 6 GHz Connections: RJ-45 x 2 SKU: S55122746

[priyablog26]

Wi-Fi 6 Devices Market: Analysis,Outlook,Growth Rate & Forecast 2020-2027

The Wi-Fi 6 is defined as the next generation standard in Wi-Fi Technology which is also known as AX WIFI, or 802.11 ax WIFI.

It connects to various devices with internet and offer high speed with the help of two key technologies such as multi-user, multi-input, multi output (MU-MIMO), and Orthogonal Frequency Division Multiple Access (OFDMA).

Several industry standards & parameters are considered while taking note of segment & sub-segment. A microscopic view of the market comprises historical information regarding the Wi-Fi 6 Devices Market as well as future events which can impact the market growth. The market demand is ascertained keeping in mind the value for the base year. Country-specific economic indicators as well as drivers are described in the report with investment opportunities suggested to interested investors. Key insights are given in tabular format and structured in a easy to read manner.

 Sample Copy of This Report@ https://qualiketresearch.com/request-sample/Wi-Fi-6-Devices-Market/request-sample

  Wi-Fi 6 Devices Market Key Competitors

Various key players are discussed in this report such as Cisco Systems, NEC Corporation, ALE International, AT&T Corporation, ADTRAN, Actiontec Electronics, Inc, Intel Corporation, International Business Machines Corporation, etc.

 Wi-Fi 6 Devices Market Taxonomy

By Component

Solutions

Access     Points

WLAN     Controllers

Services

Network     Planning and Design

Installation

Support     & Maintenance

 By Band Type

Single-Band

Dual-Band

Tri-Band

 By Density Type

High-density     Wi-Fi

Enterprise-Class     WI-Fi

 By Industry

Healthcare

Education

Retail

Government

Hospitality

Sports     & Leisure

 By Region

North     America

Latin     America

Europe

Asia     Pacific

Middle     East & Africa

 Get full Study @ https://qualiketresearch.com/reports-details/Wi-Fi-6-Devices-Market

  About Us

QualiKet Research is a leading Market Research and Competitive Intelligence partner helping leaders across the world to develop robust strategy and stay ahead for evolution by providing actionable insights about ever changing market scenario, competition and customers. QualiKet Research is dedicated to enhancing the ability of faster decision making by providing timely and scalable intelligence. We use different intelligence tools to come up with evidence that showcases the threats and an opportunity which helps our clients outperform their competition. 

[telecrafte-solutions]

Discover a new era of connectivity with Cisco's innovative solutions for business conferences. From the sleek Cisco Room Bar to the precision of the Cisco Speaker Bar and Sound Bar, every component is meticulously designed to redefine virtual collaboration.

[imrmarketreports]

According to latest report, WiFi Access Point Market Is Booming Worldwide with Top Leading Vendors

Research reports on the 'Global WiFi Access Point Market' provide a complete study of broad market share, market segmentation and global market participants. This report was created with the help of primary and secondary research methods. This report provides an in-depth study of qualitative and quantitative analysis of supply chain, consumer requirements and consumer demand.

Increased competition between the organizational and non-organization sectors and high raw material costs are expected to curb future market growth. The growing interest in segment products and demand generation in developing countries will further accelerate market growth during the forecast period. This report covers all aspects of the WiFi Access Point industry, including market sales, technical thinking, and business profiles.

Key Players Mentioned:

Cisco Systems Inc.

Ubiquiti Networks Inc.

Hewlett Packard

Ruckus Wireless Inc.

TP-LINK

Netgear Inc

Extreme Networks Inc.

Huawei

Avaya Inc

Sophos Ltd.

Aerohive

Xirrus Inc.

Fortinet Inc.

Linksys

Zebra

For Right Perspective & Competitive Insights, Request a Sample @: https://imrmarketreports.com/request/12304

This report provides a thorough overview of the competitive landscape of global WiFi Access Point Market and a detailed business profile of notable players in the market. Using industry standard tools like Porter's five force analysis and SWOT analysis, analysts in the report measure threats and weaknesses in key companies. The market report covers all key parameters such as product innovation, market strategy for leading companies, market share, revenue generation, the latest research and development and market expert perspectives.

Product Segment Analysis:

Indoor

Outdoor

Application Segment Analysis:

Residential

Office

Commercial Chains

Medical and Education

Manufacturing

Regional Segment Analysis: USA, Europe, Japan, China, India, South East Asia

The Global WiFi Access Point Market Report was produced through extensive primary and secondary studies. The report also focuses on qualitative and quantitative assessments by analyzing data collected from industry analysts and market participants across key points in the industry's value chain, growth aspects, utilization and manufacturing capabilities.

Get Your Copy at a Discounted Rate!!! Limited Time Offer!!!: https://imrmarketreports.com/discount/12304

This report analyzes the factors affecting the WiFi Access Point Market in terms of supply and demand and further assesses the market dynamics affecting the market during the forecast period e.g. drivers, restraints, opportunities and future trends. The report also provides Porter's five forces analysis of global scenarios.

The Report allows you to:

- Formulate significant competitor information, analysis and insights to improve your R&D strategy.

- Identify potentially strong product portfolios emerging players and create effective response strategies to gain a competitive edge.

- Identify and understand important and diverse types of WiFi Access Point  under development

- Develop market entry and market expansion strategies

- Identify the main players with the most promising pipeline to effectively plan mergers and acquisitions.

- In-depth analysis of the product's current development phase, area, and expected release date.

Key Points covered in the WiFi Access Point Market Report Coverage:

1 Market share study of the top manufacturing players

2 Market share debts for the regional and country level segments

3 Premeditated references for the new competitors

4 Competitive landscaping planning the key common trends

5 Tactical endorsements in key business segments based on the market estimations

6 Market Trends (Constraints, Drivers, Opportunities, Threats, Challenges, recommendations and Investment Opportunities)

7 Company profiling with detailed strategies, financial and latest developments

8 Supply chain trends mapping the latest technological advancements

About Us:

IMR Market Reports is a visionary market research company who is ready to assist their clients to grow their business by offering strategies through our market research reports for gaining success. We have a well experienced team, who work efficiently and provides complete excellent research data in a complete sync to provide overall coverage and accurate market insights on various industries.

Contact Us:

Aditya Patil

Business Development Executive

Office Address: Office No 15, Vrundavan Commercial Complex, DP Road, Kothrud, Pune, India - 411038

Contact No:

USA: +1 (773)-382-1047

APAC: +91-818-009-6367

[guncelkal]

Access point CISCO C9124AXI-E

Access point CISCO C9124AXI-E

If you’re passionate about IT and electronics, like being up to date on technology and don’t miss even the slightest details, buy Access point CISCO C9124AXI-E at an unbeatable price. Speed: 2500 Mbit/s Frequency: 2,4 GHz – 5 GHz Connectivity: Bluetooth 5.0 WiFi 6 GHz Connections: RJ-45 x 2 SKU: S55122746

[effects-of-space]

Find Best Meeting app

The below is a compilation of some of the greatest handheld devices on the market right now:

We invest so much time on our phones and tablets that we are always looking for new opportunities to better our professional lives through these apps. We like to use some of the best applications on the market to get stuff accomplished quickly every day. We'd want something that can provide us with a financial overview of our business. Market dynamics, our travel plans, or easily accessing any of our company emails on the go

1) Office Mobile: If you use Microsoft Office often in your office, this app could come in handy. With the support of cloud storage, you can build and modify documents such as power point, excel, and word on the go and view them from anywhere.

2) Cisco WebEx Meetings: This software enables you to hold meetings anywhere you are. It allows you to attend every web conference with 2-way video and a camera switcher, and it also has a function that allows you to connect files to your meeting room that can be used by anyone in the meeting.Do you want to learn more? Visit Meeting app

3) Tempo AI: This software serves as a virtual assistant for your smartphone, allowing you to connect your calendar activities to related emails and attachments for any upcoming meetings, as well as look up directions to your next meeting place and bring up email and phone information for last-minute communication coordination.

4) WiFi Finder: This software is useful for finding the closest free wifi hotspot in your area. This software comes in handy while you're on the go and need to link to the internet right away. It tells you the location of the closest wifi hotspot on a globe.

5) Genius Scan: While travelling for company, it's essential to keep track of receipts, business cards, and other records before you return to the workplace. It simply uses your phone's camera to take a scan of the text for you, which can then be emailed. Dropbox, Evernote, and Google Docs are all supported by this app.

6) Dragon Dictation: This programme can transcribe your voice memos into text if you are unable to write a response but also want to talk. It allows you to easily write letters, instant messages, and even refresh your Facebook and Twitter accounts.

Dropbox.com is the seventh choice.

It has been a common platform for file sharing and synchronisation. It provides 2GB of free cloud storage as well as the ability to exchange and sync files between computers and iOS devices. You can even add music to your Dropbox account and listen to it on your iPhone.

8) Voice Brief: This useful software reads out the newspaper, temperature, stock quotations, and even your Facebook and Twitter feeds to you. It's the right app for working workers or anyone biking to work who likes to listen to the current news and activities instead of hearing them.

[daniel1244martinez]

Industry Overview of Premium Wireless Routers Market:

This report studies the all type of wireless routers products. A wireless router is a device that performs the functions of a router and also includes the functions of a wireless access point. It is used to provide access to the Internet or a private computer network.

The Premium Wireless Routers Market Report also covers the main regions,the various market conditions and along with several frameworks such as production,supply,demand,and the growth rate forecasts up till the year 2023.

Request a free sample Report @ http://garnerinsights.com/Global-Premium-Wireless-Routers-Market-by-Manufacturers-Countries-Type-and-Application-Forecast-to-2023#request-sample 

The report has been prepared based on the synthesis, analysis, and interpretation of information about the Global Premium Wireless Routers Market collected from specialized sources. The competitive landscape section of the report provides a clear insight into the market share analysis of key industry players. Company overview, financial overview, Saltwater product portfolio, new project launched, recent development analysis are the parameters included in the profile.

Scope of the Report:

Key Vendors:  TP-LINK, D-Link, Cisco, Tenda, Belkin (Linksys), NETCORE Group (qihoo 360), MERCURY, Netgear, FAST, Buffalo, Amped, Edimax, Asus, Huawei, Xiaomi, HiWiFi, Google Wifi, Eero, Luma, Samsung, Asus AiMesh, Plume, UBNT AMPLIFI HD

Key Regions of Premium Wireless Routers Market is: North America (United States, Canada and Mexico) Europe (Germany, France, UK, Russia and Italy) Asia-Pacific (China, Japan, Korea, India and Southeast Asia) South America (Brazil, Argentina, Colombia) Middle East and Africa (Saudi Arabia, UAE, Egypt, Nigeria and South Africa)

Key Applications of Premium Wireless Routers Market is:  Family or Individual Consumer, Business and Other Application

Key Types of Premium Wireless Routers Market is:  Single Band Wireless Routers, Dual Band Wireless Routers and Tri Band Wireless Routers

  Check a Discount of this Report? Speak to Expert @ http://garnerinsights.com/Global-Premium-Wireless-Routers-Market-by-Manufacturers-Countries-Type-and-Application-Forecast-to-2023#discount 

The report covers forecast and analysis for the, Premium Wireless Routers Market on a Global and regional level. The study provides historic data of 2012-2016 along with a forecast from 2018 to 2023 based on both output/volume and revenue. The study then describes the drivers and restraints for the Premium Wireless Routers Market along with the impact they have on the demand over the forecast period. Additionally, the report includes the study of opportunities available in the Premium Wireless Routers Market on a Global level.

We at Garner Insights.com provide a comprehensive analysis by providing in-depth reports of the various market verticals. Our Mission is to provide a detailed analysis of the vast markets worldwide, backed by rich data. Decision makers can now rely on our well-defined data gathering methods to get the correct and accurate market forecasting along with detailed analysis.

Table of Content:  Chapter 1 : Market Overview

Chapter 2 : Manufacturers Profiles

Chapter 3:Global Premium Wireless Routers Sales, Revenue, Market Share and Competition by Manufacturer (2016-2017)

Chapter 4: Global Premium Wireless Routers Market Analysis by Regions

Chapter 5:Global Premium Wireless Routers Market Segment by Application

Chapter 6:  Premium Wireless Routers Market Forecast by Type (2018-2023)

Chapter 7: Global Premium Wireless Routers Manufacturers Profiles/Analysis

Chapter 8: Sales Channel, Distributors, Traders and Dealers

Chapter 9 :Research Findings and Conclusion

Chapter 10: Appendix And More… . Browse Complete Report with TOC of Premium Wireless Routers Market Report, Visit: http://garnerinsights.com/Global-Premium-Wireless-Routers-Market-by-Manufacturers-Countries-Type-and-Application-Forecast-to-2023 

Key Question for this Market Report:  What is Manufacturing Cost Structure Analysis of Premium Wireless Routers ?

Who will be the key manufacturers in this particular Market space?

What are the trending factors influencing the Market shares in next few years?

All aspects of the report are quantitatively as well as qualitatively assessed to study the Global as well as regional market comparatively. The basic information such as the definition, prevalent chain and the government regulations pertaining are also discussed in the report.

Contact Us:

Kevin Thomas

Direct: +1 513 549 5911 (US) +44 203 318 2846 (UK) Email:sales@garnerinsights.com Website:http://ift.tt/2r7giy5

[owensrhodes]

Common Causes of Wi-Fi Connectivity Problems

Imagine settling in for the night to watch a few episodes of your favorite binge-worthy TV show when suddenly, your streaming service stops loading, and all you can do is watch the Wi-Fi go in and out, hoping the endless buffering stops soon. You might be gritting your teeth just thinking about it — you and 7 billion other people. The demand for Wi-Fi is now global. In a study, 75% of people reported that they’d be grumpier during a week without Wi-Fi than they would during a week without coffee. In fact, 60% of the same group said they couldn’t go without Wi-Fi for even one day!

When the Wi-Fi is down, our internet-dependent world quickly comes to a halt. Our emails stop loading, our virtual assistants stop responding, our tablets and laptops become useless, and our phones dip into our precious data supply. Approximately 71% of all our mobile communication occurs over wireless internet, according to Wi-Fi Alliance, and surveys say we like it that way. Wi-Fi is now the preferred medium for two-thirds of American consumers, partly because it yields significant savings on monthly phone bills. 

Wi-Fi connection problems happen to everyone, but they don’t have to be a regular occurrence. Knowing what to do when your connection fails will save you hours of frustration, so before you call your internet provider or give up on your relaxing evening, consider trying some of the simpler solutions to solve the problem first. You’d be surprised at how frequently a poor Wi-Fi connection is caused by physical obstacles like the configuration of your home, rather than something technological. 

As you troubleshoot the suggestions outlined below, you’re more likely to achieve maximum signal strength and enjoy fast Wi-Fi whenever you need it. 

Poor Wi-Fi Connection: Common Causes and Solutions 

When you stop to think about it, Wi-Fi is a modern miracle. This unseen force gives you speedy internet on demand without weaving intrusive and unsightly cords throughout your home or office. The only catch is that Wi-Fi networks rely on signal strength, which can be easily interrupted, resulting in irregular speeds. 

A Wi-Fi signal can be interrupted in many more ways than we might even realize. Here are some of the most common reasons behind slow, glitchy Wi-Fi and some practical solutions for fixing them so you can minimize internet downtime without having to contact your internet service provider (ISP).

Cause: Distance From the Router

Did you know that the farther away you are from your physical router, the weaker your internet connection will be? At 2.4GHz, moving 15 feet away from the router will result in a signal loss of approximately 6 dB — about 25% for every 15 feet. If you encounter Wi-Fi connection problems using the internet in the basement while the router is upstairs on the other side of the house, you can’t expect the internet to be as fast. The router signal has to travel a long distance and pass through furniture and walls, which causes it to weaken on its way to you. Some newer Wi-Fi products might have a slightly broader range, but you’ll experience maximum signal strength when you move closer to the source.

Solution

The easiest fix to this issue is to move closer to the router. As a rule of thumb, a Wi-Fi router can transmit a signal effectively up to 100 feet away, so plan to position the router within this distance from the important rooms in your house. Routers broadcast signals from all angles, so it isn’t wise to place it at the far end of the house where half of the signal will be absorbed by a wall. When considering where to place it, identify a location that is central to most of the rooms in your home or office. 

If this isn’t possible, consider purchasing a Wi-Fi extender or repeater. This kind of device will multiply and extend the strength of your signal in the rooms farthest away from the internet source. Click here to browse some of the best Amazon range extender options for your budget along with some pros and cons of each one from customers like you.

Cause: Router Location

Many homeowners have a tendency to shut their router away in a closet, on a bottom shelf, behind appliances, and underneath furniture so it’s not as visible or disruptive to their home design. If you hide your router, you’re also slowing down the signal by giving it more mediums to pass through before it reaches you. 

Solution

Don’t underestimate the importance of finding the perfect place for your router. While it might not look great out in the open, you should put it on a high shelf in a central location where there will be minimal signal interference. 

If you’ve struggled to find that sweet spot, you’re not the first one. Jason Cole, a London-based software engineer, grew sick of the trial and error associated with finding the perfect router spot. In order to eliminate the guesswork, he developed an inexpensive app for the public that mathematically identifies all the signal hotspots and dead spots on your property for easy and strategic router placement. 

The app is called WiFi Solver, and it’s available for Android and Chrome OS. Architecture of Radio is another mobile app that uses publicly available information from cell phone towers, local Wi-Fi networks, satellites, and your location to create a map of the signals in your area. This app is available to purchase on Google Play and the Apple Store. 

Cause: Limited Bandwidth and Congested Frequencies

Based on projections by Statista.com, there will be around 6.58 network-connected devices per person around the globe at some point in the year 2020. No wonder it has been forecasted that there will be approximately 24 billion devices using the internet by the end of 2020 — most of which will do so over a wireless network. Homes and offices are common places for people to use these devices simultaneously over Wi-Fi. This competition causes slow internet speeds and spreads the signal quite thin — especially if you’ve left your router on the frequency it came on when you purchased it. 

Solution

Cisco’s latest study on internet traffic revealed that the web is most busy from 9 PM to 1 AM around the world. This time of day is when the internet sees 25% of its daily traffic all at once, which is 20% more internet traffic than what you’d see during non-peak hours. When you have important things to do on the internet, make plans to do them during non-peak hours.

Most US households have multiple users streaming, gaming, and more all at the same time. You can free up the bandwidth of your wireless internet by plugging one or more of these devices directly into the router with an ethernet cable. You can also disconnect any devices that are using the Wi-Fi but don’t need to be. For example, if your phone has an unlimited data plan, allow your Wi-Fi-dependent devices to use the data instead. 

Some of the newest routers can automatically find and select the least-busy frequencies when they’re restarted, so if your router is relatively new, try rebooting it. For older routers, you can change the channel manually through the admin panel. 

If you have a dual-band routers, you won’t need to worry about channel hopping. This type of router allows you to enable 2.4 and 5GHz at the same time, which means they can transmit twice as much signal and offer superior performance when compared to a single-band router. The 2.4GHz frequency can be thought of as an all-purpose, wide-range spectrum that can penetrate thicker walls at a slower signal speed while 5GHz is less crowded and offers faster data, fewer disconnections, and less interference. However, its higher frequencies can’t travel through furniture, floors, or walls. 

Cause: Neighbors Stealing Your Wi-Fi

If your wireless network isn’t sufficiently protected, it’s easy for your neighbors and others nearby to mooch off of your internet — sometimes without your knowledge. Sharing your signal with people outside your house is not only a security issue, but it also slows down the Wi-Fi significantly.

Solution

A new poll by Wakefield Research says that one-third of Americans have admitted to (successfully and unsuccessfully) attempting to access a Wi-Fi network that wasn’t theirs, which is up 18% from 2008. This startling statistic underscores the need to protect your network with a password. Keep the password a secret from everyone who doesn’t need to know it. The password needs to be strong enough to create more difficulty for anyone trying to hack it, so try not to base your password on wired equivalent privacy (WEP) standards. These have proven to be easy to hack. Follow this link for suggestions on creating a solid password. 

In addition to setting a password, you should also set up network security. CNET has provided some tips for changing the settings in your network and on the router to keep your network safe. Remember to update your router regularly and check for unfamiliar devices that may be using your network. These simple preventative measures ensure that only you and your authorized users are able to access your Wi-Fi for optimal speed. If you’re not sure how to update or check your network for suspicious users, click here.

Cause: Interference From Home Appliances

Fish Tanks

Water is a difficult medium for Wi-Fi waves to pass through, so if your router is placed near your fish tank, it’s probably leeching most of the signal and keeping it from reaching your devices as easily. Move your Wi-Fi router as far away as possible from aquariums to ensure fast emission of wireless waves in every direction.

Microwaves and TVs

Close living quarters might necessitate the close proximity of your Wi-Fi router, TV, microwave, fridge, wireless speakers, baby monitors, console controllers, and other devices operating on a 2.45GHz Wi-Fi frequency. These pieces of equipment use almost the same frequency as Wi-Fi networks (2.4GHz), which can cause the signals to overlap and slow each other down, so it’s not a good idea for them to be near each other. You can move these items further apart or change the Wi-Fi channel on them manually. 

Moving your router further from these devices usually makes a difference. Either place them in different places or physically change the Wi-Fi channel. Not sure how? Click here to learn more. 

Low-E Windows

Some energy-efficient windows are coated with low-emissivity coatings — a thin, invisible metal that prevents heat transfer through the window. Never put your Wi-Fi router next to windows with this coating or with metal blinds.

Metal Accessories

Metal accents and mirrors make sleek and interesting home decor items, but some of these items can negatively impact your Wi-Fi. Wall decor with metal backing weakens and deflects signal strength, so the nearer these metal-backed items are to your router, the worse the signal will get. Mirrors are the common culprit of dead zones, so consider relocating any that are hung in areas in which you frequently use Wi-Fi.

Bluetooth-Connected Devices

Bluetooth is one of the least-likely causes of Wi-Fi connectivity issues, as manufacturers build in features to proactively prevent interference. Bluetooth operates on the same frequency as Wi-Fi, but it’s designed to randomly jump around between 70 different channels about 1,600 times every second to prevent frequency clash. Nevertheless, interference still occurs from time to time. When this happens, move your router away from any devices connected to Bluetooth and turn your Bluetooth off to determine whether or not it’s causing the problem.

Cause: Outdated Router

The average router only functions effectively for two to five years until it slows down and is no longer able to support newer technologies. When your router is reaching the end of its life, you will notice constant disruptions and slow connection to the internet, limited coverage, and overheating.

Solution

If overheating is starting to affect the performance of your router, the solution may be as simple as moving the device to a spot that allows for proper airflow. You may even consider running a fan on it to prevent heat damage over time. Old age sometimes warrants a new router, in which case you should look into the best wireless routers for 2019 according to Digital Trends. To avoid problems like these in the future, invest in a new router every two years. They range from $60 to $400 (depending on the features you want), which isn’t a terribly high expense to pay every few years. 

Cause: Home Construction

Even the construction of your house can play a part in the quality of your Wi-Fi signal. Some homes are built with thick metal or concrete walls that make it difficult for a signal to pass through. These materials are so effective at blocking electromagnetic fields that manufacturers now use them in the creation of RFID-protected accessories. Basements in particular are known for having thick walls that are impervious to Wi-Fi, especially when the house is older and contains plaster and lath (metallic mesh) walls. This substance reduces the signal drastically and sometimes even blocks Wi-Fi from passing through entirely. 

The NIST Construction Automation Program has created a report with the least- to most-conductive wall materials for Wi-Fi, and it may help explain network speed issues you have been encountering. These construction materials are ranked from least to most penetrable for Wi-Fi, and have been listed according to signal loss in decibels: 

Concrete

Reinforced concrete

Brick-faced concrete

Brick-faced masonry block

Concrete

Brick

Masonry block

Lumber

Glass

Plywood and drywall

Solution

The most obvious solution to this problem is to reconfigure your router or range extender in an area that isn’t surrounded by concrete, metal, ceramic, stone, or brick walls containing air ducts, insulation, and/or water pipes. Thin walls made of materials like Gyprock are the most ideal for Wi-Fi, but you can use a repeater to bypass problematic construction. 

Keep this information in mind so you can make an informed decision when you’re ready to buy your next house. If you need an excellent Wi-Fi signal for working at home, use this knowledge to avoid purchasing a property that will inevitably cause Wi-Fi connectivity issues in the future. 

Still Having Wi-Fi Connection Problems?

If none of the suggestions above resolve your Wi-Fi connectivity issues, there’s still one more thing you should try before you spend any money. Visit Speedtest.net to test your Wi-Fi connection. This will tell you if the problem is with the connection itself or with the router, giving your ISP a better idea of how to help you. Remember that your internet only has to be within 20% of the speed you agreed on with your ISP, so it’s normal for the signal to be a little slower than you expected. 

If your ISP isn’t able to resolve the problem, think about switching providers to a company like Suddenlink or Spectrum. 

The post Common Causes of Wi-Fi Connectivity Problems appeared first on Freshome.com.

[cessanderson]

Common Causes of Wi-Fi Connectivity Problems https://ift.tt/37Vskvn

Imagine settling in for the night to watch a few episodes of your favorite binge-worthy TV show when suddenly, your streaming service stops loading, and all you can do is watch the Wi-Fi go in and out, hoping the endless buffering stops soon. You might be gritting your teeth just thinking about it — you and 7 billion other people. The demand for Wi-Fi is now global. In a study, 75% of people reported that they’d be grumpier during a week without Wi-Fi than they would during a week without coffee. In fact, 60% of the same group said they couldn’t go without Wi-Fi for even one day!

When the Wi-Fi is down, our internet-dependent world quickly comes to a halt. Our emails stop loading, our virtual assistants stop responding, our tablets and laptops become useless, and our phones dip into our precious data supply. Approximately 71% of all our mobile communication occurs over wireless internet, according to Wi-Fi Alliance, and surveys say we like it that way. Wi-Fi is now the preferred medium for two-thirds of American consumers, partly because it yields significant savings on monthly phone bills. 

Wi-Fi connection problems happen to everyone, but they don’t have to be a regular occurrence. Knowing what to do when your connection fails will save you hours of frustration, so before you call your internet provider or give up on your relaxing evening, consider trying some of the simpler solutions to solve the problem first. You’d be surprised at how frequently a poor Wi-Fi connection is caused by physical obstacles like the configuration of your home, rather than something technological. 

As you troubleshoot the suggestions outlined below, you’re more likely to achieve maximum signal strength and enjoy fast Wi-Fi whenever you need it. 

Poor Wi-Fi Connection: Common Causes and Solutions 

When you stop to think about it, Wi-Fi is a modern miracle. This unseen force gives you speedy internet on demand without weaving intrusive and unsightly cords throughout your home or office. The only catch is that Wi-Fi networks rely on signal strength, which can be easily interrupted, resulting in irregular speeds. 

A Wi-Fi signal can be interrupted in many more ways than we might even realize. Here are some of the most common reasons behind slow, glitchy Wi-Fi and some practical solutions for fixing them so you can minimize internet downtime without having to contact your internet service provider (ISP).

Cause: Distance From the Router

Did you know that the farther away you are from your physical router, the weaker your internet connection will be? At 2.4GHz, moving 15 feet away from the router will result in a signal loss of approximately 6 dB — about 25% for every 15 feet. If you encounter Wi-Fi connection problems using the internet in the basement while the router is upstairs on the other side of the house, you can’t expect the internet to be as fast. The router signal has to travel a long distance and pass through furniture and walls, which causes it to weaken on its way to you. Some newer Wi-Fi products might have a slightly broader range, but you’ll experience maximum signal strength when you move closer to the source.

Solution

The easiest fix to this issue is to move closer to the router. As a rule of thumb, a Wi-Fi router can transmit a signal effectively up to 100 feet away, so plan to position the router within this distance from the important rooms in your house. Routers broadcast signals from all angles, so it isn’t wise to place it at the far end of the house where half of the signal will be absorbed by a wall. When considering where to place it, identify a location that is central to most of the rooms in your home or office. 

If this isn’t possible, consider purchasing a Wi-Fi extender or repeater. This kind of device will multiply and extend the strength of your signal in the rooms farthest away from the internet source. Click here to browse some of the best Amazon range extender options for your budget along with some pros and cons of each one from customers like you.

Cause: Router Location

Many homeowners have a tendency to shut their router away in a closet, on a bottom shelf, behind appliances, and underneath furniture so it’s not as visible or disruptive to their home design. If you hide your router, you’re also slowing down the signal by giving it more mediums to pass through before it reaches you. 

Solution

Don’t underestimate the importance of finding the perfect place for your router. While it might not look great out in the open, you should put it on a high shelf in a central location where there will be minimal signal interference. 

If you’ve struggled to find that sweet spot, you’re not the first one. Jason Cole, a London-based software engineer, grew sick of the trial and error associated with finding the perfect router spot. In order to eliminate the guesswork, he developed an inexpensive app for the public that mathematically identifies all the signal hotspots and dead spots on your property for easy and strategic router placement. 

The app is called WiFi Solver, and it’s available for Android and Chrome OS. Architecture of Radio is another mobile app that uses publicly available information from cell phone towers, local Wi-Fi networks, satellites, and your location to create a map of the signals in your area. This app is available to purchase on Google Play and the Apple Store. 

Cause: Limited Bandwidth and Congested Frequencies

Based on projections by Statista.com, there will be around 6.58 network-connected devices per person around the globe at some point in the year 2020. No wonder it has been forecasted that there will be approximately 24 billion devices using the internet by the end of 2020 — most of which will do so over a wireless network. Homes and offices are common places for people to use these devices simultaneously over Wi-Fi. This competition causes slow internet speeds and spreads the signal quite thin — especially if you’ve left your router on the frequency it came on when you purchased it. 

Solution

Cisco’s latest study on internet traffic revealed that the web is most busy from 9 PM to 1 AM around the world. This time of day is when the internet sees 25% of its daily traffic all at once, which is 20% more internet traffic than what you’d see during non-peak hours. When you have important things to do on the internet, make plans to do them during non-peak hours.

Most US households have multiple users streaming, gaming, and more all at the same time. You can free up the bandwidth of your wireless internet by plugging one or more of these devices directly into the router with an ethernet cable. You can also disconnect any devices that are using the Wi-Fi but don’t need to be. For example, if your phone has an unlimited data plan, allow your Wi-Fi-dependent devices to use the data instead. 

Some of the newest routers can automatically find and select the least-busy frequencies when they’re restarted, so if your router is relatively new, try rebooting it. For older routers, you can change the channel manually through the admin panel. 

If you have a dual-band routers, you won’t need to worry about channel hopping. This type of router allows you to enable 2.4 and 5GHz at the same time, which means they can transmit twice as much signal and offer superior performance when compared to a single-band router. The 2.4GHz frequency can be thought of as an all-purpose, wide-range spectrum that can penetrate thicker walls at a slower signal speed while 5GHz is less crowded and offers faster data, fewer disconnections, and less interference. However, its higher frequencies can’t travel through furniture, floors, or walls. 

Cause: Neighbors Stealing Your Wi-Fi

If your wireless network isn’t sufficiently protected, it’s easy for your neighbors and others nearby to mooch off of your internet — sometimes without your knowledge. Sharing your signal with people outside your house is not only a security issue, but it also slows down the Wi-Fi significantly.

Solution

A new poll by Wakefield Research says that one-third of Americans have admitted to (successfully and unsuccessfully) attempting to access a Wi-Fi network that wasn’t theirs, which is up 18% from 2008. This startling statistic underscores the need to protect your network with a password. Keep the password a secret from everyone who doesn’t need to know it. The password needs to be strong enough to create more difficulty for anyone trying to hack it, so try not to base your password on wired equivalent privacy (WEP) standards. These have proven to be easy to hack. Follow this link for suggestions on creating a solid password. 

In addition to setting a password, you should also set up network security. CNET has provided some tips for changing the settings in your network and on the router to keep your network safe. Remember to update your router regularly and check for unfamiliar devices that may be using your network. These simple preventative measures ensure that only you and your authorized users are able to access your Wi-Fi for optimal speed. If you’re not sure how to update or check your network for suspicious users, click here.

Cause: Interference From Home Appliances

Fish Tanks

Water is a difficult medium for Wi-Fi waves to pass through, so if your router is placed near your fish tank, it’s probably leeching most of the signal and keeping it from reaching your devices as easily. Move your Wi-Fi router as far away as possible from aquariums to ensure fast emission of wireless waves in every direction.

Microwaves and TVs

Close living quarters might necessitate the close proximity of your Wi-Fi router, TV, microwave, fridge, wireless speakers, baby monitors, console controllers, and other devices operating on a 2.45GHz Wi-Fi frequency. These pieces of equipment use almost the same frequency as Wi-Fi networks (2.4GHz), which can cause the signals to overlap and slow each other down, so it’s not a good idea for them to be near each other. You can move these items further apart or change the Wi-Fi channel on them manually. 

Moving your router further from these devices usually makes a difference. Either place them in different places or physically change the Wi-Fi channel. Not sure how? Click here to learn more. 

Low-E Windows

Some energy-efficient windows are coated with low-emissivity coatings — a thin, invisible metal that prevents heat transfer through the window. Never put your Wi-Fi router next to windows with this coating or with metal blinds.

Metal Accessories

Metal accents and mirrors make sleek and interesting home decor items, but some of these items can negatively impact your Wi-Fi. Wall decor with metal backing weakens and deflects signal strength, so the nearer these metal-backed items are to your router, the worse the signal will get. Mirrors are the common culprit of dead zones, so consider relocating any that are hung in areas in which you frequently use Wi-Fi.

Bluetooth-Connected Devices

Bluetooth is one of the least-likely causes of Wi-Fi connectivity issues, as manufacturers build in features to proactively prevent interference. Bluetooth operates on the same frequency as Wi-Fi, but it’s designed to randomly jump around between 70 different channels about 1,600 times every second to prevent frequency clash. Nevertheless, interference still occurs from time to time. When this happens, move your router away from any devices connected to Bluetooth and turn your Bluetooth off to determine whether or not it’s causing the problem.

Cause: Outdated Router

The average router only functions effectively for two to five years until it slows down and is no longer able to support newer technologies. When your router is reaching the end of its life, you will notice constant disruptions and slow connection to the internet, limited coverage, and overheating.

Solution

If overheating is starting to affect the performance of your router, the solution may be as simple as moving the device to a spot that allows for proper airflow. You may even consider running a fan on it to prevent heat damage over time. Old age sometimes warrants a new router, in which case you should look into the best wireless routers for 2019 according to Digital Trends. To avoid problems like these in the future, invest in a new router every two years. They range from $60 to $400 (depending on the features you want), which isn’t a terribly high expense to pay every few years. 

Cause: Home Construction

Even the construction of your house can play a part in the quality of your Wi-Fi signal. Some homes are built with thick metal or concrete walls that make it difficult for a signal to pass through. These materials are so effective at blocking electromagnetic fields that manufacturers now use them in the creation of RFID-protected accessories. Basements in particular are known for having thick walls that are impervious to Wi-Fi, especially when the house is older and contains plaster and lath (metallic mesh) walls. This substance reduces the signal drastically and sometimes even blocks Wi-Fi from passing through entirely. 

The NIST Construction Automation Program has created a report with the least- to most-conductive wall materials for Wi-Fi, and it may help explain network speed issues you have been encountering. These construction materials are ranked from least to most penetrable for Wi-Fi, and have been listed according to signal loss in decibels: 

Concrete

Reinforced concrete

Brick-faced concrete

Brick-faced masonry block

Concrete

Brick

Masonry block

Lumber

Glass

Plywood and drywall

Solution

The most obvious solution to this problem is to reconfigure your router or range extender in an area that isn’t surrounded by concrete, metal, ceramic, stone, or brick walls containing air ducts, insulation, and/or water pipes. Thin walls made of materials like Gyprock are the most ideal for Wi-Fi, but you can use a repeater to bypass problematic construction. 

Keep this information in mind so you can make an informed decision when you’re ready to buy your next house. If you need an excellent Wi-Fi signal for working at home, use this knowledge to avoid purchasing a property that will inevitably cause Wi-Fi connectivity issues in the future. 

Still Having Wi-Fi Connection Problems?

If none of the suggestions above resolve your Wi-Fi connectivity issues, there’s still one more thing you should try before you spend any money. Visit Speedtest.net to test your Wi-Fi connection. This will tell you if the problem is with the connection itself or with the router, giving your ISP a better idea of how to help you. Remember that your internet only has to be within 20% of the speed you agreed on with your ISP, so it’s normal for the signal to be a little slower than you expected. 

If your ISP isn’t able to resolve the problem, think about switching providers to a company like Suddenlink or Spectrum. 

The post Common Causes of Wi-Fi Connectivity Problems appeared first on Freshome.com.

Freshome Team

[jovialsoulinfluencer]

Common Causes of Wi-Fi Connectivity Problems

Imagine settling in for the night to watch a few episodes of your favorite binge-worthy TV show when suddenly, your streaming service stops loading, and all you can do is watch the Wi-Fi go in and out, hoping the endless buffering stops soon. You might be gritting your teeth just thinking about it — you and 7 billion other people. The demand for Wi-Fi is now global. In a study, 75% of people reported that they’d be grumpier during a week without Wi-Fi than they would during a week without coffee. In fact, 60% of the same group said they couldn’t go without Wi-Fi for even one day!

When the Wi-Fi is down, our internet-dependent world quickly comes to a halt. Our emails stop loading, our virtual assistants stop responding, our tablets and laptops become useless, and our phones dip into our precious data supply. Approximately 71% of all our mobile communication occurs over wireless internet, according to Wi-Fi Alliance, and surveys say we like it that way. Wi-Fi is now the preferred medium for two-thirds of American consumers, partly because it yields significant savings on monthly phone bills. 

Wi-Fi connection problems happen to everyone, but they don’t have to be a regular occurrence. Knowing what to do when your connection fails will save you hours of frustration, so before you call your internet provider or give up on your relaxing evening, consider trying some of the simpler solutions to solve the problem first. You’d be surprised at how frequently a poor Wi-Fi connection is caused by physical obstacles like the configuration of your home, rather than something technological. 

As you troubleshoot the suggestions outlined below, you’re more likely to achieve maximum signal strength and enjoy fast Wi-Fi whenever you need it. 

Poor Wi-Fi Connection: Common Causes and Solutions 

When you stop to think about it, Wi-Fi is a modern miracle. This unseen force gives you speedy internet on demand without weaving intrusive and unsightly cords throughout your home or office. The only catch is that Wi-Fi networks rely on signal strength, which can be easily interrupted, resulting in irregular speeds. 

A Wi-Fi signal can be interrupted in many more ways than we might even realize. Here are some of the most common reasons behind slow, glitchy Wi-Fi and some practical solutions for fixing them so you can minimize internet downtime without having to contact your internet service provider (ISP).

Cause: Distance From the Router

Did you know that the farther away you are from your physical router, the weaker your internet connection will be? At 2.4GHz, moving 15 feet away from the router will result in a signal loss of approximately 6 dB — about 25% for every 15 feet. If you encounter Wi-Fi connection problems using the internet in the basement while the router is upstairs on the other side of the house, you can’t expect the internet to be as fast. The router signal has to travel a long distance and pass through furniture and walls, which causes it to weaken on its way to you. Some newer Wi-Fi products might have a slightly broader range, but you’ll experience maximum signal strength when you move closer to the source.

Solution

The easiest fix to this issue is to move closer to the router. As a rule of thumb, a Wi-Fi router can transmit a signal effectively up to 100 feet away, so plan to position the router within this distance from the important rooms in your house. Routers broadcast signals from all angles, so it isn’t wise to place it at the far end of the house where half of the signal will be absorbed by a wall. When considering where to place it, identify a location that is central to most of the rooms in your home or office. 

If this isn’t possible, consider purchasing a Wi-Fi extender or repeater. This kind of device will multiply and extend the strength of your signal in the rooms farthest away from the internet source. Click here to browse some of the best Amazon range extender options for your budget along with some pros and cons of each one from customers like you.

Cause: Router Location

Many homeowners have a tendency to shut their router away in a closet, on a bottom shelf, behind appliances, and underneath furniture so it’s not as visible or disruptive to their home design. If you hide your router, you’re also slowing down the signal by giving it more mediums to pass through before it reaches you. 

Solution

Don’t underestimate the importance of finding the perfect place for your router. While it might not look great out in the open, you should put it on a high shelf in a central location where there will be minimal signal interference. 

If you’ve struggled to find that sweet spot, you’re not the first one. Jason Cole, a London-based software engineer, grew sick of the trial and error associated with finding the perfect router spot. In order to eliminate the guesswork, he developed an inexpensive app for the public that mathematically identifies all the signal hotspots and dead spots on your property for easy and strategic router placement. 

The app is called WiFi Solver, and it’s available for Android and Chrome OS. Architecture of Radio is another mobile app that uses publicly available information from cell phone towers, local Wi-Fi networks, satellites, and your location to create a map of the signals in your area. This app is available to purchase on Google Play and the Apple Store. 

Cause: Limited Bandwidth and Congested Frequencies

Based on projections by Statista.com, there will be around 6.58 network-connected devices per person around the globe at some point in the year 2020. No wonder it has been forecasted that there will be approximately 24 billion devices using the internet by the end of 2020 — most of which will do so over a wireless network. Homes and offices are common places for people to use these devices simultaneously over Wi-Fi. This competition causes slow internet speeds and spreads the signal quite thin — especially if you’ve left your router on the frequency it came on when you purchased it. 

Solution

Cisco’s latest study on internet traffic revealed that the web is most busy from 9 PM to 1 AM around the world. This time of day is when the internet sees 25% of its daily traffic all at once, which is 20% more internet traffic than what you’d see during non-peak hours. When you have important things to do on the internet, make plans to do them during non-peak hours.

Most US households have multiple users streaming, gaming, and more all at the same time. You can free up the bandwidth of your wireless internet by plugging one or more of these devices directly into the router with an ethernet cable. You can also disconnect any devices that are using the Wi-Fi but don’t need to be. For example, if your phone has an unlimited data plan, allow your Wi-Fi-dependent devices to use the data instead. 

Some of the newest routers can automatically find and select the least-busy frequencies when they’re restarted, so if your router is relatively new, try rebooting it. For older routers, you can change the channel manually through the admin panel. 

If you have a dual-band routers, you won’t need to worry about channel hopping. This type of router allows you to enable 2.4 and 5GHz at the same time, which means they can transmit twice as much signal and offer superior performance when compared to a single-band router. The 2.4GHz frequency can be thought of as an all-purpose, wide-range spectrum that can penetrate thicker walls at a slower signal speed while 5GHz is less crowded and offers faster data, fewer disconnections, and less interference. However, its higher frequencies can’t travel through furniture, floors, or walls. 

Cause: Neighbors Stealing Your Wi-Fi

If your wireless network isn’t sufficiently protected, it’s easy for your neighbors and others nearby to mooch off of your internet — sometimes without your knowledge. Sharing your signal with people outside your house is not only a security issue, but it also slows down the Wi-Fi significantly.

Solution

A new poll by Wakefield Research says that one-third of Americans have admitted to (successfully and unsuccessfully) attempting to access a Wi-Fi network that wasn’t theirs, which is up 18% from 2008. This startling statistic underscores the need to protect your network with a password. Keep the password a secret from everyone who doesn’t need to know it. The password needs to be strong enough to create more difficulty for anyone trying to hack it, so try not to base your password on wired equivalent privacy (WEP) standards. These have proven to be easy to hack. Follow this link for suggestions on creating a solid password. 

In addition to setting a password, you should also set up network security. CNET has provided some tips for changing the settings in your network and on the router to keep your network safe. Remember to update your router regularly and check for unfamiliar devices that may be using your network. These simple preventative measures ensure that only you and your authorized users are able to access your Wi-Fi for optimal speed. If you’re not sure how to update or check your network for suspicious users, click here.

Cause: Interference From Home Appliances

Fish Tanks

Water is a difficult medium for Wi-Fi waves to pass through, so if your router is placed near your fish tank, it’s probably leeching most of the signal and keeping it from reaching your devices as easily. Move your Wi-Fi router as far away as possible from aquariums to ensure fast emission of wireless waves in every direction.

Microwaves and TVs

Close living quarters might necessitate the close proximity of your Wi-Fi router, TV, microwave, fridge, wireless speakers, baby monitors, console controllers, and other devices operating on a 2.45GHz Wi-Fi frequency. These pieces of equipment use almost the same frequency as Wi-Fi networks (2.4GHz), which can cause the signals to overlap and slow each other down, so it’s not a good idea for them to be near each other. You can move these items further apart or change the Wi-Fi channel on them manually. 

Moving your router further from these devices usually makes a difference. Either place them in different places or physically change the Wi-Fi channel. Not sure how? Click here to learn more. 

Low-E Windows

Some energy-efficient windows are coated with low-emissivity coatings — a thin, invisible metal that prevents heat transfer through the window. Never put your Wi-Fi router next to windows with this coating or with metal blinds.

Metal Accessories

Metal accents and mirrors make sleek and interesting home decor items, but some of these items can negatively impact your Wi-Fi. Wall decor with metal backing weakens and deflects signal strength, so the nearer these metal-backed items are to your router, the worse the signal will get. Mirrors are the common culprit of dead zones, so consider relocating any that are hung in areas in which you frequently use Wi-Fi.

Bluetooth-Connected Devices

Bluetooth is one of the least-likely causes of Wi-Fi connectivity issues, as manufacturers build in features to proactively prevent interference. Bluetooth operates on the same frequency as Wi-Fi, but it’s designed to randomly jump around between 70 different channels about 1,600 times every second to prevent frequency clash. Nevertheless, interference still occurs from time to time. When this happens, move your router away from any devices connected to Bluetooth and turn your Bluetooth off to determine whether or not it’s causing the problem.

Cause: Outdated Router

The average router only functions effectively for two to five years until it slows down and is no longer able to support newer technologies. When your router is reaching the end of its life, you will notice constant disruptions and slow connection to the internet, limited coverage, and overheating.

Solution

If overheating is starting to affect the performance of your router, the solution may be as simple as moving the device to a spot that allows for proper airflow. You may even consider running a fan on it to prevent heat damage over time. Old age sometimes warrants a new router, in which case you should look into the best wireless routers for 2019 according to Digital Trends. To avoid problems like these in the future, invest in a new router every two years. They range from $60 to $400 (depending on the features you want), which isn’t a terribly high expense to pay every few years. 

Cause: Home Construction

Even the construction of your house can play a part in the quality of your Wi-Fi signal. Some homes are built with thick metal or concrete walls that make it difficult for a signal to pass through. These materials are so effective at blocking electromagnetic fields that manufacturers now use them in the creation of RFID-protected accessories. Basements in particular are known for having thick walls that are impervious to Wi-Fi, especially when the house is older and contains plaster and lath (metallic mesh) walls. This substance reduces the signal drastically and sometimes even blocks Wi-Fi from passing through entirely. 

The NIST Construction Automation Program has created a report with the least- to most-conductive wall materials for Wi-Fi, and it may help explain network speed issues you have been encountering. These construction materials are ranked from least to most penetrable for Wi-Fi, and have been listed according to signal loss in decibels: 

Concrete

Reinforced concrete

Brick-faced concrete

Brick-faced masonry block

Concrete

Brick

Masonry block

Lumber

Glass

Plywood and drywall

Solution

The most obvious solution to this problem is to reconfigure your router or range extender in an area that isn’t surrounded by concrete, metal, ceramic, stone, or brick walls containing air ducts, insulation, and/or water pipes. Thin walls made of materials like Gyprock are the most ideal for Wi-Fi, but you can use a repeater to bypass problematic construction. 

Keep this information in mind so you can make an informed decision when you’re ready to buy your next house. If you need an excellent Wi-Fi signal for working at home, use this knowledge to avoid purchasing a property that will inevitably cause Wi-Fi connectivity issues in the future. 

Still Having Wi-Fi Connection Problems?

If none of the suggestions above resolve your Wi-Fi connectivity issues, there’s still one more thing you should try before you spend any money. Visit Speedtest.net to test your Wi-Fi connection. This will tell you if the problem is with the connection itself or with the router, giving your ISP a better idea of how to help you. Remember that your internet only has to be within 20% of the speed you agreed on with your ISP, so it’s normal for the signal to be a little slower than you expected. 

If your ISP isn’t able to resolve the problem, think about switching providers to a company like Suddenlink or Spectrum. 

The post Common Causes of Wi-Fi Connectivity Problems appeared first on Freshome.com.

from https://freshome.com/broadband/common-causes-of-wi-fi-connectivity-problems/ via Common Causes of Wi-Fi Connectivity Problems

[workrockin]

What is the relation between WiFi6 and 5G technology?

First of all wifi 6 is the latest WiFi technology boasting, unsurprisingly, faster speeds for wifi networks. And 5G is the latest cellular technology doing the same for mobile networks.

There is no direct relation between wifi 6 and 5G. You can say that both are wireless technologies. In that they have a similarity. Even then 5G is a mid range cellular technology aimed at mobile connectivity where as WiFi6 is a short range wireless local area network.

Indirectly both 5G and wifi internet data depends upon the undersea network backbone. While 5G distributes that network data to 5G enabled devices, wifi distributes that data to wifi enabled devices. But both need the internet backbone to work. It just happens to be the case that nearly all 5G devices are capable of wifi access but not all Wifi devices are capable of 5G access.

Whether the internet access is through 5G or through Wifi they are still going to use the infrastructure laid down by mobile companies. And this presents a unique opportunity for Mobile network operators.

As a cellular technology 5G works on certain assigned frequencies. Many of these frequencies are shared by other competing technologies like 4g/3G. It is extremely difficult to use the sparse bandwidth available to serve all the cellular standards at once while at the same time trying to bring something new.

This presents a problem. The devices that use “legacy standards” are large in number and still functioning well. We can’t simply turn off the network for them just so we can get on with deploying a newer and faster cellular network.

To overcome this barrier the proposed solution is to open up new frequencies that can be utilized by 5G without interfering with other deployments. But even then problems remain. To access a 5G network you need new mobile devices. Are people going to buy a new device simply because its 5G compatible? Maybe but certainly not if the network itself is spotty. And the deployment of 5g networks can’t be improved unless their is more demand from the users. How to break away from this viscous circle?

Simply setting up a 5G cell tower is not going to magically make all the data demands go away. More and more cell towers will need to be added to accommodate the ever increasing number of internet connected devices. That puts a huge load on cellular towers.

And to reduce the load on the 5g cellular network its expected, at least in the short term, that much of the data will be offloaded to wifi. That is in major part due to the fact that Wifi is compatible with billions of devices today. Nearly every digital device can work with wifi.

According to a report by Cisco [1] 54% of the mobile data was offloaded to wifi in 2017. This number is projected to grow to 59% by 2021. In other words its is estimated that more than half of total mobile data will be distributed by wifi. This number is estimated to be as high as 70% in case of 5G.

To enable a seamless offloading between different types of wireless networks like 5G and wifi 6 a new protocol called 802.11u or hotspot 2.0 [2] has been created. With this protocol a mobile device will be able to roam between wifi networks just like they can do in cellular networks. Further the protocol allows for seamless authentication between wifi and cellular networks.

As we move towards more dense small cell deployments its looking as there is not going to be a single dominant communication standard rather a mixed of wired, open wireless and mobile networks to fulfill the data needs of customer. To this end 5G has made a provision for WiFi cellular convergence [4] hoping that the cost of deployment and operation of 5G cellular networks can be reduced by using the strength of simplicity and performance of WiFi networks.

Big corporations like Facebook have even started an express wifi program partnering with several Mobile network operators as well as Internet service providers to build wifi access points around the world[3] to improve the connectivity for people. Facebook is not the only one. Google and Microsoft have entered into connectivity business as well.

In the end it is important to understand that Mobile network operators and Internet service providers are in the business of selling data access. 5G and WiFi both have certain strengths and weaknesses when it comes to distribution of data. And networks operators are looking to use the strengths of diverse communication protocols in different situations to provide the best possible data experience for the users. And for this reason both unlicensed spectrum technologies like wifi and licensed spectrum technology like 5G are important to provide a good quality of service to the consumer.

Workrock wireless provides custom built wifi access points to offload mobile network data. Our access points have built in support for roaming and can be used in sensitive online communication like those involving financial transactions. Our access points work equally well in a home environment with few devices as well as in dense deployments like residential buildings, hotels, airports and railway stations.

workrockin@gmail.com

[1] https://www.cisco.com/c/en/us/so...

[2] https://en.wikipedia.org/wiki/Ho...

[3] https://expresswifi.fb.com/

[4] https://en.wikipedia.org/wiki/5G...

[rebeccadeavers]

11 Cara Mempercepat Koneksi WiFi untuk Kelancaran Berinternet

11 Cara Mempercepat Koneksi WiFi untuk Kelancaran Berinternet:

Sambungan internet melalui jaringan nirkabel WiFi kini semakin luas dipergunakan, selain sambungan via kabel ethernet. Alasannya tentu karena kemudahan serta keringkasan ketika menggunakan WiFi yang tanpa perlu tersambung dengan kabel LAN atau ethernet.

Ada kalanya kamu mengalami masalah koneksi WiFi yang terasa lambat dari biasanya. Sebab internet sudah menjadi kebutuhan pokok, jangan biarkan masalah koneksi WiFi lambat ini terus terjadi.

Jika kamu mengalami koneksi WiFi yang lambat, ada baiknya kamu mengetahui 11 cara mempercepat koneksi internet WiFi untuk laptop dan komputer berikut ini.

Berikut ini 11 cara mempercepat koneksi WiFi yang bisa kamu jajal dengan mudah.

1. Letakkan router di tempat yang leluasa

WiFi router. Foto:shutterstock.com

Cara ini mungkin saja terdengar klise buat kamu yang sudah mengetahuinya, tetapi anjuran ini seringkali tidak diindahkan para pengguna router WiFi secara luas. Banyak dari pengguna menaruh router WiFi-nya di tempat terpojok, seperti meja sudut, di belakang TV, dan spot sempit lainnya.

Tempat yang direkomendasikan sebagai tempat router WiFi antara lain adalah di tengah ruangan, tidak terhalang objek besar seperti lemari apalagi tembok. Juga sebaiknya letakkan router di atas furnitur, jauh dari lantai. Trik ini bertujuan untuk memberi ruang leluasa untuk sinyal WiFi agar bisa terpancar ke seluruh arah di dalam ruangan.

Baca juga: 5 Tips Menjaga Data Pribadi Tetap Aman di Internet

2. Arahkan antena router dengan benar

Arah antena router WiFi yang benar. Foto: lifehacker.com

Besar kemungkinan router yang kamu gunakan memiliki 2 buah antena yang berdiri tegak secara paralel/ke arah yang sama. Cara untuk meraih kecepatan sinyal WiFi terbaik, disarankan untuk mengarahkan antena router secara perpendicular atau berbentuk huruf L, salah satu antena diarahkan tegak ke atas, dengan antena yang satu lagi mengarah secara horizontal.

3. Perhatikan teknologi WiFi yang kamu gunakan

Semua router dan laptop dapat memancarkan serta menangkap sinyal WiFi dengan bantuan adapter wireless yang kini tersedia dalam 5 pilihan:

Tipe adapter wireless

Tahun dibuat

Kecepatan

Wireless-B (802.11b)

1999

11 Mbps

Wireless-A (802.11a)

1999

54 Mbps

Wireless-G (802.11g)

2002

54 Mbps

Wireless-N (802.11n)

2007

72 - 600 Mbps

Wireless-AC (802.11ac)

2013

433 Mbps - 1.4 Gbps

Berdasarkan tabel di atas, sangat direkomendasikan untuk menggunakan router dan/atau laptop dengan komponen WiFi minimal dengan teknologi Wireless-N (802.11n) atau yang terbaru, Wireless-AC (802.11ac) yang tercepat saat ini.

Untuk mengetahui teknologi adapter wireless yang digunakan oleh router atau laptop kamu, kamu bisa cek buku manual yang ada di paket pembelian router dan laptop.

4. Gunakan WiFi adapter

USB WiFi dongle TP-Link. Foto: tp-link.com

Cara mempercepat koneksi WiFi selanjutnya adalah dengan menggunakan WiFi adapter. Trik ini dikhususkan untuk kamu yang menggunakan laptop atau komputer yang tidak memiliki adapter WiFi, atau memiliki adapter WiFi yang sudah ketinggalan zaman.

WiFi adapter yang juga biasa disebut dengan WiFi dongle dapat tersambung ke port USB yang ada di laptop dan komputer. Pastikan bahwa WiFi dongle yang kamu beli memiliki teknologi WiFi 802.11n atau 802.11ac untuk mendapat kecepatan maksimal.

5. Beralih ke kanal wireless dengan penggunaan yang lebih sedikit

Cisco Meraki WiFi Stumbler. Foto: meraki.cisco.com

Jika kamu dan tetangga di sekeliling rumah kamu menggunakan router WiFi, besar kemungkinan bahwa kalian menempati wireless channel yang padat. Ini terjadi karena access point yang saling menginterferensi satu sama lain dan pada akhirnya menyebabkan koneksi WiFi yang lambat.

Cara untuk mengetahui apakah koneksi WiFi kamu berada di kanal wireless yang padat atau tidak, kamu bisa menggunakan software bernama WiFi Stumbler yang tersedia gratis di banyak situs seperti Cisco, Wireshark, Vistumbler, dan lain-lain.

Baca juga: Rekomendasi 5 Modem 4G LTE Harga di Bawah Rp500 Ribu

6. Gunakan wireless range extender

TP-Link Wireless Range Extender (WiFi Booster). Foto: tp-link.com

Kadang kala kamu akan mendapati koneksi yang lamban di beberapa lokasi rumah, khususnya yang bertempat di pojok dan/atau terhalang banyak objek. Tempat yang terpencil dan terhalang banyak benda akan membuat sinyal WiFi sulit menggapai perangkat yang kamu gunakan.

Untuk itu, kamu membutuhkan perangkat bernama wireless range extender. Peranti ini memiliki fungsi untuk memperpanjang koneksi WiFi ke kamar atau lokasi yang terletak jauh dari router.

7. Analisis kekuatan sinyal WiFi dengan aplikasi

CloudCheck. Foto: play.google.com

Untuk bisa mendapat hasil akurat mengenai koneksi WiFi yang lemah di beberapa tempat di rumah, kamu bisa menggunakan aplikasi yang tersedia gratis di Apple App Store maupun Google Play Store.

Salah satu aplikasi yang kami rekomendasikan untuk menganalisis kekuatan sinyal WiFi adalah CloudCheck. Aplikasi yang dibuat oleh ASSIA, Inc. ini bisa mengecek sinyal WiFi hanya dengan perangkat smartphone. Fitur WiFi SweetSpot dari CloudCheck bisa kamu gunakan untuk mengetahui seberapa kuat atau lemahnya koneksi WiFi di tempat tertentu di rumah, kantor, maupun tempat lain.

8. Atur ulang setelan network dan DNS flush

Perintah Flush DNS di Command Prompt. (BukaReview/Tidar Sentausa)

Seiring dengan pembaruan sistem operasi dan penggunaan komputer jangka panjang, ada waktu di mana cache DNS perlu dibersihkan. Pembersihan ini bertujuan untuk mengembalikan kestabilan koneksi WiFi agar bisa kembali ngebut.

Di Windows 10, cara melakukan network reset dan DNS flushing antara lain sebagai berikut:

- Buka menu Start, klik kotak pencarian Cortana dan ketik “Command Prompt”, kemudian klik kanan di ikon program Command Prompt > Run as administrator

- Di jendela program Command Prompt, ketikkan perintah berikut: “ipconfig /flushdns” tanpa tanda petik, kemudian tekan tombol Enter

- Tunggu beberapa saat hingga proses DNS flushing selesai, lalu

- Ketikkan perintah “ipconfig /renew” tanpa tanda petik, kemudian tekan tombol Enter

- Setelah melakukan proses DNS flushing, kamu bisa mengetes koneksi WiFi dengan cara mengakses situs web.

Baca juga: Rekomendasi Modem WiFi Terbaik Alternatif Bolt

9. Optimasi pengaturan Quality of Service (QoS)

Setelan QoS di Windows. Foto: thewindowsclub.com

Quality of Service (QoS) di sistem operasi Windows 10 adalah ukuran kemampuan sebuah network untuk mencapai bandwith maksimum di beberapa jenis koneksi, seperti video streaming, voice over IP (VoIP), video call, dan lain-lain.

Melakukan optimasi QoS bisa meningkatkan kelancaran koneksi WiFi untuk keperluan tertentu, seperti online gaming misalnya. Beberapa router yang sudah mendukung teknologi WiFi 802.11n atau 802.11ac sudah memiliki pengaturan QoS tersendiri.

Namun, kamu juga bisa menyetel QoS di Windows 10, dengan cara sebagai berikut:

- Akses program Run dengan shortcut Windows + R, ketik “gpedit.msc” di kotak pencarian Run, lalu tekan Enter

- Di jendela Group Policy Editor, buka direktori Local Computer Policy > Computer Configuration > Administrative Templates

- Pilih Network > QoS Packet Scheduler > Limit Reservable Bandwith

- Atur setelan Limit Reservable Bandwith menjadi Enable, kemudian isi dengan angka 0 pada bagian bandwith limit, lalu klik Apply

- Setelan QoS ini akan aktif setelah kamu melakukan restart.

10. Ganti ke router dengan teknologi WiFi yang lebih baru

Router Linksys EA7500 dengan frekuensi 5 GHz. Foto: linksys.com

Poin ini erat kaitannya dengan poin nomor 3, yakni teknologi WiFi yang terbagi menjadi 5. Jika router yang kamu pakai sudah cukup berumur, mungkin ini saat yang tepat untuk ganti router baru. Untuk menjamin bahwa router kamu memiliki kecepatan tinggi, pastikan router yang akan kamu beli sudah mendukung teknologi WiFi 802.11n atau 802.11ac yang bisa mengantarkan kecepatan WiFi hingga 433 Mbps sampai 1.4 Gbps.

11. Beralih ke frekuensi WiFi 5 GHz

Setelan frekuensi 5 GHz di Device Manager Windows 10. (BukaReview/Tidar Sentausa)

Frekuensi WiFi umumnya terbagi menjadi 2, yakni 2,4 GHz dan 5 GHz. Biasanya pengaturan driver WiFi yang ada di laptop atau komputer kamu memiliki pengaturan frekuensi “Auto”, yang artinya akan menyesuaikan frekuensi dengan kekuatan sinyal yang ada.

Jika router kamu mendukung frekuensi 5 GHz, ada baiknya kamu juga menyesuaikan driver WiFi di laptop dan komputer ke frekuensi 5 GHz. Frekuensi 5 GHz ini direkomendasikan untuk mencapai kecepatan internet yang lebih kencang dari pada frekuensi 2,4 GHz.

Baca juga: 5 Langkah untuk Mengubah Koneksi Internet Windows 10 Menjadi Hotspot WiFi

Sebanyak 11 cara tadi adalah rekomendasi bagi kamu yang sedang mencari tahu bagaimana cara memperkuat koneksi WiFi untuk kecepatan internet yang maksimal. Setelah tahu cara mempercepat koneksi WiFi di atas, kini kamu tidak lagi merasakan lag ketika bermain online game atau sekadar video streaming lagi!

from https://review.bukalapak.com/techno/cara-mempercepat-koneksi-wifi-97423 from https://bukareview0.tumblr.com/post/181702253388