MySpeedMySpeed is touted as one of the best speed tests. With a host of advanced features, the tool allows you to test the speed and performance of your internet connection anywhere, anytime.
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As there are a lot of options on the internet package for us to choose from, it’s not easy to pick the right Internet plans for home. It’s obvious that we need to consider various factors, such as speeds, bandwidth, data allowances, the numbers of users and devices using your connection, and more. But out of all factors to consider, well, the first thing you need to think about is what type of user you are. By determining the type of user you are, you will be able to pick the right package for your home with ease. But how to know what type of internet user you are? Let’s take a look at things to consider when choosing the broadband internet package listed below here and you will have the answer. What type of user are you?Different types of users have different demands on internet bandwidth as well as upload and download speeds. That depends on the specific online activities that you and other ones in your household want to engage in, the amount of time using the internet, and more. Now, let’s see you are a light user, moderate user, or heavy user!
How many users and devices will be using the network?The more users and devices using your internet connection at once, the slower it’ll be for everyone. So it’s also important to determine how many users and devices will be using the network. If you’re a solo user using just one device at once, and you belong to the category of “Light user” or, well, even “Moderate user”, then a basic, low-cost service package is something you could probably go for. But if you have 4 users and even more or multiple devices using the network at a time, or you or someone in your household frequently transfer large files or stream 4K videos, an advanced service or even an unlimited package with high speeds might be what you want to do carefully consider. Click here: MySpeed What’s about the prices and your budget?It’s true that we need to choose what we can afford, right? So, the price is another important factor to consider. But, just looking at the prices of internet plans for home and making the decision only based on the price might potentially be a mistake. So, it’s always best to make sure that you look at all the features of available internet packages first, then compare to find out one that suits your needs the most, and, of course, comes with the best price. ConclusionAlong with things to consider when choosing internet plans for home as mentioned above, there are other factors that you should also think about like kinds of broadband available in your area, whether or not you need a home phone package and extra services, … Well, that’s all for this article. Hope that it provided you with useful information.
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Website performance is a hugely important topic, so much so that the big companies of the Web are obsessed with it. For the Googles, Yahoos, Amazons and eBays, slow websites mean fewer users and less happy users and thus lost revenue and reputation. In your case, annoying a few users wouldn’t be much of a problem, but if millions of people are using your product, you’d better be snappy in delivering it.
You might be interested in the following related posts:For years, Hollywood movies showed us how fast the Internet was: time to make that a reality. Even if you don’t have millions of users (yet), consider one very important thing: people are consuming the Web nowadays less with fat connections and massive computers and more with mobile phones over slow wireless and 3G connections, but they still expect the same performance. Waiting for a slow website to load on a mobile phone is doubly annoying because the user is usually already in a hurry and is paying by the byte or second. It’s 1997 all over again. Performance is an expert’s game… to an extent. You can do innumerable things to make a website perform well, and much of it requires in-depth knowledge and boring testing and research. I am sure a potential market exists for website performance optimization, much like there is one now for search engine optimization. Interestingly, Google recently announced that it will factor performance into its search rankings, so this is already happening. That said, you can do a lot of things without having to pay someone to point out the obvious. Website performance is a hugely important topic, so much so that the big companies of the Web are obsessed with it. For the Googles, Yahoos, Amazons and eBays, slow websites mean fewer users and less happy users and thus lost revenue and reputation. In your case, annoying a few users wouldn’t be much of a problem, but if millions of people are using your product, you’d better be snappy in delivering it. For years, Hollywood movies showed us how fast the Internet was: time to make that a reality. Even if you don’t have millions of users (yet), consider one very important thing: people are consuming the Web nowadays less with fat connections and massive computers and more with mobile phones over slow wireless and 3G connections, but they still expect the same performance. Waiting for a slow website to load on a mobile phone is doubly annoying because the user is usually already in a hurry and is paying by the byte or second. It’s 1997 all over again. Performance is an expert’s game… to an extent. You can do innumerable things to make a website perform well, and much of it requires in-depth knowledge and boring testing and researceh. I am sure a potential market exists for website performance optimization, much like there is one now for search engine optimization. Interestingly, Google recently announced that it will factor performance into its search rankings, so this is already happening. That said, you can do a lot of things without having to pay someone to point out the obvious Know Your Performance Blockers Performance can be measured in various ways. One way is technical: seeing how fast a page loads and how many bytes are transferred. Another is perceived performance, which ties into usability testing. This can only be measured by testing with users and seeing how satisfied they are with the speed of your interface (e.g. do they start clicking on your JavaScript carousel before it is ready?). The good news (and hard truth) about performance is that 80 to 90% of poor performance happens in the front end. Once the browser gets the HTML, the server is done and the back-end developer can do nothing more. The browser then starts doing things to our HTML, and we are at its mercy. This means that to achieve peak performance, we have to optimize our JavaScript, images, CSS and HTML, as well as the back end. So here are the things that slow down your page the most. EXTERNAL RESOURCES (IMAGES, SCRIPTS, STYLE SHEETS) Every time you load something from another server, the following happens: The browser opens up the Internet’s address book and looks up the number associated with the name of the server that’s holding the things you want (i.e. its DNS entry). It then negotiates a delivery. It receives the delivery (waiting for all the bytes to come in). It tries to understand what was sent through and displays it. Every request is costly and slows down the loading of the page. This is also caused by browsers loading things in chunks (usually four at a time) rather than all at the same time. This is akin to ordering a product from a website, choosing the cheapest delivery option and not being at home between 9:00 am and 5:00 pm. If you include several JavaScript libraries because you like a certain widget in each, then you’ll double, triple or even quadruple the time that your page takes to load and display. SCRIPTS JavaScript makes our websites awesome and fun to use, but it can also make for an annoying experience. The first thing to know about scripts that you include in a document is that they are not HTML or CSS; the browser has to call in an expert to do something with them. Here is what happens: Whenever the browser encounters a <script> block in the document, it calls up the JavaScript engine, sits back and has a coffee. The script engine then looks at the content in the script block (which may have been delivered earlier), sighs, complains about the poor code, scratches its head and then does what the script tells it to do. Once the script engine is done, it reports back to the browser, which puts down its coffee, says good-bye to the script engine and looks at the rest of the document (which might have been changed, because the script may have altered the HTML). The moral of the story is to use as few script blocks as possible and to put them as far down the document as possible. You could also use clever and lazy JavaScript, but more on that later. IMAGES Here is where things get interesting. Optimizing images has always been the bane of every visual designer. We build our beautiful images in Illustrator, Photoshop or Fireworks and then have to save them as JPG, GIF or PNG, which changes the colors and deteriorates the quality; and if we use PNG, then IE6 arrives as the party-pooper, not letting us take advantage of PNG’s cool features. Optimizing your images is absolutely necessary because most of the time they are the biggest files on page. I’ve seen people jump through hoops to cut their JavaScript down from 50 KB to 12 KB and then happily use a 300 KB logo or “hero shot” in the same document. Performance needs you! Finding the right balance between visual loss and file size can be daunting, but be grateful for the Web preview tool, because we didn’t always have it. I recall using Photoshop 4 and then Photoshop with the Ulead SmartSaver, for example. The interesting thing about images, though, is that after you have optimized them you can still save many more bytes by stripping unnecessary data from the files and running the files through tools that further compress the images but are non-lossy. The bad news is that many of them are out there, and you’ll need different ones for different image formats. The good news is that tools exist that do all that work for you, and we will come back to this later. For more advanced optimizaition techniques feel free to take a closer look at the Smashing Magazine’s articles Clever JPEG Optimization Techniques, PNG Optimization Guide and Clever PNG Optimization Techniques. Simple Tools You Can Use Now To Improve Performance All of those companies that obsess about page performance offer tools that allow you to check your own website automatically and make it easy to work around problems. TEST YOUR PERFORMANCE The first thing to do is find out how your website can be optimized. Here are three great tools (among others that crop up all the time) to use and combine. Source: https://gospeedcheck.com/ You are in the middle of the city, in the midst of a whole bunch of cell phone towers. You are using your device with a strong cell phone signal, however, when you duck into a building and all of a sudden you can not make a phone call. What happens? What is the reason? Maybe you do not know the building materials can have a huge impact on your cell phone signal. Do building materials influence the cell phone signal? Cell phone signals can be prevented a little or a lot depending on which materials are used to construct the building. Some the materials such as wood, drywall, plastics, and glass will reduce cellular signal transmission, but not block it. Otherwise, materials such as tin, copper, silver, aluminum, and others can completely choke signal. Let’s look up to some of these materials that block cell phone signals. >>> See also: Speedtest Mobile and How to activate 4G on iPhone >>> See also: SLOW mobile data speed test? Let’s TRY 8 effective solutions! In your HomeWhether your home is in the valley or on the top of the hill, the building material of your house can make a difference in cell signal. Most homes are made of wood, plywood, fiberglass insulation, and glass. Each of these has an effect on whether the cell phone signal makes it into your home office. Maybe you do not want but in fact, all together in the construction of your home block cell phone signals. Wood Solid wood in your walls, ceilings, doors, floors, and even furnishings are able to decrease mobile data speed test by -5dB to -12dB. Plywood is weaker and less but it still impacts the signal and drops it by -4dB and -6dB. Glass You might think that signals can penetrate right through the glass, but in fact, clear glass actually refracts the signal. As a result, a loss of about -4dB will happen. Especially, If your house is designed with tinted glass in order to energy efficiency and privacy (Low-E glass), this rate of loss is a staggering -24dB to -40dB. Insulation and Drywall In addition, the more layers of building materials, the more cell phone signal is blocked. Your speedtest Mobile result can be very low. Fiberglass is quite porous at -2dB, but add drywall and the loss is -4dB. In the Office Office buildings are very high and they need to use more robust and longer-lasting materials such as metal, brick, and concrete to construct. Therefore, of course, cell phone signals are more and more difficult to come through them. These are even better at blocking signals. Even, some buildings are purposefully constructed to block cell phone signals for security. Metal Similar to wood, metal is also one of the best materials to block cell phone signals. You will lose about between -32dB and -50dB of a signal when getting through a metal barrier. Concrete Another hard material blocking cellphone signals is concrete. If you want a room that blocks cell phone signals, creating cement or concrete is a good choice. Between -10dB and -20dB is the average loss. Cell phones work poorly in basements and underground parking structures for this reason alone. Brick Classic homes and old buildings with a lot of character are built of brick. Expect loss of -8dB and -28dB. Conclusion
To sum up, there are many building materials blocking cell phone signals, you can consider changing when constructing your house. However, you can apply some tips to speed up your internet without a cost. Read the article Speed up your internet in Windows 10 in both upload & download speed or [Info] How to speed up your internet for free to get good streaming? to get good ways Related: It can not be denied that the development of cell phone signal booster is really great. It is able to boost your cellular signal for home, car, business, etc. Today, we are going to share with you the best 7 cell phone signal boosters. Let’s dive in. The best 7 cell phone signal boosters The Federal Communications Commission (the FCC) passed the regulations of the booster market and divided them into two classes of boosters: “broadband” and “provider-specific.” There are different rules for each category. However, the noticeable thing is that “provider-specific” boosters can amplify the cellular signal by 100 decibels (dB), while “broadband” devices can do that by around 65 dB. That extra 35 dB gain can be small but make a huge difference especially weak outside signals. Here is the 5 best cell phone signal booster. 1. Cel-Fi GO X Cel-Fi is the only manufacturer that makes provider-specific boosters. Its product Cel-Fi GO X is developed greatly for smaller buildings. Although the GO X can only amplify the cell phone signal for one carrier at a time and can be a little bit more complicated to set up than other devices, it still is a good choice if you own a weak signal outdoors. A few notes:
If your building has a strong signal outside, a carrier-specific booster is not a necessity. Instead, a “broadband” booster can do well, and save you money and installation time. This cell phone signal booster can offer 12 dBm of downlink output power. The specification affects directly the coverage area of the system when you have a stronger outdoor signal. Therefore, 12 dB downlink out power makes the HiBoost Home 15K kit competitive with more expensive offerings from Wilson and SureCall. Moreover, similar to the Wilson Pro line of products, an LCD screen to present signal strength levels is also designed available. 3. SureCall Fusion4Home If you are in a smaller apartment and have a reasonably strong outside signal (2 bars or more), the SureCall Fusion4Home can be a good choice for you. Moreover, it is relatively quick to set up. That will not bring a gigantic increase in signal but with 2 bars of coverage outdoors, you can expect to cover around 500 sq ft of indoor space. In addition, it is recommended to select the version of this product with a yagi outdoor antenna and a panel indoor antenna. This antenna version may save you a bit of money, but the performance is considerably worse. 4. Wilson Pro 70 Plus The Wilson Pro 70 Plus is one of our most popular cell phone signal booster kits. Another good reason is that it offers excellent performance at a great price point. The Wilson Pro 70 Plus gets close to maxing out most of the FCC’s rules for “broadband” boosters, with up to 70 dB gain and 10 dBm downlink output power. Those specs mean it’ll offer a solid coverage area, particularly when the outdoor signal is on the stronger side (2-3 bars or more). 5. SureCall Fusion5x 2.0 Surecall’s Fusion5X 2.0 cell phone signal booster is an excellent choice when installing in larger homes and mid-size offices. It’s unique in its price range because it comes in configurations with 4 in-building dome or panel antennas, and has even higher gain and output power performance than the Wilson Pro 70 Plus. The additional antennas and power are good conditions for the Fusion5x to cover a larger idea in spite of its relatively modest size. Furthermore, there is no ability to manually control the device’s gain on each band, to shut off particular bands, and no LCD screen to show you what the unit is doing. Conclusion
Above is the 5 best cell phone signal boosters you can consider installing in your house to improve the cellular signal. Related topic: Mobile plays an important role in our life when human activities replied on it quite a lot. Is your cell phone signal low? In this case, many people will think about purchasing a cell phone signal booster. What is this and does it work well? Let’s find out. Related TOPIC: What is a cell phone signal? Does it work well? What is a cell phone signal booster? A cell phone signal booster or with other names of amplifier or repeater includes three main elements: exterior antenna, amplifier, and interior antenna. They are developed as a wireless system to boost cellular reception. A cell phone signal booster or with other names of amplifier or repeater includes three main elements: exterior antenna, amplifier, and interior antenna A cell phone reception booster’s nature is a repeater system that involves the amplifier adding gain or power to the reception in various directions. Depending on each application, carrier, even for a cheap cell phone signal booster, there are still different maximum gain. The outside antenna takes responsibility for receiving and transmitting signals to a cellular tower with enhanced power and sensitivity. In general, the dB gain never drops below 7 dB and reaches over 10 dB gain. The system's element conduit is the coaxial cable. It is also a factor in transmission loss. Three main parts of cell phone signal boosters are designed to solve causes in the following ways:
> See also: SLOW mobile data speed test? Let’s TRY 8 effective solutions! Does the cell phone signal booster work well? The answer is absolute yes, our cell phone signal boosters work. As long as there is some signal outside, they can amplify that signal up to 32 times to provide strong cellular reception inside homes, offices, and vehicles. Unfortunately, there are many cellular phone signal boosters available on the market that simply do not perform as advertised. All cell phone boosters we supply do however work and will amplify weak signals by taking signals received outside and bringing these insides and amplifying them. It should also be noted that wherever there is enough signal outside to place a call, cell signal boosters will work effectively. In fact, without any signal outdoors, no cellphone booster will do anything.
How to speed up your internet freely? Apart from installing a cell phone signal booster, you can apply some tips to speed up your internet without paying any fee. It is better for you to try out all of these tips at the same time to receive as good a result as possible. Follow some tips:
The question is, do weather conditions such as rain, hail, or lightning storms affect your cell phone signal? Especially areas often happen natural weather phenomena such as South Africa, Peru, Costa Rica. Cell phone signal is carried by radio waves and cellular reception is able to be impacted by many atmospheric conditions. The terrestrial or broadcasting radio signal is also affected. How weather can affect the cell phone signal? In actual fact, the weather phenomena can influence the 4G cell phone signal in both direct and indirect ways, but it does not work with cell signals under 2 GHz. The reason is that these cell signals under 2Ghz are more robust and can travel further lengths, however, they are not used widely because they do not offer the fast speeds of frequencies above 2Ghz such as 4G or 5G. Instead, its plus is that they have the ability to be more penetrable and subject to obstruction. See also:
What are the reasons for these impacts on cell phone signals? Firstly, there should not any water in the atmosphere that positions between your cell phone and the cell tower. Water will prevent radio waves on the frequency bands that cellular networks are using. As consequence, weather conditions such as rain, fog, clouds, or a nice day with high humidity can lead to the degradation of cell phone signals. This signal impedance happens because water conducts electricity, which allows water vapor in the atmosphere to reflect or refract radio waves. Its terminology is “propagation delay effect.” But for you and me it means the cell signal is weakened by noise or takes longer to get where it’s supposed to go (either to your phone or the tower) which we notice as lagging voice calls, buffering data, or dropped calls. Various Weather Conditions Can Impact Your Cellular Signal: Rain – As mentioned above, it is sure that data speeds and cell signals are affected by rain. Especially, rainstorms generally cause the biggest impact on cell reception because they contain a high density of water vapor. The heavier the rain, the higher the probability that your reception will be got an influence. Atmospheric water vapor (like rain) can also hinder your cell reception by absorbing energy from radio waves. The absorbed energy is converted into heat that the same thing your microwave does when you make a bag of popcorn or heat up food. Lightning – Thunderstorms, not only the rain but also lightning associated with thunderstorms can cause electrical interference. Of course, a lightning strike can deface cell towers or other network equipment, make local cell service reduce.
Snow and hail – Do not have as big an impact as rain, snow and hail still have an effect on your cell reception because ice, in the form of snowflakes or hailstones, is less dense than water in liquid form. However, if the snow becomes particularly heavy, radio waves will be really refracted. Fog & clouds – Again, these would probably affect cell phone signal less than rain, but they can still scatter radio waves in localized areas. Temperature – If the temperature is just hot or cold, not along with other weather conditions, there will be no effect on your cell reception. However, it may seem like outside temperatures affect your signal because these temperatures change almost always to humidity changes that accompany warming or cooling temperatures. Wind - Wind alone, like temperature, should not affect your cell reception. But any of the above-described weather conditions associated with high winds certainly can cause service issues. High winds can also damage cell network equipment and power lines, which could affect local cellular service. Conclusion How weather can affect the cell phone signal? The answer is yes and although we can change Mother nature, we can limit the impact of the weather phenomena in some ways. Read the article SLOW mobile data speed test? Let’s TRY 8 effective solutions! to apply some tips to improve the connection quality. Internet bandwidth and internet speed, do you think they mean the same thing? Are there any differences between them? Is testing internet connection speed testing the bandwidth? Well, in spite of the fact that these 2 terms are often used interchangeably, they are totally different. Why??? Keep scrolling down to learn basic things about internet speed and bandwidth and then you will understand the differences between them. Now, let’s start by figuring out what the internet speed is first! More:
What is the internet speed?As you may guess from the term 'speed' itself, well, it refers to the fastness of the data transfer over a connection, telling how quickly the data is pushed and pulled from/to a device (upload and download speeds). Of course, the faster the upload speed and download speed, the better as they allow the data and information to be uploaded and downloaded quicker. In contrast, the slow internet connection speed is what internet users don't want to experience as it just takes us more time to receive or send the data. These days, testing internet connection speed is so simple and easy thanks to the availability of countless online speed test tools on the internet. Generally speaking, the fastness and stability of a connection are so important when it comes to smooth internet experiences in today's digital era. What is internet bandwidth?Bandwidth refers to the maximum amount of data or the maximum data capacity that can pass through an internet connection in a given time. It's measured in Kbps (standing for Kilobits per second), Mbps (standing for megabits per second), or even Gbps (standing for Gigabits per second). The bandwidth of an internet connection can be either asymmetrical or symmetrical. Asymmetrical bandwidth means the upload capacity of a connection is not equal to its download capacity, while symmetrical bandwidth means the opposite (the download capacity is completely equal to the upload capacity). Normally, upload capacity is smaller than download capacity in most asymmetrical connections. These are a few basic things to know about the terms 'bandwidth' and ‘internet speed’ following is about the biggest difference between them. Here it is! The biggest difference between internet speed and internet bandwidth, what it is?After checking out a few basic things concerning what internet speed and internet bandwidth are, do you have any idea about the differences between them? Actually, many people tend to use these two words interchangeably so often, however, they don't mean the same thing. Speed does not equal bandwidth, therefore, using them interchangeably seems to be not really correct in many cases.
Well, about the biggest difference between internet speed and bandwidth and speed, it can be summed shorted in one sentence: while bandwidth is how much data and content can be pushed and pulled from/to a device, speed is about how fast a device can send and data receive data and information. If the bandwidth of a connection is the size of a water pipe, then its speed is nothing but the rate of water passing through that pipe. Now, you know how and why it's said that bandwidth and speed are different, don't you? Also, it's clear that testing internet connection speed is about measuring how fast or how slow an internet connection is, not how large the bandwidth is! Bottom lineIn a nutshell, though internet bandwidth and internet speed are related, they are not the same thing, and testing internet connection speed is a way to determine how fast the data can be transferred through it, not how much the data can pass through it. And that’s all for this article. Hope you liked it! These days, it’s easier than ever to enjoy music whenever and wherever we want thanks to the availability of loads of music streaming services such as Spotify, Apple Music, Pandora, SoundCloud, Amazon Music Unlimited, and more. Are you using any music streaming platforms? Have you ever wondered whether streaming music uses a lot of internet bandwidth and data as well as requires fast internet speed? In fact, streaming music is not hogging the bandwidth and this activity also doesn’t need a solid connection to run smoothly. Yep, that’s true. Keep reading on to know why we say so and then explore the recommended speed requirements for popular music streaming services. Music streaming does not require as high speed as video streaming Generally speaking, audio streams need less internet bandwidth and data to play than video. Speaking of required speeds, we don’t need very fast internet speed to enjoy music streaming. Not like video streaming which requires speeds from 3 Mbps and to up to dozens of Mbps, the minimum speeds we need to play music on streaming services is just about 0.128 Mbps or even less than that, depending on the platforms you use. Do you know that you will need a speed of at least 25 Mbps to stream 4K videos on Netflix? Note that it’s the required speed for streaming on one device. For lower definitions of HD and SD on Netflix, it’s also recommended to have 5 Mbps and 3 Mbps, respectively. Of course, we don’t need that fast to stream audio music. For sure, music streaming is not hogging the bandwidth, so you don’t need large bandwidth to stream music. Let’s jump to the next part of this article to explore specific recommended speed requirements for popular music streaming services. Recommended internet speeds for some popular music streaming services As mentioned previously, there are countless music streaming platforms available on the internet. And each one of them has different recommended internet speed requirements. Let’s see what internet speed is enough to play music on Spotify, Pandora, Apple Music, Amazon Music Unlimited, Tidal, SoundCloud, and more right below here: Spotify You’ll need a minimum speed of 0.096 Mbps to smoothly enjoy music on Spotify. Other speed recommendations include: For Standard quality on desktop: 0.160 Mbps For High Quality of desktop: 0.320 Mbps For Normal quality on mobile: 0.096 Mbps For High quality on mobile: 0.160 Mbps For Extreme quality on mobile: 0.320 Mbps Apple Music Users need a minimum speed of 0.256 Mbps to experience music on Apple Music. Pandora
To stream music on Pandora, you will need a minimum speed of 0.150 Mbps. Higher streaming quality on this service requires a higher speed which is 0.300 Mbps. SoundCloud The minimum speed that you need to have to stream music on SoundCloud is just 0.128 Mbps, lower than the required speeds for streaming on Pandora. Tidal About Tidal, you will need a minimum internet speed of 0.256 Mbps to stream on this service. Tidal HiFi and Tidal Premium require faster speeds which are at least 1.411 Mbps and 0.320 Mbps, respectively. Well, it’s true that streaming music doesn’t require fast internet speeds, right? It’s also true that it’s not hogging the bandwidth. Bottom line Now we all know that music streaming doesn’t require a fast internet connection speed, right? It also doesn’t take up a lot of bandwidth-hogging and data when running. So, streaming music is not hogging the bandwidth when we enjoy our favorite songs. And that’s all for today’s post. Hope you enjoyed it! |
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