![]() Faster connections are measured this way. The most common unit of measurement for modern internet connections. Only the slowest connections are measured this way. Transfer rates are commonly described using a bits-per-second measurement. This can be done through the internet, or locally, such as transferring photos between a flash drive and your computer’s local storage. Simply put, transfer rate refers to how quickly data is transferred between two or more devices. There are 1 billion bytes in a Gigabyte (GB). There are 1 million bytes in a Megabyte (MB). Since bits are such a small unit of measurement, it makes more sense to use bytes when discussing file sizes.įor example, there are 1,000 bytes in a single Kilobyte (KB). There are 1 billion bits in a Gigabit (Gb).Ī byte is a common unit of measurement for determining how large a particular piece of data is. There are 1 million bits in a Megabit (Mb). These are the ones and zeroes that make up binary code.įor reference, there are 1,000 bits in a single Kilobit (Kb). Speed Test Terms: How To Understand Your Results Bitsīits are foundational units of measurement for digital data. Streaming multiple TV shows or movies at the same time (especially 4K media) and downloading large files are both examples of activities that require higher download speeds than average. Almost all activities require a certain amount of download speed, so this is the main number you’ll want to pay attention to when deciding how much internet speed you need. Download Speedĭownload speed refers to how quickly your connection can retrieve data from a website or server online. Some do, however, including Skype and other video chat services, online gaming, and large cloud storage applications like Dropbox and Google Drive. In short, most activities online do not require high upload speeds. This number is often not the one heavily advertised by service providers online, and this is on purpose. Upload speed refers to how quickly your connection can send something (data, in this case) from your device to the wider internet. In order to better understand your internet speed test, it is vital to know the difference between upload speed and download speed. Understanding Your Internet Speed Test Results The speeds advertised by internet providers are based on the speed you get with a device wired directly to the router using an ethernet cable. Keep in mind that using WiFi tends to reduce performance. This will often solve the issue, but not always. If you test your connection multiple times and find that you aren’t getting what you’re paying for, we recommend reaching out to your ISP for help. Running our internet speed test is the best way to determine if your provider is actually holding up their end of the bargain. Then there’s the flipside you may be paying for speeds you’re not actually getting. Based on the information above, if you find that your internet speeds are higher than needed, we’d recommend reaching out to your ISP (Internet Service Provider) and switching to a lower-cost plan. You may be paying for more speed than you actually need, and these additional fees could be costing you month after month. Your network connection could be unstable if the response time varies greatly for different requests, such as a few milliseconds for some pings but much longer for others.For one, it could potentially save you some money. The test pings the server frequently and shows the response times for each request so that you can have a sufficient dataset to analyze. The test displays the response time for every ping you make and notifies you when the request time out, indicating that the server is unavailable. In a ping test, your device sends a request to your selected server at regular intervals and records how quickly it receives a response. How Can a Ping Test Help Determine Network Stability? ![]() Having learned about ping, let's look at how you can test its stability with the ping test. The lower the ping rate, the quicker the response time means better data transmission between your client and the remote server. Measured in milliseconds, it tells you how long a request takes to reach the remote server and return to your device. Ping refers to the process through which a client (your device) sends a request to a server to retrieve data, and the server returns the data to the client. Before running the test, let's break down what "ping" is. ![]()
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