![]() ![]() As you evaluate, keep these factors in mind: Consider how your customers, suppliers, partners, and employees interact with your business. What types of data do you exchange on the internet and how fast do you need that exchange to happen? Think about whether your current internet experiences meet your needs or fall short. To determine the right connection speed, you’ll need to assess your current internet usage. You’ll want symmetrical speeds in order to have natural conversations. It’s likely frustrating and not very productive. In this example, you would be experiencing asymmetrical download speeds. They might overlap, and it would be difficult to have a conversation in real time. Without symmetrical upload and download speeds, there could be a significant lag in your conversations. You’re using videoconferencing, and you want to include employees across the country or maybe even across the globe. Imagine you’re hosting an important meeting to prepare for a product launch. For videoconferencing, symmetrical speeds are important so you don’t experience latency or lag. This could be another important factor in your internet choice, depending on how you use the internet. Symmetrical uploads and downloads occur when the upload and download speeds are equal. That is, the speed to get from a source like your computer or smartphone to the internet, and back again. Also, your machines can operate and transfer data more smoothly.Īnother related measure is upload and download speed. This enables your video to be smooth and jitter free, and your sound is crisp, clear, and in sync with the video. This becomes especially important as you innovate to keep pace with or even set trends in the future.įor these uses, you want high bandwidth and high speed. And in certain industries, such as manufacturing or healthcare, machines-robotics, scanners, artificial intelligence (AI)-based technology-transfer heavy amounts of data and need more bandwidth to function. Other types of internet usage, like video conferencing or video streaming, require much higher bandwidth to transfer large amounts of data fast. It doesn’t require much capacity, or bandwidth, so it’s likely the data will travel at a high speed, maybe even the highest speed promised by your internet service provider (ISP) or internet provider. A simple search transmits a relatively small amount of data and is sent from your computer to the search engine server. Let’s go back to the Google search example. Bandwidth is the amount of data that can be transferred from the source to a destination in a given amount of time. Do your remote employees connect to your network? Are there peak hours or are there spikes in usage throughout the day? All of these are things to keep in mind as you review your business internet speed.īandwidth is different from speed, but the two measures are related. There are slower and faster options, but broadband connection speeds are the common ones businesses use.Īs more applications enter the marketplace that create more demand on your network, it’s important that you understand how they impact network performance. Gigabytes per second (Gbps) or “gig speed”.Broadband speeds are typically measured by: Broadband is a general term used when talking about high-speed connections. There are a range of speeds depending on the type of connection. ![]() ![]() The unit of measure depends on the type of connection. Internet speed is a combination of two things: the time it takes for your request to reach the Google server and then for the search results data to get to your device. Suppose you go Google and search for an article about the Internet of Things ( IoT). Internet speed or network speed is a measure of the time it takes to transfer data from your device, or source, to a destination server and vice versa.
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