Unlike other solutions on the list, this one runs short speed tests to several measurement servers on different networks. (Hint: It’s probably not the company you expected!)įor a more thorough speed test, consider the Internet Health Test. By picking a location further away for your test, you can get a better idea of how good your ISP and its network performs.įor something unique, be sure to check out SpeedSmart’s Wireless Speed Index, which measures the reliability of the biggest mobile providers in the United States, including Verizon, AT&T, T-Mobile, and Sprint. With the app, you can see a full history of tests and change which location to use for a session. For a more in-depth analysis, you should download the free SpeedSmart app for iOS and Android. SpeedSmart is another HTML5 speed test that provides download, upload, and ping information, regardless of your platform. For added flexibility, you can return to track your results against previous tests. The website test calculates the quickest and most reliable server in its network, then performs a sequence of downloads and uploads before presenting your numbers. Lightweight and designed to replicate real-world browsing and downloading conditions, SpeedOf.Me is a terrific HTML5-based solution available across multiple platforms. Like other solutions, Speedtest is free and sponsored by ads. There are also apps available for Windows and macOS. You can use the company’s test through its website or by using one of its apps, which are available for iOS, Android, Chrome, and Apple TV. Speedtest by Ookla has been offering internet connection speed tests since 2006. One of the most popular and long-running solutions also has the easiest name to remember. The following is a look at some of the options available. Many networking devices come with apps that perform similar tests. There are ways to measure Wi-Fi speeds across multiple platforms, including Windows, Mac, iOS, and Android. The type of data you upload could include large files sent through email or those used during video-chats.ĭownload and upload speeds are measured in megabits per second (Mbps). Upload speed, by contrast, is how fast you send data to others. This number is the most important for most folks since it’s the one measuring internet speeds to watch streaming content or download media files such as songs and movies. Ping is measured in milliseconds (ms).ĭownload speed, as the name suggests, means to receive data from a remote system, such as a web server, FTP server, or email server. In this case, it measures the time it takes to send Internet Control Message Protocol (ICMP) echo request packets between your device and internet service provider and back again. It measures the round-trip time for messages sent from the originating host to a destination computer. Ping is used for testing the reachability of a host on an Internet Protocol (IP) network. Expected and desired results will vary by hardware and deployment scenario.Wi-Fi Connection: What Those Figures Meanįor the average home user, when checking a Wi-Fi connection, there are three speed test numbers to look for: Ping, Download, and Upload. For testing of the final wireless environment (for that of your wireless clients), we minimally recommend 12dB with 2Mbps of throughput.For accurate placement of mesh repeaters, we minimally recommend 16dB with 4Mbps of throughput.Click Run speed test to perform a speed test to the AP. This will present a tool for testing throughput between the client and AP. Signal strength over 30dB is recommended for high speeds.įrom the page, click on Speed test along the top. Under Your connection the Signal strength between the client AP will be indicated. It is recommended that the client's signal strength be above 12dB for basic speeds. Laptop) with an up-to-date browser, locate the network’s SSID and connect.Ĭonnect to the AP Status Page and test Real-Time Signal StrengthĮach of Cisco Meraki’s Access Points has a self-hosted status page which contains certain tools that can be used for testing. Navigate to (This should take you to the device’s “Local Status Page”). This can be especially useful when determining MR Access Point placement during network setup and site surveys. This article describes how to test and monitor signal strength and throughput on a Cisco Meraki wireless network. Checking Signal Strength and Throughput on a Cisco Meraki Wireless Network
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