We provide the best value to our customers by continuously refining our
– Zoom data usage for 1 hour
Doug Jones Principal Architect. Jay Zhu Senior Engineer. Building on our prior workthis investigation explores the hourly data consumption of popular video conferencing applications: Google Meet, GoToMeeting, Microsoft Teams and Zoom. As video conference applications have become an integral part of our daily lives, we wanted to not only better understand the bandwidth usage as previously explored, but also the total data consumption of these applications.
This investigation provides a first step in better understanding that latter dimension. To avoid any appearance of endorsement of a particular conferencing application, we have not labeled the figures below with the specific apps under test. In short, we observed that a single user zoom data usage for 1 hour a video conferencing application consumed roughly one gigabyte per hour, which compares to about three gigabytes per hour when streaming an HD movie or other video.
However, we did observe substantial variance in video conferencing app hourly data consumption based on the specific app and end-user device. Much like our prior work on bandwidth usage, the test setup used typical settings and looked at both upstream and downstream data consumption from laptops connected to a cable broadband internet service. We used the same network equipment from November and our more recent blog post in February.
The cable network was configured to provide 50 Mbps downstream and five Mbps upstream broadband service, overprovisioned by 25 percent. For all 10 participants, cameras and microphones were on. Conference applications were set to “gallery mode” with thumbnails of each person filling the screen, no slides were presented ysage the video conference sessions just included people zoom data usage for 1 hour.
The laptop under test used a wired connection to the cable modem to ensure that no variables outside the control of the service provider would impact zook performance.
Most notably, by using a wired connection, we removed the variable of Wi-Fi performance from our test setup. During data collection, the conference app was the only app open on the laptop under dtaa. Video conferencing sessions were set up and data consumption was measured over time. We zoom data usage for 1 hour 10 minutes of data for each conferencing session under test to calculate the total consumption for one hour.
The charts below show the data consumed for each of the 10 minutes of the conference session. During the conference there was movement and discussion to keep the video and audio streams active zoom data usage for 1 hour the period of data collection. For each test scenario, only zoom data usage for 1 hour laptop was connected at a time to the broadband connection under test.
Our goal was to measure the data consumption of one conferencing user on the broadband connection. The other conference participants were on the internet; they were not взято отсюда the lab.
Once again, we used TShark a popular, widely used network protocol analyzer to capture and measure the data. For the laptop under test, we chose two that have quite different capabilities.
The first was a low-cost laptop with an inch screen, like the ones students are often provided by school districts for at-home learning. The second was a higher-cost laptop with a inch screen, like what we often see in an enterprise environment.
Note the two laptops not only have quite different hardware components e. Once again, to avoid any appearance of endorsement, we are not identifying the specific laptops used.
Table 1 shows hourly bandwidth consumption combining both upstream and downstream for the laptop under test, normalized to Gigabytes per hour. The table provides the data consumption zoom data usage for 1 hour the low-cost and higher-cost laptops in each scenario with the four conferencing applications.
The following figures show the data consumption, in Megabytes, for each minute of the minute data collection for each of the permutations of our testing. Figure 2 shows data consumed each minute for each of the four apps when using the higher-cost laptop sata in the person meetings.
Figure 3 shows the zoom what none: is h5 – consumed each minute using App A and compares the two laptops used for data collection. For each minute, the bar to the left is the lower-cost laptop and the bar to the right is the higher-cost laptop. Figure 4 shows the data consumed each minute using Can i install on my laptop with B and compares the two laptops.
The bar to the left is the lower-cost laptop and the bar to the right is the higher-cost laptop. Figure 5 shows the data consumed each minute using App C and compares the two laptops. Figure 6 shows the data consumed each minute using App D and compares the two laptops. Data Consumption Varies : The first takeaway is that different apps consume different amounts of bandwidth, as shown in Table 1, zoom data usage for 1 hour 0. Comparing Laptops : In Table 1, the two columns of data show uage differences between the lower-cost and higher-cost laptops for the usate collections.
On the lower-cost laptop, Apps A, B and C consume about the same amount of data on an hourly basis. Comparing Laptops : The second column of data show that all apps on the higher-cost laptop consumed more bandwidth than the lower-cost laptop. This difference zoom data usage for 1 hour that when using the actual conferencing app not a web browserprocessing power available in the laptop may be a determining factor in consumption.
Comparing Apps : App C was the most consistent in data consumption regardless of the laptop used. The other conference applications noticeably consumed more on the higher-cost laptop. In summary, we observed a more than 7X variation in the data consumption of video conferencing with a very limited exploration of just usaeg variables — laptop and video conferencing application.
Notably, however, when data consumption was at its highest, it was of the same magnitude as the data consumption of an Hlur video stream.
This is an area flr for further research and study, both to more comprehensively explore these variables e. Andy Dolan Senior Security Engineer. Ann Finnie Global Communications Manager. Barry Ferris Senior Product Manager. CableLabs CableLabs. Chad Riland Program Manager, Innovation. Chris Lammers Chief Operating Officer. Darshak Thakore Principal Architect. David Debrecht Vice President, Wireless. Debbie Fitzgerald Technology Policy Director.
Eric Klassen Executive Producer. Greg Rutz. Greg White Distinguished Technologist. Jason Rupe Principal Architect. Zoom data usage for 1 hour Cary Deputy General Counsel. Karthik Sundaresan Distinguished Technologist. Kathi Jack Accounting Manager. Kelton Shockey Technology Policy Associate. Kyle Haefner Senior Security Engineer. Luther Smith Director, Wireless Technology. Mario Di Dio Principal Architect. Martha Lyons Director of Market Development.
Matt Schmitt Principal Architect. Michael Glenn VP of Cybersecurity. Michelle Zoom data usage for 1 hour Head of Culture. Michelle Vendelin Director, Innovation Services.
Omkar Dharmadhikari Wireless Architect. Paul Fonte Project Manager. Rahil Gandotra Senior Software Architect. Simon Krauss Deputy General Counsel. Steve Goeringer Distinguished Technologist, Security.
Tao Wan Principal Architect, Security. Vikas Sarawat. Wayne Surdam VP of Communications. Zane Hintzman Associate Engineer. Read More. Read Less. Stay Dat Receive insightful and engaging content and updates. HFC Network. May 6, Key Components of the Testing Environment Much like our prior work on bandwidth usage, the test setup used typical settings and looked at both upstream and downstream zooj consumption from laptops connected to a cable broadband internet service.
The zoom data usage for 1 hour gathering scenario: 10 people, each on their individual laptops, participated in the conference under test One person on the broadband connection under zoom data usage for 1 hour, using either a lower-cost or a higher-cost laptop.
The other nine participants were not using the broadband connection under test. Total data consumption was recorded for the laptop using zoo, broadband connection under test. Analysis Table 1 shows hourly bandwidth consumption combining both upstream and downstream for the laptop under test, normalized to Gigabytes per hour. A few notes on the charts: There was only one client behind the cable modem.
Each cata represents one minute of data consumption. Each bar shows total consumption and includes both the upstream and downstream, and both audio and video, added together. These charts show real-time consumption measured in Megabytes per hour to illustrate consumption over time. Figure 1 shows the data consumed when using the lower-cost laptop in the person zoom data usage for 1 hour. Key Observations A.
Not to mention the different targets of stuff being recorded like slides or people. I can’t understand why you have this issue right now though. At 3×1 hour Zoom call recordings per day, I think you can gather a meaningful sample really quickly with your organization’s usage and use that to extrapolate the requirements. 1. Jan 03, · Zoom requires internet speeds of between kps and Mbps for a to video call, in terms of both upload and download. If you were to make a p Zoom call lasting one hour, you’d use MB of data downloading video, plus another MB uploading video. That brings your total usage for the hour to just over 1GB. from my experience, it uses roughly 1 Mbps bandwidth. That’s equivalent to MB/s. Which is MB per minute. Which is MB per hour.
We may earn money when you click on our links. Learn more. Zoom uses an average of nearly MB of data per hour. We put together a guide to show you how to ease your data usage while on a Zoom video conferencing call. But you can also take more drastic measures, like calling in with your phone instead of over Wi-Fi.
We also have suggestions on how to lower your bandwidth usage to improve a slow Zoom connection. So read on for some handy tips before your next important Zoom meeting. Zoom uses about MB of data per hour. One-on-one calls take less data, and functions like audio-only VoIP and screen sharing use just a small amount of data. One-on-one calls use a modest amount of data, requiring a little more than half a GB per hour on the lowest resolution. But that will take nearly twice as much data and possibly even three times as much if you want the highest-quality HD.
Participating in a group call with the video function switched on will run you at least MB per hour. Read more about how to switch off your video farther down on this page. Keep in mind, though, that other Zoomers may still have their videos switched on—which will add to your overall data usage. If you have a really strict data cap, it may be best to upgrade your service or switch providers. Run an address check with our tool below to see if you can get a plan with more data in your area:.
You can use less data on Zoom by switching off your video or lowering your video resolution. In the bottom left corner of your screen, click on the tiny arrow next to the Start Video button. You can save even more data by switching off your video completely—a video call will cost you as much as 2. This will require some cooperation from everyone on your Zoom teleconference call, but you can avoid screen sharing entirely and the resulting data usage by using a separate app like Google Docs to discuss or edit important documents.
Just dial one of the numbers below based on where you are in the US and enter the meeting ID and if necessary, meeting password when prompted. Type in your zip code below to see if you can find a more generous internet provider in your area:.
Zoom needs a minimum of 3 Mbps download speeds in order to work effectively. Internet users often equate bandwidth with data, but actually the two are very different things.
Think of it this way:. Bandwidth—also known as internet speed—is the rate by which you can transfer data from a server to your device and vice versa. Streaming video, playing games, and doing other speed-intensive activities will slow down your Zoom connection.
For more detailed instructions, see our section above about how to use less data on Zoom. The recommendations above will let you use less data, but will also improve your network speeds and give you better Zoom performance with lower bandwidth. Participating in group video calls on Zoom uses anywhere from MB to 2.
Making a call with voice only and no video uses 27—36 MB per hour. You can lower the amount of bandwidth that Zoom uses by switching off your HD video setting, switching off your video entirely, and avoiding sharing your screen too much. If you have frequent issues with how much data and bandwidth Zoom uses, consider switching to a new internet provider.
How can you use less data on Zoom? How much bandwidth does Zoom use? How do you lower your bandwidth usage on Zoom? How much data does Zoom use? Find an internet plan with more data so you can Zoom in peace. One-on-one calls. Zoom settings. Group calls. Audio-only VoIP and screen sharing. Sharing your screen in a Zoom videoconference call will also take only a small amount of data.
Switch off your video completely. Pro tip. Use Google Docs or an app like it instead of sharing your screen. Call into your Zoom meeting by phone. To avoid using any data at all, call into a Zoom meeting over the phone. Get more data. Use your zip code to find satellite internet providers near you. Think of it this way: Data is information you consume on the internet. Bandwidth is the capacity you have to consume that information.
Zoom uses an average of MB of data per hour. Find all your internet provider options with one search. Sources 1. Written by. Read More. About Us. Internet Service. Don’t miss an update. Stay updated with service guides, reviews, and news… no matter where you are. Sign Up. Back To Top. Group call in p video. Sending and receiving video in p video.