The Amount of Data and Bandwidth Required for Graphics and Photos

In today'due south globe, jail cell phones have become then advanced in their ability to take photos, that every-solar day people tin can relish a photo shoot at any time and upload the images to social media. Advancements in technology accept resulted in larger file sizes in photos, videos, animated graphics and web pages. This has impacted many professional person fields such as photography, graphic designers, website designers and other people who work with images or files.

And then what does this mean in terms of my data and bandwidth requirements with my Internet provider?

When posting photos to Facebook or bankroll up a estimator to the cloud, you are "uploading information." And if the term "information" threw you, in that location'due south a simple explanation for its use in the Internet industry: "Information" is a blanket term for ANY information sent between computers, whether it'southward a webpage, an electronic mail with vacation photos or uploading a photo shoot to an online web service, like Dropbox.

In our previous blog posts on requirements for email, VoIP, streaming music and web browsing, we have documented the data that is used for each application because it is non always clear how much data is existence sent or received.

With graphics and photos it is crystal articulate. The amount of data being used is the corporeality of the file size itself, i.eastward., if you have a loftier resolution photo that you email to your begetter, and the photo is 4.5 Megabytes in size. Yous are "uploading" four.5 MB plus the e-mail itself.

The speed that information technology is beingness transferred is now your most important factor, which has everything to practise with "upload" speed. How much time practice you want to spend waiting for your files to "upload?"

Your fourth dimension – when it's gone, it'due south gone.

Most people empathize download speed, but what is upload speed? Put simply, information technology's the speed at which information is sent from your computer to some other reckoner in a given 2d. Basically, an upload is sent in the reverse management of the download.

Following are some examples of information usage:

  • A photographer shoots v photos in RAW image format, and each photo is over 26 MB in size, to upload those photos to an online storage web service you would be looking at a 130 MB file upload. Your data used would be 130 MB:
    • 5 X 26 MB = 130 MB
    • Data used: 130 MB or .13 GB
  • Same lensman shoots 100 photos from a photo shoot in RAW epitome format. Each photo is 26 MB. To upload these photos to an online storage web service you would be sending 2.6 GB of data. Your information used would exist 2.vi GB:
    • 100 X 26 = 2600 MB
    • 2600 MB = two.6 GB
  • Same photographer shoots 100 photos 5x a calendar week in RAW image format. Each photo is 26 MB. To upload these photos to an online storage web service this photographer would be sending 13 GB of information a week. Your information used would be xiii GB a week, or 59 GB a month:
    • 26 X 100 = 2600 MB
    • 2600 MB X 5 = 13000 MB a week
    • 13000 MB = 13 GB a week
    • 13 GB a week 10 4.5 weeks per calendar month = 59 GB a month of data
  • Amateur photographer shoots 100 photos a week in high resolution image format. Each photo is iv.5 MB. To upload these photos to an online storage web service this photographer would be sending .45 GB of data a week (ane/2 a GB).
    • 4.5 10 100 = 450 a week
    • 450 MB a calendar week = .45 GB a week
    • .45 GB a week Ten 4.5 weeks per month = 2 GB a calendar month of data

One User Per Month

(Click on graphic below to enlarge)

Following are some examples of file upload speeds:

Speeds are adamant by the number of Mega Bits being sent. For example, let's say you want to upload a 4.5 MByte file x 100 = 450 MByte file (or files) in size.
(450,000,000 Bytes x 8 Bits in a Byte = three,600,000,000 Mega Bits or iii.6 Giga $.25)

  • At .512 Mbps up, information technology volition take almost 2 hours to upload.
    (three,600,000,000 Mega Bits / 512,000 bps = vii,032 seconds / 60 = 118 Minutes)
  • At 1 Mbps upwardly, it will take 1 hr, or ½ of the time of the .512 Mbps.
    (3,600,000,000 Mega Bits / i,000,000 bps = 3,600 seconds / sixty = 60 minutes)
  • At 2 Mbps up, it will take xxx Minutes to upload, or 1/4 of the .512 Mbps.
    (iii,600,000,000 Mega $.25 / two,000,000 bps = 1,800 seconds / 60 = 30 Minutes)
  • At 3 Mbps up, it volition have xx Minutes to upload, or i/6 of the .512 Mbps.
    (3,600,000,000 Mega Bits / 3,000,000 bps = 1,200 seconds / 60 = 20 Minutes)
  • At iv Mbps up, information technology will take 15 Minutes to upload, or i/8 of the .512 Mbps.
    (3,600,000,000 Mega Bits / 4,000,000 bps = 900 seconds / 60 = 15 Minutes)
  • At 5 Mbps upwardly, it will take 12 Minutes to upload, or 1/9 of the .512 Mbps.
    (3,600,000,000 Mega $.25 / five,000,000 bps = 720 seconds / 60 = 12 Minutes)

What does this all mean to you lot? Information technology means that if you are working with a lot of graphic images or big file formats, and are sending them to the spider web or using the Cyberspace for backup, you will want a faster "Upload" speed. You would likewise want a plan that would include enough free data to cover all of your needs.

Real manor companies, automobile dealerships, photography studios, newspapers, medical facilities, graphic and website designers volition all benefit from more UP speeds. Information technology makes yous more efficient. And more than efficiency means more coin.

GoBrolly recommends starting with the Better-for-Video programme or the Domicile Office plan. You lot tin always upgrade, it is that elementary.