hi!i’m Tom, founder and creative director of POKE. i live in CT, work in NYC, munch on tasty digital cookies, collect lunchboxes, take lots of photos and buy lots of t-shirts. mmm…cookies. i’m passionate about creating a safe internet for kids, cookies, really great Italian cooking, all kinds of dogs, digital photography and the power of technology and how it affects our daily lives. i’d love to tell you i read a lot - but i just don’t.
so there.
Hey Buddy you done a very great job and i like your way of describing, it is very stunning. I Found 1. A unit of computer memory or data storage capacity equal to 1,024 terabytes (250 bytes). 2. One quadrillion bytes.
This is amazing, and the comparison between the amount of data processed by Google per day, and the entire written works of mankind, from the beginning of recorded history, in all languages, is amazing too. Google must be repeatedly processing the same information for that to be possible.
@Anonymous Google is indeed processing the same information over and over, the google bots are always scanning web sites for changes and updates. However its not just written stuff google is processing, its working with voice and video and mathmatical data of all kinds. 20 petabytes a day is an amazing amount for sure!
Your math is wrong with HD video, it isn't 7 minutes. Uncompressed standard definition video is about a Gig a minute. Uncompressed High Definition at 1080i 59.94 is about 6 GB per minute. Most video environments, use compressed High Definition which is about a 1GB per minute.
The biggest reason for the "Millennium Bug" was the extra disk space needed to hold the extra length of the date data to accommodate the Century information for every date item.
Disk storage was such an expensive part of a company's computer budget that many companies delayed too long before making the investment, continuing to develope systems which were destined to last into the next century without investing in the necessary additional storage.
Were the millennium to occur in, say, the next 5 years then there wouldn't be a problem because storage is now so cheap.
I remember reading last year that a terabyte can store the audio of every conversation you ever had in your entire life. I thought that was amazing, but this is simply mindblowing.
We won't need to buy it. By the time this comes to market, most computers will be on broadband and connected by optical fibre or wifi-max etc.
We will be uploading everything we create (photos, videos) to cloud servers over the net.
A 'camera' will be a phone, that will take pics and HD video. One device. It will automatically upload everything we record to the net, to save and share.
Everything we want will be on the net, on demand. If you want to view a movie, any movie, it will be available to view at anytime over the net, without the issue of download speeds.
Reader Comments (28)
I Found 1. A unit of computer memory or data storage capacity equal to 1,024 terabytes (250 bytes).
2. One quadrillion bytes.
The second drive was what the B drive was used for and there was no such thing as a hard drive available on personal computers.
Google is indeed processing the same information over and over, the google bots are always scanning web sites for changes and updates. However its not just written stuff google is processing, its working with voice and video and mathmatical data of all kinds.
20 petabytes a day is an amazing amount for sure!
The biggest reason for the "Millennium Bug" was the extra disk space needed to hold the extra length of the date data to accommodate the Century information for every date item.
Disk storage was such an expensive part of a company's computer budget that many companies delayed too long before making the investment, continuing to develope systems which were destined to last into the next century without investing in the necessary additional storage.
Were the millennium to occur in, say, the next 5 years then there wouldn't be a problem because storage is now so cheap.
We will be uploading everything we create (photos, videos) to cloud servers over the net.
A 'camera' will be a phone, that will take pics and HD video. One device. It will automatically upload everything we record to the net, to save and share.
Everything we want will be on the net, on demand. If you want to view a movie, any movie, it will be available to view at anytime over the net, without the issue of download speeds.