ChatterBank3 mins ago
Computer memory
As time goes by, computer hard disks, memory sticks, memory cards etc become available with bigger and bigger capacity.
Am I completely wrong in assuming that the technology involved in the manufacture of a 256 MB memory stick is the same as that in a 1 GB stick? In other words, why weren't 1 GB sticks available from the beginning?
Am I completely wrong in assuming that the technology involved in the manufacture of a 256 MB memory stick is the same as that in a 1 GB stick? In other words, why weren't 1 GB sticks available from the beginning?
Answers
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No best answer has yet been selected by SteveD. Once a best answer has been selected, it will be shown here.
For more on marking an answer as the "Best Answer", please visit our FAQ.All technology, whatever it is, starts big and complex and expensive.
As it becomes easier and cheaper to build, and the people bulding it learn more, it becomes smaller, less complex and cheaper.
I worked for IBM 35 years ago, and computers then filled a room, and cost the earth. They were probably less powerful than the average home calculator is nowadays.
If they had hard disks (some did not) they were the size of a small fridge and held less data than most memory sticks now.
So you may well ask, why did they not build computers as small then as they are today.
After all the technology for building say a hard disk is pretty much the same today as it was then. But then they were as big as a fridge, now they are the size of a bar of chocolate.
The first mobile phones were the size of brick, the first playstation 2 was about four times the size of the smaller playstation 2.
All technology has to start somewhere.
Memory stick techncology was "new" when the first stick came out (I think the first I had was 16Mb believe it or not) but over time they have learned to squeeze more and more data into the same space.
We will probably look back and laugh at some of the things we think are pretty cool today.
Your grandchildren will say "You mean you had to TYPE to get things into your computer"
As it becomes easier and cheaper to build, and the people bulding it learn more, it becomes smaller, less complex and cheaper.
I worked for IBM 35 years ago, and computers then filled a room, and cost the earth. They were probably less powerful than the average home calculator is nowadays.
If they had hard disks (some did not) they were the size of a small fridge and held less data than most memory sticks now.
So you may well ask, why did they not build computers as small then as they are today.
After all the technology for building say a hard disk is pretty much the same today as it was then. But then they were as big as a fridge, now they are the size of a bar of chocolate.
The first mobile phones were the size of brick, the first playstation 2 was about four times the size of the smaller playstation 2.
All technology has to start somewhere.
Memory stick techncology was "new" when the first stick came out (I think the first I had was 16Mb believe it or not) but over time they have learned to squeeze more and more data into the same space.
We will probably look back and laugh at some of the things we think are pretty cool today.
Your grandchildren will say "You mean you had to TYPE to get things into your computer"
Also, think of the cars that won the first grand prix back in the 1920s.
They were the fastest cars of the day, and the top speed was about 70mph.
Nowadays the smallest car on the road can go 70mph with ease.
Car engines are pretty much the same as they were then, so you may well ask why did they not design cars to go at 200mph then?
The answer is that as time moves on you learn to get better and better and squeeze more out of the same technology.
They were the fastest cars of the day, and the top speed was about 70mph.
Nowadays the smallest car on the road can go 70mph with ease.
Car engines are pretty much the same as they were then, so you may well ask why did they not design cars to go at 200mph then?
The answer is that as time moves on you learn to get better and better and squeeze more out of the same technology.
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