My opinions and changes I would make to desktop computing.

For starters the QWERTY designed keyboard, for me make me feel dyslexic. It would be much better in an alphabetical way. I don't mind the rest but the letters should be more aligned with the sequence of the alphabet. The way it is, it is like backwards and sideways and upside down to me, feels like I'm spinning when I use it.

I think the motherboard and system parts set up is highly toxic for people and addictive for such expensive parts. The solution I have in my mind is, have a box, like a brick and have your parts all in it from the get go, like processor, memory, HDD or SSD, graphics... etc etc.. whatever is usually on your motherboard including what's in the slots, have one thing you buy. And this isn't the best solution, but its again a lie in a way as I'm not telling the whole thing on here for free... Like my Superman story I'm not really Superman, I might be something else.. I'm keeping myself to myself, until I'm married.

Let me continue...

So you have your brick computer with your basic parts, and say if you want faster graphics, or bigger HDD, or SSD or better processor or more memory, you add another brick. Like you just have a computer case, and it has like a small section like a 1/12th of the case and the brick slips in and connects to power? And you have a DVD drive at top... thats it!! And you USB and audio connectors, on the case.. then say you want twice as fast and big, you connect another same size brick. No need throw out anything... Usually when you get more RAM you want faster processor and bigger HDD or SSD, and each brick doubles it.

If you really are hardcore and want to mess around.. well fine, rip open your brick play around void the warranty.. but most will just love the doubled performance capability.. and doing it this way, you don't get the failures associated with incompatibility, it says Intel 550.. so you get another 550. So waste on the planet due to incompatibility failures is reduced to 10%.

With a brick and compatible system setup in there, you can have exactly the right bus speed and parts to maximise performance, so you could have to start a 4Ghz processor with 10 cores, and 64GB RAM and 8TB SSD, and 128GB graphics or whatever is perfect for each other.... on one brick.. but designed without separation, so when you run your clock, you can time the ram and the graphics in tune with the HDD, or SSD, you could have different versions for different needs. Some like the old click click and cheaper options of HDD and they tend not to burn out so quick.. but SSD better access points. But what I am saying for each clock cycle you could have a Ram bus on each clock cycle which then feeds the data straight to HDD and then back to RAM and then back to processor before going to graphics, so you don't get bottlenecking with the fast processor.. so really with increased voltages.. when you add another brick you will get double clock as well as double everything else.. so 8Ghz clock as you are allowing the graphics to run as a slave.

I guess I can explain it better using an example...

If you have a horse and coach and you want to pull it better what do you normally do?

Add a horse beside the other one, which is like adding a faster processor... but the coach will suffer, because its designed for one horse, the bolts will tear from the increased power.

So instead of adding a horse, you add another carriage too, so you have two horses and two carriages, one in front of the other.. but horses and carriages aren't exactly paired performance wise, carriages are much heavier when there is two and you only have two horses.

So what you do is, when you add the extra horse and carriage, you only run at half the pace, by giving the carriage less weight, and better wheels.

So when you run your data from your processor to your memory to the HDD and then back again to the memory and to the processor and then to your graphics, you are essentially, giving the whole system an extra horse, better wheels and less weight to pull while doubling the horse and carriage system.

The graphics part and screen is like your passenger.

So then, when you add another brick you are adding 2 more carriages and two more horses, and so you can have twice the passengers again.. and there's no lag.

Like your memory and your processor and your HHD are so fast really they could run four times before then going to graphics, because each time the speed doubles and the length halves.. so it is the same speed to graphics with less lag.. or resistance. As the heat in the pipes, will slowly increase with each cycle. So you get faster transmission, less tension or resistance.

Because of this you don't need as much wiring.. or board space, you could make a brick the size of a small box like 100cm long.. and cost about $100..so you could have a good computer 128GB graphics, 64RAM, 4Ghz processor.. 8 TB HDD or SSD.. for $100.

Then upgrading adding another brick you can by then end with 12 bricks have a system so fast power anything. Like each time you add a brick you double, so 1 brick 4Ghz, 2 bricks 8Ghz, 3 bricks 16Ghz, 4 bricks 32Ghz...  you wouldn't need more than that unless you were a 3D artist doing movies?

Maximum say a 10 - 2048 ...... 11 - 4096 ...... 12 - 8192Ghz...

Thing is to deter people all buying a 12 brick one, you would say this will cost you 2000Watts.. You don't need it!! Save your power bill get 1 to 4 bricks only 200-600Watts.. save on power!!

Why does it double not just add on, because you are adding a complete system to it, so the maths will double based on architecture.

I could explain it till I have written the whole thing here, but hopefully some kind soul will read this and make it and put my logo on it... lol "S".

Like you don't just connect the next brick to the last one, you might have several points of connection by a ribbon, or slot.

So as you add bricks the power won't just demand more either like double it will increase like 200--300--450--675-- adds on half..

And like you have one DVD drive at top, and say 4 USB, for your whole system. And you could get like custom IO panels for your back.. so you want a different Wifi board, or maybe SPDIF digital audio, those could be small chips that are on your custom IO board, as they relate to your outputs and inputs rather than your system.

Like imagine in your brick your processor isn't clipped in but rather a brick in itself with cooling built in to the case. You don't need thermal paste, so the transmission of heat it perfect you can adjust exactly the right cooler into the build. and have an automated cooler that increases in accordance to your overclocking if you into that?

Most bottlenecks happen when heat is trapped... and of course not enough RAM for your processor to run. So in a custom designed brick it is all perfect.

You could also have the same brick like a tiny PC and have an IO board and input for a DC power.. so you can just carry it in your bag and have a portable PC. Maybe it plugs into your phone or tablet screen? Like a raspberry Pi, but not flat, have more power in it as a solid piece. Like the processor could be square not flat. With many more layers and channels.

I'm thinking you could get creative how you connect your bricks in a like a light field or something in a corner of your room?