1,351 karma · joined March 4, 2010
No one can tell you what to build because if we knew of a simple but great idea then we would do it ourselves!
EDIT: No doubt if it rises to $25.00 tomorrow it will have 'rebounded' and be worth another hyped headline.
Mike fly's from Australia to America. Has chat over meal saying they want to work together. Fly's back to Australia. Agree on a price. Deal done.
What am I supposed to learn from this?
Much easier to get your person into an IT position. Edward Snowden gained access to more secret documents than almost any individual person in the NSA. Get your infiltrator into the IT department and then help them with hacker tools and zero day exploits needed to extract data. Who knows how often this technique has already been used already.
Trump is doing plenty of stuff that gives people reason to criticize his decisions. We don't need a hypothetical accusation of something he might or might not do in the future after an event that might or might not occur.
Great system.
Send it to your embassy at the target country but then what? How many staff would you need spending cash like crazy to get rid of it? You cannot spend it on anything expensive because paying cash for a house or Ferrari will raise flags. Especially if done often by a small number of the same people. You could need to get the money into the banking system so you can aggregate it together into a useful pile. But with banks on the look out for money laundering that might be tricky.
Given the embarrassment to a country if caught it just does not seem worth the effort and political risk. North Korea can try it because they can hardly be punished more than the sanctions already do.
Main memory reference - 100ns
Compress 1K bytes with Zippy - 3,000ns
So it takes 30 main memory accesses to zip up 1K? Not likely.You cannot just throw some Verilog at the fab and get silicon back. You need to use some very expensive software that generates and validates the actual format they need. Hence you would go through a third-party company that specialises in taking your Verilog and does the work needed to get it to the point that the fab can make it.
1 - Making your questions far to specific, so nobody else could ever benefit from seeing the answer to that question in the future. These tend to be down voted very aggressively. So you need to try and find a more generic way of asking the question so that others might be helped by the answer as well.
2 - Just plain dumb questions. Such as 'I needz site like Facebook. Hope to make? Helpz'. If you are doing that and do not understand why it is a bad question then I probably cannot explain it to you.
3 - Making you question so that it looks like you are lazy and getting others to do the work for you. For example, questions that look like someone's homework. No one wants to spend time answering if the questioner has obviously made no effort to solve it themselves. Stackoverflow should be the last resort after several hours of trying.
The site is basically made up of professionals and that often determines if the question is considered too simple or not.
If you want others to invest and take on a financial risk then they should get an equal and fair voting share. If I was the stock exchange I would ban this kind of crap.
This means that anyone can then go away and build their own processor implementation to that standard. Intel could create their own chip for that instruction set and get it running at 4Ghz with your latest fab facility. At the other extreme I could sit at home and use Verilog to create a soft core that is downloaded to an FPGA and be up and running with a much slower implementation). Neither of us has to pay anyone for the right to do so and the code we write should work on both because it adheres to the same standard.
In contrast, if you want to create an ARM or x86 processor then you have to pay a license fee. Even if you implement the entire processor from scratch and use nothing from ARM or Intel except the instruction set specification, you still need to pay and it is not cheap. There are many situations where you want to avoid that cost. A researcher wants to experiment with a new idea, you want an internet of things processor but cannot afford the license cost of an existing processor. Or your Samsung and produce zillions of phones a year and saving that dollar per phone is worth having.
As the RISC-V standard is relatively new it means that the first designs to market are the targets that are easiest to create, so microcontrollers. SiFive are now moving up the scale and are working on a full processor with MMU that could be used to run something like Linux. I would expect to see something like that appear within a year or so.
He then becomes CEO of YC. But YC is already a well established and successful outfit at that point so there is hardly any risk involved. The chief requirement is just to not screw up a good thing. So far he has managed to do that.
Along the way he makes many more millions because as a YC insider he gets to invest at the earliest stage for the best looking start-ups.
I have nothing against the man and I do not begrudge him his millions but lets stop thinking he is a genius. He is an average entrepreneur that has had an amazing slice of luck by being in on YC at its start and making the most of it. I'm sure he is a smart, hard working and a nice bloke. But he is not a genius.
This is the technology in the common 74' series integrated circuits that became popular in the late 1960's and 1970's. You can get basic IC's that perform AND, NOT, XOR operations but also more complex IC's that perform as multiplexors, buffers, registers and so forth. You can find these in computers like the PDP or VAX series machines.
They are not used as much today and so less of them are still manufactured.
The idea of the project is the fun of playing around with electronics, something I have not done before, and trying to understand everything about a real computer. Starting with the CPU and then building it out with a simple graphics card. After that create an assembler/compiler for RISC-V and write a small OS. Yes, all of these will be relatively simple and not of a commercial standard, but building a machine and watching it run with all the hardware and software written from scratch is the longer term goal.