Baited conversations (split from The tale of the cases)


thebaitmaster

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It's actually up to 300 - 350mV in worst case, if you take a look at the simulation I posted.
So yep, that's way too much.



I think you understood ........... been simulated before.

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If you decide to make a 3rd portable pc in the future and if i haven't profitted off of the design by then definately message me. It is a design that will blow everything else out of the water (a new architecture)- the only problem is that it needs to be programmed for 2020's visual standards. I have worked out the problems (theoretical problems, not prototype) and it is still only on paper but when it is finished, it will be halfway in between quantum computer (which will never work - it would work better as a demonstration prop for explaining the general idea behind the boltzmann brain hypothesis) and the computers that society currently uses.

Anyways, please run the following remarks by your tech guy and see what he says.

Ok, i thought that someone else would have figured it out sooner, but seeing that the 4gig ram voltage problem still exists i think i will pitch my 2 cents (in exact change, lol).

You could use a very small "non-inverting operational amplifier" integrated circuit that could screw in on top of or next to the other circuits and use 2 jumper wires to supply the new voltage value to the correct pins of the ram slots.

Wire the operational amplifier's vcc pin and ground pin (if it needs one or both) to a voltage and current control circuit which is then wired to the battery.

In a nutshell, just use a separate power board that is tuned to the correct specs that the ram demands and only attach the separate power circuit to all of the vss (-) and vdd (+) pins of the ram slot. Dont forget to strip the old power connections from the pcb. Keep all data pins intact - dont change those.
 
If you decide to make a 3rd portable pc in the future and if i haven't profitted off of the design by then definately message me. It is a design that will blow everything else out of the water (a new architecture)- the only problem is that it needs to be programmed for 2020's visual standards. I have worked out the problems (theoretical problems, not prototype) and it is still only on paper but when it is finished, it will be halfway in between quantum computer (which will never work - it would work better as a demonstration prop for explaining the general idea behind the boltzmann brain hypothesis) and the computers that society currently uses.
But will it torridly make love to me until I pass out, drained and spent, in its arms?

If not, what's so different about your idea from some other device?
 
Be honest, this was generated by the corporate bullshit generator?

More like the lone-inventor keeping his future selling options open.
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But will it torridly make love to me until I pass out, drained and spent, in its arms?

If not, what's so different about your idea from some other device?

It doesn't use arithmetic logic - it uses an entirely new method to derive data values, it uses way less parts (handheld supercomputer), and it's memory capacity is infinite, unless i end up using the other of the 2 designs in which case 2.2 billion items can be stored regardless of any of the stored item's sizes- it can be built by a hobbyist using readily available parts.
 
It wasn't a specific material for the moulds, it was a specific material made for mobile devices where the plastic needs to have an even flow even in thin and small areas.

Nothing special.



Well, they already produced over 6000 cases for me.
Sure, plastic was a different one and shrinking marks not that important, but I know they produce.
Shrinking marks also depend on the mould and design a bit, so let's hope they are proper, but the transparent cases have absolutely no shrinking marks.


Sent from my XT1650-03 using Tapatalk


Please remember to bring up the thing about the operational amplifier or separate ram power board in order to fix the ram power problem - the tech guy basically said that he can't or won't fix the power problem in his video and that he will "mess around with the capacitors".

If you can fit another small board with a power regulator with the appropriate voltage and amperage adjustment circuitry in those cases's sizes then the ram power problem could be fixed with a few adjustments to the circuits - reroute a few of the pins's conductive traces from the ram slots to the new power board's connections (about 1/3 or half of the pins, labeled vss and vdd, lest it be some other positive and negative charge labeling equivalent in the ram circuit's pinout schematic, splice and cut the old power connections to the ram).

Some of these people are major "over achievers", don't pay them their entire share until after they have completed their assignment that you are paying them for. Did they design the boards too?
 
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It doesn't use arithmetic logic - it uses an entirely new method to derive data values, it uses way less parts (handheld supercomputer), and it's memory capacity is infinite, unless i end up using the other of the 2 designs in which case 2.2 billion items can be stored regardless of any of the stored item's sizes- it can be built by a hobbyist using readily available parts.
That doesn't answer my question.

That said, if it can be built by a hobbyist, I'd like a part-by-part breakdown. Why give more money for something I can build myself and get the same effect? Especially considering the purpose I'm requesting it for.
 
That doesn't answer my question.

That said, if it can be built by a hobbyist, I'd like a part-by-part breakdown. Why give more money for something I can build myself and get the same effect? Especially considering the purpose I'm requesting it for.

It will only make love to you and give you blue balls and a swollen shaft if you make or acquire the appropriate case/body for it and if you program it correctly lol.

But i don't completely know what im doing with it yet, i may want to make a buttload of money from it and steal the competition's customers by selling a cheaper, more open and more reliable product designed to be untraceable or harder to track, easy to stop and erase viruses or other unwanted internet activity (using something like the ls or ps command to identify what is running and when (not where) especially when using a proprietary wireless internet technique (using a lower networking frequency/ies, such as a ham radio frequency, without slowing anything down when compared to the modern standard of internet speeds - so the idea may come with free internet if you dont want to be a licenced ham radio operator or if a volunteer-operated "ham networking center" is maintained and close by your location.

Money or word of mouth will make this idea take off.

I will give you a hint as to how it works - instead of arithmetic logic to manipulate data, use channels and timing and compare values in between input and output circuits (using AND logic gates) to "recall" desired values from a "magical" hard drive. Data streams (audio out, video out, networking) are derived from their respective count down timers that are given new values from the "magical" hard drive.

If quantum computers output garbage, then what would an "almost quantum computer" do in order to correct this problem - have you ever picked a suitcase lock before by going in order starting with "1111" before moving to "1112" and so on? How long does it take to guess the correct password in order? Is the rate of BINARY COUNTING controlled by a VOLTAGE CONTROLLED OSCILLATOR? And if a 4-bit counter is used to derive the data stream values by counting down, then what are the values of the 8-bit counter at the exact moment that the output controller timer (4 bit counter) reaches 0? Should the top 4 bits of the "magic" hard drive be used to update the 4 bit countdown timer and the bottom 4 bits be translated to hexadecimal and then transmitted or vice-versa?

I basically told you most of what the hardware portion consists of - it is a very, very, very long number problem that many, many, many, many other number problems can be derived from. A song file (audio, no video) can be stored as 2 hexadecimal characters or just one unicode character in length. A movie can be stored as 2 unicode characters.

(quantum computers wont work - each quantum computer would need an electromagnetic field directly in between the 2 communicating computers in order for the quantum entanglement network to work - so no quantum laptops unfortunately - this would violate the supersymmetry needed for the electrical signals to become entangled - they should stick with em field transmission for radio, tv and networking)

So, let me know if you need help with the "how to" splice datastream segments, merge them (file editing or processing) and if you need help with hardware addresses ("AND logic gates" to compare user inputs against the "if then" datastream storage structure - if user input = x, then execute the value at counter value 0 to the designated location. Separate each if-then segment with a set amount of datastreamed value 0s, and if both datastream value and timer update value both equal 0 then the circuit is in wait/listen mode. Unix and windows systems use a directory tree file structure, so have a root directory datastream with the subdirectories inside of the unimplemented portion of the datastream controller.

So use a 4-bit counter to control datastreamed output signals and use another 4 bit counter in the same output circuit to make the variables that are all files for the output circuit type - either audio, video or custom networking technique. Wifi is also possible as well, someone would need to make the programs for tcp/ip and browsers though and the radio circuitry would need to be able to tune all the way up to either 2.4 or 5 ghz - i want my finished project to be compatible with am, fm, tv, ham radio, and maybe the wifi/cellular em spectrum ranges - so tunable from the kilohertz ranges all the way up to at least 1 gigahertz.

The binary counters should be very high speed counters, asynchronous (reprogrammable), resettable (all 0s) and both up/down counting compatible. Audio output datastream interpreter should have at least a 300khz (20khz * 15 or 1-F in hexadecimal) count rate, video should have 600mhz count rate (40mhz * 15 for high quality video capable output signal).

I may end up going open source with this anyways.
 
Can a mod move thebaitmaster's idea and related posts into another thread? It clearly deserves to be separated from the mundane production news here.
 
Can a mod move thebaitmaster's idea and related posts into another thread? It clearly deserves to be separated from the mundane production news here.

I was replying to darkpulse. You might be right.
 
so in other words... this can be realized in minecraft red stone circuitry?
 
so in other words... this can be realized in minecraft red stone circuitry?

Yes, use redstone repeaters to offset and delay the signal when necessary, use the delayed signal (pulsed, not continuous) to excite a charge (or turn on) an output lead/connection - have 15 adequately spaced output leads and label them 1-F (hexadecimal notation) - make 2 of these, one of them will recycle from off (0) to F (15) for each number increment gained on the other redstone counter circuit. They both go from 0-15 and repeat - this is where the values are derived from - one counter circuit updates the output circuit's counter (it counts down, it doesn't repeat) with the value that is present on the designated timer updating repeating counter is then copied to the output circuit's down counter while the other repeating counter circuit's momentary value is transmitted to the speaker, moniter display, etc in the form of a single pulse of an analog signal - the datastreamed output uses an analog output which makes it perfect for storing audio signals, video signals, and hexadecimal networking signals in the form of variables

As for data manipulation and momentary (sort of like RAM) storage, i would opt for multiple "channels" that way datastreams can be spliced and rearranged just by switching from one datastream segment on one channel to a different segment on another channel - give hardware adresses to each channel's "read" function (still using and logic) in order to switch.

Data segmenting and separation structure:
"00000" acts like a separator in between files, folders, variables, items etc, make sure that a circuit counts the 5 "0"s or make sure that everything is "stored" in the correct order as to avoid errors without having to resort to the 5 "0" s approach.

Storage order of operations:
"if" (input value = x) which comes directly before the "then" (transmit this datastream starting value/possibly neverending math pattern file/datastream starting values to the specified hardware address), Hardware address value (good for up to either 15 or 255 outputs, depending on how efficiently the programmer can derive and set data values). As for manipulating datastreams and merging them (editing), compare the timing differences in between to be transmitted/used values and correct the timing bits's on/off placement in order to correctly merge different segments of data into one unfolding stream.

Use "AND logic gates" to determine if the input value equals the "if" value of the output circuit's datastream. Use the timing to determine the next value.

At power on, input the starting values for each circuit (use buttons and separate charges - dont forget to add a return (enter) key as opposed to accidentally offsetting the signal pulses against the correct timing. So figure out how to store the machine state until power on and start from where you left off - there is no "actual" memory in this design.
 
I have recommended 2 effective and efficient (for quality, time and money) solutions to the ram power supply/resistance or consistent voltage supply problem across the circuitry, im not trying to be a dick, but what is the hold up?

I would love to take a modern, professionally manufactured handheld pc on the go with me, i gots some shenanigans to pull off lol
 
I have recommended 2 effective and efficient (for quality, time and money) solutions to the ram power supply/resistance or consistent voltage supply problem across the circuitry, im not trying to be a dick, but what is the hold up?
Obviously the lack of your presence in the project. Only if you were on the team, the entire project would have been done start to finish in a single day.
 
Obviously the lack of your presence in the project. Only if you were on the team, the entire project would have been done start to finish in a single day.

More like a year and a half to 2 years with the funding.
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^ Where did your "sarcasm dispenser" member title go?

I will make you eat your words. Hopefully within the next year i will start selling my cellphone style computers on ebay. The design was completed about a month ago and it uses waaay less parts than comparable computers use with no ram or other storage size limits - however, a long enough string of math problems will inevitably make loading times noticeable even when using 5ghz 8 bit binary counters, but the user would have to store millions of variables per program, file, or directory.

I actually set off to design my own portable pc because i didn't want to wait for this one to come out, for having a computer that i can repair within a few hours with the parts and tools, knowing that there are no government imposed backdoors, for the lulz and the peace of mind that when i want to be offline i am actually offline (without any wiretap sort of schemes).

This world is getting creepier by the day, technology is becoming a hassle to the user, and the planned obsolescence marketing scheme is making me want to go amish.
 
wow... just reading baitmasters troll crap makes me lose brain cells. the cringe... pls go troll the dwarf fetishist guy. you can explain to him in fully vague detail, how your imaginary wonder device works, and he can spit on your ideas and make up some drama to get off on how great an expert in car electronics design he is. you'll be happy together!
 
The more I read the more I think I was correct about the corporate bullshit generator...
 
wow... just reading baitmasters troll crap makes me lose brain cells. the cringe... pls go troll the dwarf fetishist guy. you can explain to him in fully vague detail, how your imaginary wonder device works, and he can spit on your ideas and make up some drama to get off on how great an expert in car electronics design he is. you'll be happy together!


Every new idea was "impossible" at some point. Alternating current electricity generation transmission of the fields and radiowaves (both developed by tesla) were "impossible" - we use it everyday. Im sick of people putting me down for having a new idea. I will send you a link when i have finished building the circuit/physical proof.
Im not gloating - im not giving myself an egotistical blowjob either - it tends to close the mind and shut off useful insight and observations/out of the box thinking.

People like you telling people what they can and cannot do is why the computer (first developed in the 1940's) was mankinds last invention. Nobody dares to dream anymore and nobody seems to be interested in applying mankinds understanding (physics and engineering) in order to achieve our dreams.

And you know what, maybe we could have interesting discussions - what is the "dwarf-lovers" username?
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The more I read the more I think I was correct about the corporate bullshit generator...

I have the bad habit of overexplaining myself - especially when i feel like i have to put my guard up.

And if the fucking extremely awesome moderators didnt move my explanation of how it works, then you assholes wouldn't be riding my ass. I literally explained how it works on this website, don't give me that corporate troll crap - i might have thrown money away while you asswipes mocked me!

And thank you moderators for moving everyone to the same page - if you critics would go to the top of the forum and read, then anyone with electronic know-how would see what im talking about.
 
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