Computer ROMs
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I am willing to provide ROMs for computers, for BIOSes of your CPUs. I write them them natively for 8-bit and 29-bit, and willing to write emulators if you use a different architecture as well. If you would like a writeable alternative, I can make those as well with analog to digital converters. (My drives use digitial rather than analog I/O). Useful functions of the BIOS:
1. Multiple Boot Devices
2. More RAM is availble to the system using a program I wrote
3. Overclock your CPU with a special function
4. Advanced peripheral support
5. Computer to Computer networking
The BIOSes by default point to the device closest to it for booting. It sends a ping when powered on, and the first to respond is selected as a boot device. The ROM contained in the BIOS supports boot selection setting a CMOS register. If you have a computer and would like to implement my BIOS, Please PM me and I will set one up for your computer.
Thanks, Noah.
Edit:
When dealing with high speed clocks required for my BIOS, you will need a cooling system. I reccomend using CLONE and Distilled water as coolent. If not, overclocking even slightly for longer than 5-7 seconds will cause the overclocker's CPU to burn up. The overclocker accepts two bits as input, and sends them back out as one at higher speeds.
Edited once by nstorepro. Last: 5th Sep 2017 -
I think you don't understand TPT computers, first of all:
Boot devices: What do you want to boot? most computers just include a simple program with them, and it runs, that's about it, no bootstrapping would be required due to the fact that nothing has to set up or initialize.
More RAM: You can't add RAM to a computer just with a program, RAM is defined by the creator, and in most cases, the whole RAM circuitry is made by the creator and thus, proprietary.
Overclocking:
1. Your overclocker literally just does nothing, most computers are made of INST-ARAY-FILT, INST just conducts instantly (but has a delay), INST-ARAY-FILT compounds provide the fastest data transfer speed, getting rid of the INST delay. Btw, how do you even send two bits and output one? Data loss?
2. Cooling is not a problem, most computers are made of indestructible components such as INST, FILT, ARAY, and the components that aren't indestructible, cannot melt under normal conditions. INSL get destroyed only when there's fire.
Peripheral Support and Networking: These seem suitable, however, very difficult to implement, due to the fact that every TPT computer is different
Every computer's assembly language and opcodes are different, and writing emulators for computers is practically imposible due to the small storage spaces and low processor speeds compared to actual hardware. And even compilers or assemblers are scarce, and platform-independant.
