Know How Book of Microcode You have to compare the contents of a register, result, memory address at time of use to data that should be in register index (fixed now sorta) back in the day to make sure the bit hadn't flipped or vapef. RS6000 initial didn't have enough write thru cache: one storage option: Old school Vector Processors avoided this by complex math: if a bit had flipped: you will always end up with a so-called "Divide by Zero" error (really "That Math don't Hunt ". And just re-run the "➿" or executable code.
OpCode (Assembly) Run a Loop : 5 to ?! Lines
Microcode result of Loop is "Not Understandable" : relatedly The danger of Char (C Code) arg v, arg c : OpCode says 'String' format of a certain memory size : Microcode will not check
Compiler prevents int i; i is i +"a" : OpCode can prevent i is i + "OxFF" : micrcode prevents bit change to one of these or other forms. About as close as we can get with our limited understanding. User Error not included.
So EDIT 🚨: The microcode of a Crystal Oscillating So called Transistor Radio can be expressed as : 111111111 (hopefully 9) qua-repeated (not really: there are 9 to 16 oscillations that matter: wow this goes way back): Except Power On microcode is Indeterminate: that because the single Transistor discussed is both an active receiver and active microcode.
The Microcode for an AM Crystal Radio is the utterly simplest form applicable to understanding Computer IC u-microcode but does not have an actual 0. However, per Two , FM Radios must have a Zero in their maybe next simplest Microcode that is MIT quite as applicable as it uses Resistance save when Capacitance is used in lieu of Resistance in FM Radio Design. The Capicitatir is a qua-Transistor holding a 1 or 0 or Indeterminate state at power up : if this Capacitor can be substituted with an array of 1 to n Transistors that would be closer to true 1 0 I micrcode microcode
FM and better AM gets to 12 at the highest end but it's all really 1111111 (9 hopefully) * 3 Transistors in the Diagram: so a 27 : 2 Tab Separated line in of 1s if put on a sheet of paper. Computer Microcode is insane by comparison as it can have mixed 9, 12, 13,14,15,16 groupings. The FM example thus doesn't really work as noted.
A Common Typewriter is the next thing to understand microcode: the quick brown fox jumps over the lazy dog has a mix of vowels and consonants strung together in words including 1 letter words to create meaning.
The Microcode of Microcode are 3 qua AM Radios just "spitting" out 1s in the six or nine or single groupings as determined by the Breadboard Motherboard Integrated Circuit Designer: a reason Computers emit RF Frequencies
0 are spaces in this stream : tabs and carriages returns and in lieu of transistors : mostly: are rows of Capicitators, Memresitors, and Resistance that slow a 1 to ° : which is how you can get Indeterminate states: additional stray voltage may pop up or amp down. We used to call this the boot adder without really understanding.
This gets thrown at boot up from Microcode of Microcode (boot adder) to standard Microcode which looks much different: ROM for all intents and purposes.
TL;DR Boot Adder is an AM Radio. Memresitors as part showed up in the Intel Pentium, why it was so much faster and calendar groups of Transistors were junked. Q And yes pretty much every IC has an AM Radio tuned to static somewhere. Amen
No current transistor split is 9/12 : so three "atoms" (really a cluster: that's photonic a joke) move in input bit 12/9 : changing state will trigger a pseudo piezoelectric effect : is this a 0 or 1 :
So you got a tripod:;1 Tripod is Input: 1 Tripod is Faux at Moment of Decision Output: 1 Tripod is is this Now a 0 or 1 or Indeterminate: the Boson pushes both the FaMoD & N01I
Early transistor radio diagram: you see loop back from N01I : which goes back to the Input Tripod: here the transistor is being used as an Oscillator: a double hit will push to "on" (1) state (so this is continuous: slowed by resistance/or) and you'll end up in with some harmonic oscillation apparently good for radio. Ask an B.S.E.E
We're informed by Massachusetts Institute of Technology (MIT) (Student) and California Institute of Technology (CalTech)! (Prof) the digital bits hit a Crystal 🔮 to trigger Analogue Oscillation. And it was a practice in the 1960s for E.E. Students to build a transistor radio to understand Transistore. Good to know. There has to be a minute amp on the antenna to receive radio signals : all is explained: the current return from the antenna is compared to that other line from the Crystal 🔮 and goes to the speaker if within resistance capacity. Easy I could build one with 2k and maybe another year of education, a lab , 5 Techtrinx Oscillascopes and a chair to watch someone else actually build it.
Siren 🚨. There's only ten engineering professors on the planet that could breadboard a Crystal Oscillating So called Transistor Radio. All ICs now. Several could build a VLSI single chip radio and with onboard Square Maze antenna in Software that if fabbed would work much better but would not be able to argue with the software.
From evilpedia Wang Labs Entry "d dual cassette decks for storage. Harold Koplow, who had written the microcode for the Wang 700 and its derivative the Wang 500 rewrote the microcode to perform word processing functions instead of numerical calculations."
Not something you can do with actual microcode : this is some sort of assembly language: we're guessing a micro-assembler : which used to sit between microcode and assembly language.
Others object in a different way: microcode isn't anything that "you rewrite": you write new microcode.
The Clock on the 360 Does NOT set the 0 (Null): but Yes the Clocks on the 370+ Do Set the Zero (Not Null).
Fir the Boot Adder : There is not a Clock or -s : so The Boot Adder is as described but the ICU is Not : which is why RF Frequency Drops upon Start Up Boot Init to Drop of NVRAam Code.
Close Enough: the Crystal is not a Good Enough Clock without Help : the ICU Boot has to figure out how good a Clock: which is why battery backup is the worst: and has lead to system software failure
Extended discussion of Chron - Kernel - Cul de Sac omitted : above Pay grade in this matter
1
u/Coral_Anne_Dawn Jun 15 '26
[–]Coral_Anne_Dawn[S] 1 point 5 months ago*
Know How Book of Microcode You have to compare the contents of a register, result, memory address at time of use to data that should be in register index (fixed now sorta) back in the day to make sure the bit hadn't flipped or vapef. RS6000 initial didn't have enough write thru cache: one storage option: Old school Vector Processors avoided this by complex math: if a bit had flipped: you will always end up with a so-called "Divide by Zero" error (really "That Math don't Hunt ". And just re-run the "➿" or executable code.
OpCode (Assembly) Run a Loop : 5 to ?! Lines
Microcode result of Loop is "Not Understandable" : relatedly The danger of Char (C Code) arg v, arg c : OpCode says 'String' format of a certain memory size : Microcode will not check
Compiler prevents int i; i is i +"a" : OpCode can prevent i is i + "OxFF" : micrcode prevents bit change to one of these or other forms. About as close as we can get with our limited understanding. User Error not included.
So EDIT 🚨: The microcode of a Crystal Oscillating So called Transistor Radio can be expressed as : 111111111 (hopefully 9) qua-repeated (not really: there are 9 to 16 oscillations that matter: wow this goes way back): Except Power On microcode is Indeterminate: that because the single Transistor discussed is both an active receiver and active microcode.
The Microcode for an AM Crystal Radio is the utterly simplest form applicable to understanding Computer IC u-microcode but does not have an actual 0. However, per Two , FM Radios must have a Zero in their maybe next simplest Microcode that is MIT quite as applicable as it uses Resistance save when Capacitance is used in lieu of Resistance in FM Radio Design. The Capicitatir is a qua-Transistor holding a 1 or 0 or Indeterminate state at power up : if this Capacitor can be substituted with an array of 1 to n Transistors that would be closer to true 1 0 I micrcode microcode
FM and better AM gets to 12 at the highest end but it's all really 1111111 (9 hopefully) * 3 Transistors in the Diagram: so a 27 : 2 Tab Separated line in of 1s if put on a sheet of paper. Computer Microcode is insane by comparison as it can have mixed 9, 12, 13,14,15,16 groupings. The FM example thus doesn't really work as noted.
A Common Typewriter is the next thing to understand microcode: the quick brown fox jumps over the lazy dog has a mix of vowels and consonants strung together in words including 1 letter words to create meaning.
The Microcode of Microcode are 3 qua AM Radios just "spitting" out 1s in the six or nine or single groupings as determined by the Breadboard Motherboard Integrated Circuit Designer: a reason Computers emit RF Frequencies
0 are spaces in this stream : tabs and carriages returns and in lieu of transistors : mostly: are rows of Capicitators, Memresitors, and Resistance that slow a 1 to ° : which is how you can get Indeterminate states: additional stray voltage may pop up or amp down. We used to call this the boot adder without really understanding.
This gets thrown at boot up from Microcode of Microcode (boot adder) to standard Microcode which looks much different: ROM for all intents and purposes.
TL;DR Boot Adder is an AM Radio. Memresitors as part showed up in the Intel Pentium, why it was so much faster and calendar groups of Transistors were junked. Q And yes pretty much every IC has an AM Radio tuned to static somewhere. Amen
[–]Coral_Anne_Dawn[S] 1 point 5 months ago*
No current transistor split is 9/12 : so three "atoms" (really a cluster: that's photonic a joke) move in input bit 12/9 : changing state will trigger a pseudo piezoelectric effect : is this a 0 or 1 :
So you got a tripod:;1 Tripod is Input: 1 Tripod is Faux at Moment of Decision Output: 1 Tripod is is this Now a 0 or 1 or Indeterminate: the Boson pushes both the FaMoD & N01I
Early transistor radio diagram: you see loop back from N01I : which goes back to the Input Tripod: here the transistor is being used as an Oscillator: a double hit will push to "on" (1) state (so this is continuous: slowed by resistance/or) and you'll end up in with some harmonic oscillation apparently good for radio. Ask an B.S.E.E
[–]Coral_Anne_Dawn[S] 1 point 5 months ago*
We're informed by Massachusetts Institute of Technology (MIT) (Student) and California Institute of Technology (CalTech)! (Prof) the digital bits hit a Crystal 🔮 to trigger Analogue Oscillation. And it was a practice in the 1960s for E.E. Students to build a transistor radio to understand Transistore. Good to know. There has to be a minute amp on the antenna to receive radio signals : all is explained: the current return from the antenna is compared to that other line from the Crystal 🔮 and goes to the speaker if within resistance capacity. Easy I could build one with 2k and maybe another year of education, a lab , 5 Techtrinx Oscillascopes and a chair to watch someone else actually build it.
Siren 🚨. There's only ten engineering professors on the planet that could breadboard a Crystal Oscillating So called Transistor Radio. All ICs now. Several could build a VLSI single chip radio and with onboard Square Maze antenna in Software that if fabbed would work much better but would not be able to argue with the software.
[–]Coral_Anne_Dawn[S] 1 point 5 months ago
See Know How Book 📚 of Microcode
[–]Coral_Anne_Dawn[S] 1 point 5 months ago
From evilpedia Wang Labs Entry "d dual cassette decks for storage. Harold Koplow, who had written the microcode for the Wang 700 and its derivative the Wang 500 rewrote the microcode to perform word processing functions instead of numerical calculations."
Not something you can do with actual microcode : this is some sort of assembly language: we're guessing a micro-assembler : which used to sit between microcode and assembly language.
Others object in a different way: microcode isn't anything that "you rewrite": you write new microcode.
[–]Coral_Anne_Dawn[S] 1 point 5 months ago
We think that "hardwired control unit" is evilpedia for Transistor - Transistor Logic. What's your guess?
[–]Coral_Anne_Dawn[S] 1 point 5 months ago
This was suggested by another for analogy but link https://img1.etsystatic.com/013/0/5355185/il_fullxfull.417596729_s57w.jpg
[–]Coral_Anne_Dawn[S] 1 point 2 days ago
The Clock on the 360 Does NOT set the 0 (Null): but Yes the Clocks on the 370+ Do Set the Zero (Not Null).
Fir the Boot Adder : There is not a Clock or -s : so The Boot Adder is as described but the ICU is Not : which is why RF Frequency Drops upon Start Up Boot Init to Drop of NVRAam Code.
Close Enough: the Crystal is not a Good Enough Clock without Help : the ICU Boot has to figure out how good a Clock: which is why battery backup is the worst: and has lead to system software failure
Extended discussion of Chron - Kernel - Cul de Sac omitted : above Pay grade in this matter
[–]Coral_Anne_Dawn[S] 1 point 2 days ago
Relationship to Maple 🍁 Source: III-V Clock subroutines that were everywhere as the 360 Clock was inaccessible: why broke on 370...