Processor      Last updated on 2017/2561 6 9, a full moon day;

doko WHERE is radio ?
WHY do we need processor? because, processor can handle multiple inputs ... ;
HOW to handle IO (Inputs, Outputs) ? answer would be: instructions defined by mnemonics;
can a system be without processor? yes, processor can be bypassed, but this is not common method;
WHAT is Idea Processor? in SQRT2 design model, e.g. mantissa point (mantissa point is doko WHERE floating point is truncated) beyond 128 bit can be understood;

 this DOMAIN 's Idea Processor, also see: Radicals;

5W1H of Processor ? simple Keyword would be: X On;

Remark: long long time ago in military science, "b" can only be defined IFF "a" as numerological one, verification of System Security may begin by monitoring "a" , "aa" , "aaa" , "aaaa" , ... a.k.a. one AND one method (refer to defined base); if war, opponent's radio stations can be compromised by this method, because, populating "a" without verifying true local processor; wrong IP Method, based on such "b" can only be defined ... ; global virus attack to opponents' system can be (Remark: billions of US dollar damage can be to financial systems, government systems, health systems); therefore, for each "a" , verify (about, Directional Gravity Pressure, Logo, OEM, power, SPL, System Number) And Then, notice that Anti Virus is Working ... ;

1   _ - N :
. . .   ā Ć O ϩ
  | \ ..

_ IFF base (CALCULATOR) 3_CRC Display。  

5W1H of Processor . hyper-v . Architecture;
5W1H
of Processor . sparc . Architecture;
5W1H of Processor . Architecture . PPC . 601, 603, 604, ... ;
5W1H of Processor . Architecture . PPC . G3, 4, 5, ... ;
5W1H of Processor . Architecture . PPC . IBM iSeries;
5W1H of Processor . Architecture . PPC . IBM pSeries;
5W1H of Processor . Architecture . PPC . IBM RS / 6000;

5W1H of Processor . Architecture . Samsung . Exynos;
5W1H of Processor . Architecture . Transmeta . Efficeon, ... ;
5W1H of Processor . Architecture . x86 . AMD Athlon, MP, XP, ... ;
5W1H of Processor . Architecture . x86 . AMD Duron;
5W1H of Processor . Architecture . x86 . AMD K6;
5W1H of Processor . Architecture . x86 . AMD Sempron;
5W1H of Processor . Architecture . x86 . Intel Celeron, D, ... ;
5W1H of Processor . Architecture . x86 . Intel Pentium 1, 2, 3, 4, ... ;
5W1H of Processor . Architecture . x86 . Intel Xeon 32bit;
5W1H of Processor . Architecture . x86-64 . AMD Athlon 64, X2, ... ;
5W1H of Processor . Architecture . x86-64 . AMD Opteron;
5W1H of Processor . Architecture . x86-64 . AMD Sempron 64;
5W1H of Processor . Architecture . x86-64 . AMD Turion 64;
5W1H of Processor . Architecture . x86-64 . Intel Pentium 4 Extreme;
5W1H of Processor . Architecture . x86-64 . Intel Pentium D;
5W1H of Processor . Architecture . x86-64 . Intel Xeon, MP, ... ;
 

Accumulator to Modulating controller to Multiplexer to Processor, a controller; Electronic engineering's product components with specific format, so called architecture, and each architecture provides detailed specification in assembly language; Till 2006, processor independent O S s [operating systems] have not engineered yet, because architectures' limitation, differences among architectural formats, net profit margin of marketing, and evolution of peripherals; also see: this DOMAIN 's numerological dimension ... ;

AMD ,
   
A M D ,  
processor ... ;              

Cache . L1 Data, i.e. 64 KB; Cache . L1 Instruction, i.e. 128 KB; Cache . L2 Write back, 1 MB; Cache . L3 ... ;

Computer engineering engineers emphasis throughputs, and Input and / or Output for each pin;
Electronic engineering engineers emphasis sampling rates, and floating point processing speeds;
Material engineering engineers emphasis heat / thermal with size and weight;
Mathematicians and Scientists emphasis control flows and logic flows;
 

Cores per Processor = Number;

Develop ACT3 stage parallel time processor ... ;

Developing 3D GUI, to do so, dual core or 2 processors are needed, 2D must be fixed "not variable", processor should be redesigned to be not only blocks but also triangles ... ; also see: Lucky88...88;

IFF Monbusho level knowledge enhancement, IFF engineering 3D GUI, do not forget "transparency glasses" WHERE application's location, size, ... , but they are all blocks i.e. rectangular only, therefore, 1 hardware designer should decide whether rectangular with extended triangle, or triangle without rectangular, or dual core both, or ... ; to do so, 1st to define object name (transparency glass) ... ; 2nd to26 be25 glasses; 3rd to do software R&D method e.g. in95 Basic, Transparency Glasses As Object Name;

      -     ;  
Digital Light Processor ( DLP ) ... ;    
            depth 26 ;

Diff Potential, e.g. ( positive, negative) ... ;

Remark: in "Thor" hammer design, WHEN several layers are parallel to each other together WHICH naturally prompts Diff Potential, And Then, using "handle" as neutral; regarding EM, do not forget yellow as core (refer to planet with EM), on the other hand, planet without EM (there is no yellow as core);

dual core (CISC OR RISC) MULTI... ;

A R M ;            
B                  
C I S C , complex instruction set computing ;
( S                
ABC                  
) C P U            
... (                
  RISC , reduce d instruction computing ;  
  )                
  ... ; cache s ( L ) ;
device ; power ;            
E C C , error correcting code ;    
S o C , system s on chip ;  
T C O , total cost 66 owner ship ;
X Y Z ( XYZ ) ... ;    

Geometrical process, a.k.a. Process-geometry, i.e. Fujitsu 90 n meter, ... ;

I / O bandwidth, i.e. 1.6 GB per second;

IFF computer () processor (Plastic Substrate Processor OR Silicon Processor) ... ; Organic Logic Devices;

In common, from pin number 1 to N number of pins for each processor provides functionalities of the processor, therefore, higher the pin number, more complexity regions exist in an engineering model; Basically, the usage "benchmarking" refers to "testing" of a processor, in common, throughputs, sampling rates, heat / thermal with size and weight, floating point processing speeds, Input and / or Output for each pin, and etc;

Integrated graphics interfaces, i.e. AGP 1x, 2x, 4x, ... ;

  INTEL ,    
I N T E L ,        
  Intel , processor ... ;

logo; key;

this DOMAIN idea processor's latches ... ;

l              
L 1 . . . . .  
L 2 . . . . .  
L 3 . . . . .  
L 4 . . . . .  
L 5 . . . . .  
L 6 . . . . .  
L 7 . . . . .  
L 8 . . . . .  
L 9 . . . . .  

this DOMAIN Idea Processor's latches ... ;

artificial intelligence (IQ of computer) i.e. , 5W1H, _computer processes idea processor;

MCU and DSP have been engineered for motors with control, because motors' sensor send feedback info to processor, power amp "converter" also send feedback info to processor, ... ;

Memory support, i.e. DDR SDRAM 333 +;

motion processor ... , e.g. absolute location 95 3-D space, data 6964 (accelerometer, gyroscope, magnetometer, altimeter, ... ), 95form software (L B S), MEMS, on, TV (smart) control on-screen cursors 27, ... ;

Multimedia instruction support, i.e. MMX, SSE, SSE3, ... ;

NPU, Network Processor Unit, IP based packet's Ethernet (source AND destination) ... ;

IFF system (hybrid) either normal Ethernet switching operation, OR open flow operation;

Numbers of instructions per one clock cycle, i.e. 8 instructions;

Operating noise, adjusting low dB in numerological dimension ... also see: aka.INF;

Operating pressure, i.e. 10 20 mb @ operating temperature;

Operating temperature, i.e. 0 °C ~ 100 °C, Sea-level product;

Plastic Substrate Processor, also see: http://www2.imec.be; Silicon Processor; Organic Logic Devices;

processor      
processor      
processor                
processor a.k.a. OO              
IFF base ( CALCULATOR ) 101 OR 5  

Processor Category:

array processor; data processor; food processor; front end processor; front-end (processor) a.k.a. FEP; idea processor; language processor;  media processor; micro-processor a.k.a. MCU; print processor; processor board; processor bound; processor bus; processor card; processor handler; uni-processor; vector processor; word processor; word-processor ;

Silicon Processor, also see: http://www.intel.com; Plastic Substrate Processor; Organic Logic Devices;

Size, i.e. Number mm x Number mm; i.e. 0.4mm pitch with 555 pin grid array ... ;

swap;

SPARC, a processor, e.g. Fujitsu SPARC64X ... ; Fujitsu M10; Oracle SPARC M5; Oracle SPARC T5; IFF numerological dimension (17193), its internal address is 0.0.67.41; SPARC;

システム(8; 16; 32; 64; 128; 256; ... ) using SEN OR MAN;

System bus speed, i.e. 400 + MHz;

SAMSUNG        
Samsung Electronics
;     e.g. Exynos Processor ;      
  ( OEM ) Working with chrome ;  

IFF 286, 386, 486, 586, also see: 386; 386; WHERE x is numerological dimension (aggregate) 2,3,4,5, and then, 86 behaves multiplier (M U X i.e. mnemonic) alike ... ;

There is no 686, there is no 786, there is no 886, there is no 986, i.e. till early 21st century; Because, 10 dimension has been designed for thousands of years ... ; Therefore, no need to change numerological dimension (i.e. 10 dimension);

If you like to develop, 12 dimensional, 14 dimensional, 16 dimensional, ... do it yourself, and you must solve our universe's momentum and time line 1st, because, 2*5 has been 1 dimension,

and then if you choose to develop 2*6 and then develop 12 dimensional,

and then if you choose to develop 2*7 and then develop 14 dimensional,

and 16 dimensional and 18 dimensional are out of a Myanmar's knowledge;

wafer; duo-binary wafer;

Weight, i.e. 3 g @ 5 m;

WHEN an engineer needs a processor is WHEN 2 or more feedbacks exist to control a device, WHEN complexity regions are gathered for multiple processing e.g. while listening music, user may want to print, at the same time the user may want to browse Internet, a.k.a. 1 word "simultaneous", WHEN the most important time must be shared [HOW to share the most important time, also see: computers, satellite, server, ... ;

WHILE developing an algorithm, a mathematician does not care HOW to keep electro in WHICH solid stated material, vice versa, WHILE developing , , , theory, a.k.a. M Theoretical strings collision for each material, a material engineer does not care HOW to flow logic and WHICH computing numbers;

XP, Start >> Control Panel >> Performance and Maintenance >> System  check whether windows refreshing 2 times IFF EN language has been OS' default language, because e OR E context sensitive was compiled between cold boot and warm boot ... >> Hardware >> Device Manager >> Processors ... ;

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