Updated in
2563 : on
2019 :
12 :
10 :
Processor
;
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: SQ mm (squared millimeter) of light sheet and its color codes would be HOW designing and modeling Gravity Dimension Computer (process, processed, processing, processor) ... ; Also see: PHYSICS, law one hundred and seventeen, and realize and understand HOW human beings livable moons' ACT3 imaginary hyper space crafts' processors are designed and modeled, e.g. 99% transparency plastic, Origin of Sound, yellow strings, ... ;
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 ...
;
〱 | 1 | 〉 | _ | - | 〱 | N | 〉 | : | |
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ā | Ć | O | ϩ | |
☟ |
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ひ | | | 〱 | \ | 〉 | .. |
_ 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 ... ;
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AMD | , |
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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;
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Digital | Light | Processor | ( | DLP | ) | ... | ; | ||
depth | 26 |
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; |
。
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, ... ;
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INTEL | , | |||
I | N | T | E | L | , | ||||
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Intel | , | processor | ... | ; |
this DOMAIN idea processor's latches
... ;
。
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L | 1 | . | . | . | . | . | |
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L | 2 | . | . | . | . | . | |
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L | 3 | . | . | . | . | . | |
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L | 4 | . | . | . | . | . | |
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L | 5 | . | . | . | . | . | |
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L | 6 | . | . | . | . | . | |
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L | 7 | . | . | . | . | . | |
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L | 8 | . | . | . | . | . | |
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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;
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processor | |||
processor |
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processor | ||||||||
processor | a.k.a. | OO | |||||||
IFF | base | ( | CALCULATOR | ) | 101 | OR |
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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;
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SAMSUNG |
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Samsung | Electronics |
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; | e.g. | Exynos | Processor | ; | |||||
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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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