Microprocessors

memory

The processor speed depends on the specific processor. In general, most processors have a range of about 1 gigahertz on the lower end to about 3.6 gigahertz on the upper end.

The memory unit's size that depends on the processor is the bit.

Xeon is a processor brand by Intel. It is a multi-core processor brand mean to be run in servers and embedded systems.

The function of cpu is alu

i found out that it can be used like that but, it depends on what your running

example I have this old game called fighters Anthology

I used to have destop

ran at 2.8ghz or 2,800mhz when I played my game on this P4 single CPU it ran at 2,548mhz

or 91% when I played on my HP laptop Dv7

T6400 just like yours

I got differnt look at it winows says my game runs at 60% of the total cpu power of T6400 of 4Ghz

60% is 2,400 but split 1200 each

NOW BF3 plays at

98% of T6400 or 3,9GHZ of 4GHZ

The decode stage uses other programs or compilers either built into the processor, OS (operating system) or third party software. The compiler runs through a language like C or VB and converts the code into one the CPU understands (binary)

Computer chips are I.C.s (Integrated Circuits) exaples of which are Memory (RAM Chips) CPU Processor, Video Chips.

traces

true

Go to Start, Control Panel, Performance and Maintenance and click on System. It'll show you the system information, which include the speed of the CPU/Processor. It'll probably be shown in GHz (Gigahertz).

a microprocessor is a small unit with memory inside the system unit

while a computer is the combination of a monitor and a system unit

the units of the CPU are :-

ALU (arithmetic and logical unit)

CU(control unit)

the ALU handles the arthmetic operations being done by the application and the CU is responsible for handling the instruction passed by the micro processor.

Central Processing Unit

A pure RISC processor does not, however most modern RISC processors have high speed floating point arithmetic units (and sometimes other functional units) that do take multiple clock cycles for execution. Pipelines and out of order completion mechanisms are used to hide some of the effects of this.

Is it PGM-FI? If so, look under the driver's seat.

If you check the RPM ranges on both you will see where they perform well. The dual plane intakes tend to idle better and run better at lower RPM's which is where most people need them to run well. The single plane intakes are hard to get to idle well and don't really start performing well until the RPM's are higher. For the most part they will shine mainly at the race track where you don't care much about fuel savings or having it idle well. I would be skepticle of running a single plane even on a stroker motor unless it has been built with a cam for high RPM's which isn't a very desireable traight in an off road vehicle.

Neither. The PlayStation 3 uses a Cell processor, developed by IBM, Sony, and Toshiba. It is similar to PowerPC processors that were used in pre-2005 Macs.

65536 bytes, because the 8051 family has a 16 bit external address buss.

Microprocessor are widely used in this generation for performing any type of electrical signal processing task. because of it's feaatures. Some of them are described here-

1> very fast processing

2> programmable

3> easily interface between peripherals

4>less extra hardware.

5> reliable

6>economical.

7>compact and portable.

1. Managing Complex Data Dependency Is Non-Trivial
2. Managing Data Access Conflicts Without Full Access Control
3. Managing Multiple Core Executions Driving One Insane
4. Non-Deterministic Behavior Is Confusing
5. Lack Of Parallel Library For General Use
6. Performance Matters
7. Legacy Software Is Often Used As The Entry Point To Parallelization

A CPU operates in real mode and protected mode

The hard drive with the necessary programming is the core of the computer.

It is a collection of eight bits which represent one character. Each bit can have the value of 0 or 1, zero or one. A byte has 256 possible combinations of 0's and 1's. In most programming languages and applications, these combinations are assigned values or functions. In ASCII, 00101010 (42 in decimal) is the * symbol. Number 189,(10111101 in ASCII) is ½ and 241 is ñ. There are other uses and definitions of a byte, including how many bits are in one.