Microprocessors

The IR is a register constisting of two parts, opcode and address. The opcode is decoded and gives instructions to the control unit whilst the address part is used to give the location in the memory of for example data required for a certain process

RAM = Random Access Memory. That's the volatile high speed memory that is used inside a computer that lets you store internal applications and data. Everything written to RAM is lost when you turn off the computer, so usually, important data is written to a long-term storage device, such as a disk or "Flash Memory". CPU = Central Processing Unit. It is also sometimes called the ALU or Arithmetic Logic Unit. It's the part of the computer that makes decisions and causes things to happen. The CPU has built in instructions that allow it to perform some very basic tasks, such as: Add the contents of register 1 to the contents of register 2 and store the results in register 2. If the contents of register 1 are greater than the contents of register 2, continue execution of this program at line 101, otherwise continue execution at the next line. There are many such "low level" commands that are executed by the CPU, and when these simple commands are being executed at a rate of over 1 million instructions per second, you get some pretty amazing results.

Neither, The CPU is the Central Processing Unit, it only processes information and bits of data the computer sends thru it. The motherboard supplies power to the case fan AND the CPU fan, which is supplied power from the PSU (power supply unit)

Yes! The intel Core i7-3770k is a Socket 1155 processor and the Cupertino2-H61-uA TX supports the 1155 socket.

Most people will tell you that it is impossible to answer this. First of all, there is no notion of "fastness" in computer chips. You may be asking about the highest clock speed on a processor, but that number means little by itself when it comes to performance (which is the important factor). Second, if you were to ask about the best performing processor, then you need to devise some fair way of measuring the performance of each. And finally, even if you could definitely say which chip is faster or better between a pair of chips, the "fastest" or "best" would change constantly, and so asking something like this has little meaning.

It's often difficult to compare the performance of two processors, especially when one is much older. Depending on the type of computations you are doing, you may see anything from no change to a 1700% increase in the Pentium D over the Pentium III.

go to start>programs>acc.>system tools>system monitor.

There is also a free tool available at www.analogx.com, called netstat I think, that will give you your CPU usage and monitor the traffic in or out of your machine. They also have a great memory manager that keeps your ram from being locked up by Windows, and a bunch of other neat stuff too. I've used a number of their programs for years, and find that they're fun, useful and reliable. Good Luck. Oh..there whois will tell you in about 2 seconds if a domain name is available, and who owns it and where to find them in another few seconds if it's taken. Several useful tools there.

All members of the "Model 15" family are Pentium 4s or based on a Pentium 4 core, so yes.

Socket 775 (also known as LGA 775 or Socket T) is a socket for certain versions of the Intel Pentium 4, Celeron, Pentium D, Core Solo, Core Duo, Core 2 Duo, and Core 2 Quad. Unlike a traditional "socket", Socket 775 does not have any pinholes. instead, the pins are on the motherboard and reach up to contact the flat surface of the processor. Socket 775 was superseded by LGA 1156, but is still in common usage by most mainstream Core 2 Duo systems (as of January, 2010).

False

if i am not using laptop for games which processor will be best for me out amd 6 and i3. thanks

Much faster. I cannot say exactly how much faster is it, but at least 5-6 times.

Increasing the clock-speed of a processor increases its performance. There is so much more that goes into the overall performance of a processor (cache speed, cache size, hit / miss frequency on L1 and L2 cache, cycle recovery time on the cache, architecture, core efficiency, pipeline length, and northbridge frequency just to name a few) However, simply increasing a processor's clock speed WILL improve its performance, to an extent. Fast clock speeds send more calculations through the processor cores more frequently, thus leading to your increased performance. If it is pushed too high, a processor begins to see diminishing returns as more cache misses, overheating, and voltage inefficiency start setting in.

Always consider properly researching this matter before considering raising the clock speed of your processor.

CPU are microprocessors.

plugged into motherboard

It keeps your processor from melting. Do not run a PC without a heat sink on your processor. Processors can get to extremley high temperatures. The heat sink absorbs this heat and removes it using a fan.

Dual core E5200 (2.5GHz 2M) is better more than pentium d 925 (3GHz 4M), There is big different. E5200 performance equal double D925 performance.

1.8Ghz is a perfectly good processor.....depending on what you are doing with the computer. If you are just using word processor type programs, surfing the web, doing email, etc. You will be fine with this. If you plan on playing any of the latest games you would benefit greatly from upping your processor speed.

As far as the bus interface is concerned, there is no real difference between data and instructions. Except for the S0 pin, an opcode fetch will look the same as a memory read. There is one extra clock cycle following an opcode fetch, which is used by the CPU to decode and process the opcode, but the bus does not care because there is no sequence initiation with ALE.

Right click My Computer, and figure out what type of processor you have first.

(Pentium III, Pentium 4, Athlon, Phenom, etc). This can narrow you down to a small year range that determines the literal age of your processor. For example, the Phenom II have a maximum age range of 2008-2012.

How old it is in terms of years of use? This is something nobody can tell you-- Keep track of this yourself or ask the previous owner of the processor.

A typing lesson in a special keyboarding class.

in cisc concept instruction set is complex but in case of risc the ins truction are reduced.

for example for mov operation many instruction are there as mov,mvi,sta,lda,lhld,shld,stax,ldax etc. but in case of risc only load and store(lda ,sta) are used for all as in case of ARM processors.