Intel Microprocessors

In x86, a MOV instruction can store bytes (8-bit quantities), words (16-bit quantities), and double-words (32-bit quantities). In AT&T syntax, the type of data being stored is determined by a suffix at the end of the instruction:

movb - move byte

movw - move word

movl - move double-word (also called a long)

In Intel syntax - which doesn't use these suffixes - the data type is determined from context by looking at the names of the registers specified in the operands. A MOV instruction referring to %eax, for example, would store a double-word (since %eax is a 32-bit register).

It´s not update, it´s downdate! Over all, I think these two processors don´t have the same socket!

Ans: In the register addressing mode the operands are in registers which reside within the CPU. Register-mode instructions are 1-byte instructions and can be executed within the CPU without the need to reference memory for operands.

But in the Register-indirect addressing mode the instruction specifies a register or a pair of registers in the processor whose contains give the address of the operand in memory. This mode uses 1-byte instructions even though the operand is in memory. Before using a register-indirect mode instruction, the programmer must ensure that the address of the operand is placed in the processor register with a previous transfer-type instruction. A reference to the register is then equivalent to specifying a memory address.

There are two facets to this question: Can it be used safely, and can it be used legally. This applies to foreign fixtures in any country. This is a matter of the rating on the components. You cannot exceede the voltage capacity of the outlet or it will arc internally. The voltage of the circuit feeding the outlet must be the same as the voltage the outlet is designed for. You can use a 220V US NEMA outlet on European 220V safely, but you can't use a US 110V outlet. Also, the overcurrent device on the circuit must be less than or equal to the maximum current rating on the fixture. A 10A or 15A breaker is okay for a 110V 15A US outlet, a 20A breaker is not. If you respect the voltage rating and insure the current rating will not be exceeded, the fixture should be safe. This is another matter entirely. It is a matter of wether or not whatever regulating body that certified the outlet is recognized in your country. You will need to contact your local building inspector / code inforcement person to find out for sure. I wouldn't get my hopes up.

More wattage means more heat could be generated. Causing your cooling needs to be greater.

Comparing two processors by wattage, unless your trying to use less energy, should not play a factor in performance.

Celerons are designed to be cheaper (and thus slower) than their higher-end counterparts. They do this by removing L2 cache or instruction sets from the processor. Depending on the age of your computer (the Celeron line dates back nearly 12 years), it may also simply be too slow to accomplish the tasks that you want it to do.

Nope.

No, the i7 is a very fast processor and even to keep up, you would need something like an AMD Phenom 8-core.

To run a 400-volt actuator, you typically need a power supply that provides 400 volts of alternating current (AC) or direct current (DC), depending on the actuator's specifications. It's important to ensure that the power supply can handle the required current and provide stable voltage. Always refer to the manufacturer's guidelines for specific voltage and current requirements to avoid damage to the actuator.

some guy you have to escort

Very little, actually. The Pentium Dual-Core has a smaller L2 cache, making it just slightly slower than a Core 2 Duo at the same clock speed.

Celeron!

rewrite more depth-its actually, to be specific one of the celeron range with 1/1 core/threads and one with a 1mb or less than this cache for instance my laptop is proof. it has a intel celeron 900 with 1 core and 1 thread and also 1 mb of cache which means it can store and process very little data due to its pathetic 1mb cache and with its 1 core it can even distribute these processes over multiple cores and therefore can also only send through and utilize one thread meaning basicly 1 mb of data every like millisecond being processed which in turn means it loads something simple like an internet browser in about 5 minutes and take even longer to open word or something of other use. as for games i tried to run minecraft and it crashed on the lowest setting you could put the game on and even has crashed using google and the fan kicks in because the CPU tries to turbo boost and use a lot of power when i bring up the windows menu therefore rendering it useless no matter how much ram or hard rive space or anything it is rendered useless and your average mobile of today has a better processor. hope this helped.

Expensive

It's a laptop CPU. Therefore not like 5Ghz like desktop ones. (If) you can, you can get it to go at 3Ghz maybe (and ~3,3 with TurboBOOST) or more ;-)

It doesn't really matter, but keep this in mind... Intel count the stepping technology factor and maximum processor speed into their marketing, whereas AMD will tell you the true speed of its processors. If you see an Intel CPU with 2.2Ghz and AMD with 1.7Ghz, you can be sure their speed will be about equal.

No. The Intel Core 2 Duo is much faster than the older Pentium 4.

2.3 ghz, higher the ghz, the faster it is. but don't overclock it too high or else your computer will overheat

It is UART and USART instead of URAT and USART. The biggest difference between URAT and USART is that UART sends data byte by byte. USART sends data in blocks and can send a clock with the data.

Actually, they both make what are known as x86-64 processors, which are processors that can run both 32-bit and 64-bit programs. Check the specifications of the processor for something like "64-bit" or "64-bit Ready" to make sure you can run both x86 (32-bit) or x64 (64-bit) programs!

Yes the Atom for what it does is quite a potent processor for Windows XP, Vista. I have used the Lenovo netbook embedded with Intel Atom Processor and it does it runs office, etc. very comfortably.

The iMac does video editing better than any Windows PC.

doesnt matter because it sucks now

-adrat203, founder of SDA Enterprises and its subsidiary

Mcain oven chips. LOL

Early computers used an all text or "command line interface", similar to command line in windows.