Microprocessors

An accumulator machine, also called a single accumulator organisation , or a CPU with accumulator-based architecture, is a kind of CPU where, although it may have several registers, the CPU mostly stores the results of calculations in one special register, typically called "the accumulator". Historically almost all early computers were accumulator machines; and many microcontrollers still popular as of 2010

Late 2013 and early 2014 has been and will be a very exciting time for graphics cards.

AMD released the R9 270, 280, 290, and 290x recently.

nVidia recently released and announced the 780Ti, a powerful upgrade to the existing GTX 780.

You can read about any of these cards on a variety of websites including http://linustechtips.com/main/, http://www.anandtech.com, and a variety of other websites.

1) Fetch is the first of two stages involved in computer processing. The processor operates by processing instructions in what is called the "fetch/execute cycle." The processor fetches (reads from memory) an instruction and then, depending on the instruction, executes it (takes some further action with it, such as shifting bits to the right or left). Then it fetches the next instruction, and so forth.

the 1.5 dual core can handle 2 threads at the same time and 3.0 single core can only handle 1 thread both of them switch threads rapidly if you have CPU-z you will find that the only difference in number of threads (the number of cores in single core is 2)

short answer : the dual core is faster in multitasks

the single core is faster in single task (like most of games)

The CPU is the 'brain' of the computer. It is where all the searching, sorting, calculating and decision making takes place. The CPU contains a tiny quartz clock. Each time this clock 'ticks', one instruction can be dealt with by the CPU. So the more times this clock ticks per second, the more instructions the CPU can carry out and the faster things get done.

The speed of the CPU is measured in either Megaherts (MHz) or more commonly now in Gigahertz (GHz). A 1 MHz CPU can carry out one million instructions per second. A 1 GHz CPU can carry out 1 billion instructions per second!

A typical CPU installed in a computer today would run at around 3 GHz.

While a server and desktop system are similar, servers typically have higher-capacity and faster hard drives, faster processors, more RAM, and better networking capabilities than a desktop system. This is like asking "what's the difference between a personal auto and a taxi or a police car?" At one level, it's how they're used. If you license a personal car to carry passengers and use it that way, it's a taxi. If you paint it blue, put a light bar on the roof and then police officers drive it on the job, it's a police car. However, if you know up front that a vehicle will be used as a taxi or a police car, you get it with upgraded or specialized equipment. Those aren't required in principle, but they make a huge difference in practice. It's the same with servers. You can use just about anything as a server, but for serious use you need upgraded components in several areas. These ain't cheap, but they're worth it. Some computer manufacturers sell servers through different channels that most of us buy our PCs, too. These channels typically provide a higher level of support, geared to the technically competent user, but again it ain't free. Is this required in order to call something a server? Not at all. Do most people who buy servers find it worthwhile? You betcha.

1. Operating System

Not exactly. The T2330 is almost the same as the T5250 except for a few things. The T2330 has only 1mb of L2 cache(as opposed to 2mb on the T5250), and actually has a higher clock speed at 1.6ghz(the T5250 is 1.5ghz). The T2330 can actually perform a bit faster than the T5250 in certain processes, but for the most part should perform about equal to the T5250. The lack of cache isn't noticeable in everyday usage and only really shows if you have multiple(more than 5) programs open and going at full load, or are running very demanding games. Even then, the difference isn't on a large scale. For comparison's sake, the T5250 has a 667mhz Front Side Bus and a 9x multiplier while the T2330 has a 533mhz FSB and a 12x multiplier. Both have a TDP of 35 watts, are built on 65 nanometer process, and are Merom cores(Merom-2M cores, specifically). They are actually made from the from the same silicon imprint, but after manufacturing are differentiated by either defects in cache or some other problem causing them to not express full capability, which would be a T7250. "Pentium dual core" has become Intel's economy line name, however it's every bit as much a Core 2 Duo as an officially labelled C2D, except for half the cache.

The size of the accumulator is the same,means 64bit.

The emitter of a transistor was placed a micrometer distance between two, so it was called a microprocessor. Technology advanced, and the distance was improved to nano meter. Still, they call it micro.

A road with a lot of traffic on such as a motorway and that has four lanes has two lanes closed and thus the traffic piles up as there are four lanes of traffic trying to fit through two lanes. Like pouring water out of a bottle. When you tip it upside down the water sloshes over to the neck of the bottle but piles up and takes time to drain from the bottle rather than a bucket where the water is drained instantaneously.

Heatsink compount or special heat pad. The reason for this is to form a tight thermal bond between the processor (CPU = Central Processing Unit) and heatsink for the best transfer of heat away from the CPU.

NONE! The 80186 was an advanced version of the 8086 but did not include support for virtual memory. It had a 64K physical address space. The 80286 was the first Intel CPU to support virtual memory but it's capabilities were limited.

A good heat sink compound, often known as thermal grease, will provide an inexpensived, readily available, and reliable solution to both the need to maintain even, overall contact between the CPU device's heat-radiating surface and the heat sink itself as well ensuring proper transfer of the heat generated by the device's operation. Typical heat sink compounds are formulated from silicone and are the type most-often recommended by manufacturers and maintenance organizations (primarily due to superior performance and operational life), but there are a variety of types available, produced from petroleum derivatives as well as other substances. Any of the types available for public use tend to be a bit "messy" to work with, at least for the novice; it is for this reason that handy "syringe-style" applicators are popular sellers. A thin coating should be applied to the CPU device's heat-radiating surface (some authorities maintain that it is best to apply thermal grease BOTH there as well as to the heat-sink contact area); any excessive amount that becomes extruded out beyond the contact areas of device and heat sink once the two are firmly attached by the latching device employed in a given configuration will fail to enhance the desired effect of heat transfer, and upon occasion can actually cause problems due a tendency to decompose---and even lose the property of electrical inertness inherent to these products---under such variables as ambient temperature & other environmental conditions, and the user should exercise caution in both the amount of compound used and the areas with which it is allowed to contact. The user should be aware that the properties of thermal greases will degrade over time and require re-application of a new layer; old, broken-down heat sink compound should always be thoroughly removed first by cleaning both surfaces with alcohol or an adequate solvent (carefully-applied acetone---often available amongst everyday household products in the form of fingernail-polish remover---is a favorite product of choice for many experienced technicians

Here is a short explanation.

Clock rate or clock speed is the speed at which a microprocessor (CPU) executes instructions. Clock speeds are typically expressed in megahertz (MHz) or gigahertz ((GHz). A single clock cycle (usually shorter than a nanosecond in modern non-embedded microprocessors) toggles between a logical zero and a logical one state.

Sources:

http://www.webopedia.com/TERM/C/clock_speed.html

http://en.wikipedia.org/wiki/Clock_rate

In this instance micro means very small in physical size

775 - but almost phased out

1156 - for coewi3 nad core i5

1366 - for flagship i7

there are others for the xeon server chips (i think) but that's business and enterprise not consumer

Celeron doesn't refer to any particular processor series. Celerons were cost-reduced versions of their Pentium equivalents. The Celeron in question could be based on a Pentium 2, Pentium 3, Pentium 4, Pentium D, or Core 2 Duo. In which case the answers would be "Pentium 3, Usually Pentium 3, Celeron, Celeron, and Celeron", respectively.

The Logical operator has the ability to perform certain logic operations on its input. This is used in Boolean algebra.

using multiprogramming we can save the time

multiprogramming resources to more than one current application

i.e

we can run multiple applications at a time

that's way we refuses the time

what is more 1+1 or 1+2?