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IDE HARD DRIVE WITH TECHNOLOGY:

Most hard drives in personal computers are tecnoilogia IDE (Integrated Drive Electronics), which comes in the controller cards and all motherboards (motherboard) of equipment new. The latter automatically recognized (autodetect) hard drives to be put to a size of 2.1 gigabytes.
technology IDE hard disks, has been improved and is known as Enhaced IDE (EIDE), allowing higher data transfer in less time. Some manufacturers call it Fast ATA-2. These hard drives are faster and more storage capacity than a gigabyte. A megabyte (MB) is approximately a million characters and a gigabyte (GB) has about a thousand megabytes. Bring new equipment as a standard 1.2-gigabyte hard drives.

If your computer is new, the motherboard allows you to place up to four hard drives. The first hard disk is known as primary master, the second as the primary slave, secondary master as the third and fourth as secondary slave.
The difference between master and slave is done through a small metal bridge (jumper) placed in a connector of two ducklings that each hard drive. In the upper surface of a table with the picture how to bridge master, slave or master with slave present.

SATA HARD DRIVES WITH TECHNOLOGY

updated on 19/12/2007.

Serial ATA is the new standard for connecting hard drives. Until relatively recently, in the consumer market was using the IDE port on the ATA standard (also called Pararell ATA), of which there are varieties to 133MBytes/seg theorists. This type of connection is a flat strip (40 or 80 threads, depending ATA specifications) to which you can connect up to two hard drives (or optical drives).

Serial ATA, the new technology is fully compatible with the previous, so no compatibility issues with operating systems. In fact you can find converters to the old format, since not only is a change in the format of the connectors, but also in the port type (as an IDE port works as a parallel port, SATA is a type Serial port).

ADVANTAGES

* As there are speed advantages, as the new interface starts working 150MBytes/seg (133 maximum on ATA), currently being usual SATA2 type, with a transfer rate 300MBytes/seg.

* Another great improvement over the previous system (in my opinion) is the type of wiring used, much thinner than the previous aerodynamic allowing these cables, being much thinner, facilitating airflow inside the box, reducing the warming of our team.

* Another advantage of this type of port is that it allows up to 1 meter cable length (less than half a meter on the connections ATA).

* Regarding the power cable is also different from the original ATA disks, and strains of work are lower, with less power consumption.

* Also it is not necessary to own Master / Slave traditional, since SATA drives connect a per port, indicating the Setup which is the only SATA which should be directed first to the boot order (Boot SEQUENCE .)

we see in the SATA drives a set of jumpers. These are to set a record as SATA1 SATA2, in the case of the motherboard is not compatible with the standard SATA2.

Although the plates and allow the connection of these devices, when installing the operating system must take into account a small detail, it is possible that full deployment of the type found a message is not no drive installed and therefore can not install the operating system

Rotation Speed \u200b\u200b(RPM)

is the speed at which the disk spins, more precisely, the speed of the rotating / disk platter, which is where you store magnetic data. The rule is: the higher the rotation speed, the higher the data transfer, but also more noise and the greater the heat generated by the hard disk. Is measured in number revolutions per minute (RPM). You should not buy an IDE hard disk less than 5400rpm (already 7200RPM IDE drives) unless you give it to a very good price, not a SCSI disk under 7200RPM (there's 10.000RPM). A speed of 5400RPM allow a transfer between 10MB and 16MB per second with data that is on the outside of the cylinder or plate, somewhat less in the interior.

RECOMMENDATIONS TO PURCHASE A HARD

• TO A NORMAL USER
* 4.5 GB minimum * 5400RPM

* 10ms access time

*

128KB Buffer * Ultra DMA Mode-33

• TO A USER OF PERFORMANCE
* 6.5 GB minimum

* 7200RPM * Time 8ms

access

*

512KB Buffer * Ultra DMA Mode-33 or SCSI

° for server or graphics workstations
* 6.5 GB minimum to

* 7200RPM * 10.000rpm

8ms access time

* 1MB Buffer Mode

* ULTRA-SCSI or SCSI ULTRA-WIDE

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RAM Memory Chips

Celeron microprocessor

Celeron processors can perform the same basic functions as other processors, but its performance is inferior when compared to other more expensive processors. For example, the Celeron usually have less cache, or have some advanced features disabled.

Features:

-Production: April 1998
-Manufacturer: Intel CPU
-speed: 266 MHz 3.6 GHz-speed
FSB : 66 MT / s to 800 MT / s
-Process (channel length MOSFET ) 0.25 microns to 0,065 microns

Pentium microprocessor

The October 19, 1992, Intel announced that the fifth generation of its compatible processor line (which was the internal code P5) would be named Pentium rather than 586 or 80586, as everyone was expecting. This was one Intel strategy to register the mark and thus can differ the name of their processors of its competitors (primarily AMD and Cyrix).
This chip was submitted on March 22, 1993

FEATURES:

-Initial rates of 60 and 66 MHz
-Manufactured with the process BICMOS (Bipolar-CMOS) of 0.8 microns)
-memory cache of 8 KB for data

-8 KB instruction data bus 64-bit
"The chip is packaged in PGA (Pin Grid Array) of 273 pins.
"The Pentium processor is modeled 386/486

Intel Pentium II

The Pentium II is a microprocessor designed by Intel, introduced in the market in May 1997 7DE fundamental changes compared to the latter were to improve performance code execution 16 bits, eliminating the second-level cache processor core, placing it in a printed circuit board next to it.

Features:

-Production: From mid-1997 until early 1999
-Manufacturer: Intel deCPU
-Speed: 233 Mhz to 450 Mhz
- fsb speed: 66 MHz to 100 MHz
-Process (channel length MOSFET ) 0.35 microns to 0.25 microns
-Chip: P6

Intel Pentium III

was released on February 26, 1999.
The first versions were very similar to the Pentium II, the major difference being the introduction of SSE instructions. As with the Pentium II.

Features:

-production: From 1999 to 2003
-Manufacturer: Intel CPU
-speed: 450 MHz to 1.4
-GHz FSB Speed: 100 MHz to 133 MHz
- Process: (MOSFET channel length) 0.25 microns to 0.13 microns

Intel Pentium 4

The Pentium 4 is a seventh-generation microprocessor chip is the first with a completely new design. The original Pentium 4, called Willamette, working at 1.4 and 1.5 GHz, and was released in November 200.
To the surprise of the computer industry, the Pentium 4 is not the old design improved P6 according to the two traditional ways to measure performance: speed in the process of integers or floating point operations. Intel's strategy

Features:

-production: From 2000 to 2008
-Manufacturer: Intel

-speed CPU: 1.3 GHz to 3.8 GHz
-Process (channel length MOSFET ) 0.18 microns to 0,065 microns
-Microarchitecture, NetBurst

Intel Core Duo

A sixth-generation microprocessor launched in January 2006 by Intel with two execution cores, optimized for multithreaded applications and multitasking. You can run multiple demanding applications simultaneously such as graphics-intensive games or programs that require many calculations, while you can download music or analyze your PC with your antivirus

Features:

-Production: From 2006 to 2008
-Manufacturer: Intel
-CPU Speed: 1.06GHz to 2.33 GHz-speed
FSB 533 MT / s to 667 MT / s
-Process (channel length MOSFET ) 0065 microns
-Microarchitecture: Intel P6

Microprocessor "Quad Core"

is called 'quad-core' and has four cores on a single 'chip', which multiplied by billions the capacity of the first to hit the market 35 years ago.

Features:

* While the first transistor sold by Intel in 1971 had 2,300 transistors, the new has 2,000 million.
• In addition, each of the first transistors had a maximum clock speed (which takes to perform basic tasks, such as addition) of 740 kilohertz, while the new is of 2.66 gigahertz, nearly 3,600 times faster .
Intel • According to calculations, if the automobile had advanced as fast as the computer, a car would take far less than ten seconds to cross from coast to coast.
· Marketed under the name Core 2 Extreme quad-core (for the consumer market) and quad-core Xeon processor 530 (for servers) and with prices ranging from 455 to $ 1,172 (355 to 900 euros), this new generation of microprocessors also have the advantage that they consume almost 50% less power than their predecessors.
· "The observations of the great accelerator data give about 40 million times per second, so the 'quad-core' will be essential to manage about 15 billion gigabytes.

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Called RAM that you can access any location it randomly and quickly

What is RAM?

main memory or RAM (Random Access Memory, Random Access Memory) is where the computer stores the data that is used in the present moment. Storage is considered temporary because the data and programs remain there while the computer is turned on or is reset.
Physically, consist of a set of chips or chip modules normally connected to the motherboard. The memory chips are black rectangles soldiers often go in groups some chips with "pins" or contacts:

then submit the types of RAM and have evolved as each of them:

types of RAM MEMORY SIMM (Single In-line Memory Module)
ü exixte 2 TYPES OF ( 30 pins and 72 pins)

• 30-pin SIMM MEMORY
  Coast Ø 30 contacts and 8 bits
  handled or used in computers
  Ø 386 and 486 came in modules 256kB, 1Mbit or tension
  5V supply is

• MEMORIASIMM 72-pin Ø Coast
  72 contacts and drives to 32bits.
  or used on computers 484, 586, K6-II, K6-III, Celeron, Pentium, Pentium II. Ø
  4MByte capacity is up to 64MByte.
  Ø Work with a voltage of 5V.

• MEMORY DIMM (Dual In-line Memory Module)
  Ø consists of 168 contacts and 64 bits.
  or available capacity to 512Mbytes 8Mbytes.
  Ø Work with a voltage of 3.3V and 5V.
  Ø With a memory bus speed that ranges from 66MHz to 133MHz.
  or begin to be used with the Pentium II and its use goes to the output of the Intel Pentium 4 processors and AMD Athlon XP
  
  
  

• MEMORY DIMM DDR (DOUBLE DATA RATE) Double Data Rate
  Ø has 184 contacts in the same physical size of 168 contacts
  Ø Work with 2.5V and 1.8V voltage.
  Ø With a memory bus speed from 100MHz to 200MHz
  or begin to be used with the output of the Pentium 4 and XP
  
Thlon

• MEMORY DDR2 DIMM 240-pin
  Ø has 240 pins and doubles the amount of data using 2 clocks. Ø
  speeds from 400MHz to 667MHz. Ø Ability to 1GByte
  . Ø
  have bus speeds of real memory from 100MHz to 266MHz.
  or consumption of these reports is between 0 and 1.8 volts.
  
  

• 
  DDR3 MEMORY DIMM has 240 pins Ø just the DDR3 DIMM.
  Ø Although not compatible with DDR2 memory. Ø
  memory bus speed from 800MHz effective 2000MHz. Ø
  consumption between 0 and 1.5 volts.
  Ø A maximum data transfer rate of 15.0GB / s.
  

CACHING
is used to facilitate a transfer even faster than the processor instructions and data that is used to improve process flow (how fast a system computer can do the job). Like RAM, the cache is an area of \u200b\u200bhigh-speed storage for program instructions and data, but shaved 10 times more than RAM. With only a fraction of the capacity of the RAM, the cache only contains instructions and data processor is likely to soon require
There are two types of cache memory: Memory
Ø L1 Cache L2 Cache
Ø

Conclusion:
ü As we have seen the emergence of electronic computers is fairly recent, and has had a rapid advance. So much so that today the competition between enterprises producing computers to rise to the emergence of new models with very short periods of time, which are sometimes of months. Causing an increase in processor speeds, storage capacity, speed of transfer of the buses, etc.. Ü
Currently the market is taking place again, because they have appeared very fast processors, which work speed of 1 GHz