Funny Things To Write In A Guest Book

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.