Remote PC Support For Intel Celeron Processor Problems

The Intel Cerelon processor is designed based on Pentium processor. The original design of Cerelon,introduced in 1998 for the first time, was derived from Pentium II processor. Later on, Cerelon design migrated to Pentium III and Pentium IV processors. Though Cerelon processors could run the IA-32 architecture based computer software programs, but the performance is degraded to some extent because certain high end features are disabled due to the low price. Examples of such high end features are dual processing,multi processing,etc. Celeron processor is also slower compared to Pentium processor because of the smaller size of L2 cache memory and slower bus speed. Brief History: Intel introduced low end processor Pentium MMX in 1993, which could not compete against K6 processor of AMD,Cyrix 6x86 of IBM and SGS-Thompson, Winchip of IDT. Celeron was Intel's response to these processors. After launching these processors, Intel provided extensive computer support for Celeron design problems. Celeron Covington: The design of earliest version of Cerelon Covington was based on Pentium II architecture. It operated at frequencies of 266MHz and 300MHz. It did not have any secondary memory cache. Celeron Mendocino: Released on 24th August,1998 this CPU featured 128 kB of L2 memory cache which could operate at the full clock rate. Though it operated at 300MHz, it's performance was superior to that of Covington,which operated at the same frequency. On high end motherboards, it's speed could be increased to 50MHz, by stepping up the Front Side Bus clock rate from 66MHz to 100MHz. This should be done with the help of an experienced network support provider. Later on, many versions of Mendoncino were released which could operate at higher frequencies of 266,300,333,366,400,433,466,500 and 533MHz. Coppermine 128: Derived from Intel's Coppermine series of Pentium III, this processor, which is also known as Celeron II,was launched on 29th March,2000. It has 128kB L2 cache memory and it's Front Side Bus Speed is 66MHz. Tualatin 256: Based on the architecture of Pentium III Tualatin core,Tualatin 256 processor was designed. Released on 2nd October,2001, this processor runs at 1.2GHz.It's functionality is quite similar to that of Pentium III. Willamette 128: This processor was derived from the core architecture of Willamette Pentium IV. Also known as Celeron 4,it featured 128kB of L2 cache memory. Northwood 128: Based on the Northwood Pentium IV core architecture, this processor was designed. With 128kB of L2 cache memory,it could operate at the clock rate of 2GHz. Later on Intel released many versions which could operate at clock speeds of range from 1.8GHz to 2.8GHz. Prescott 256: Released on 25th June,2004, Presscot 256 Celeron D processor featured 16kB of L1 cache and 256kB of L2 cache memory. It was designed for socket 478. Different versions of it could operate at frequency range of 2.13GHz to 3.33GHz. In spite of many improved features,it produced huge amount of heat, which was it's only drawback. The Thermal Design Power of Prescott 256 was 73W. To reduce the heat, aluminum and copper finned coolers were incorporated in the design. In spite of that it heating occurs, the designer should take help from a reputed PC support provider. Tech Support For Celeron Processor Problems: Computer designers faced lot of problems with Celeron processors while designing PC motherboards. Intel provides extensive PC support for Celeron issues. Apart from Intel many third party vendors offer round the clock computer support for Celeron problems. If the designers confront any difficulty, it is advisable to consult an experienced network support provider.