Posts Tagged ‘Intel’

Intel's New LOGO

intelnewlogosThe Intel has revealed their new Logo’s for their processor families which will be replaced by the old once from April 1 2009. These Logo’s come under three diffrent background colour, namely blue, white and black. The black background indicates a high end processor, while a blue background indicates a mainstream processor and the cheap processors like celoron are assigned a white Logo.These Logo’s looks very nice and shiny when compared with the old ones.

There is also a five star rating system which can be used by the buyers to determine the processor diffrence. The rating system will not be printed on the Logo rather it will be displayed with the system or with the processor box. The Core  i7 will be give five star while the Celeron will be assigned a single star.

Sony VGN-CS22 GH-B

sony-vgn-cs22-gh-bThis review of Sony VGN-CS22 GH-B will be very much liked the people those who prefer to buy a laptops with a descent configuration. These laptops are loaded with Intel Core 2 Duo processor P8600(2.40GHz) and mobile Intel GL40 chipset. It is also fitted with 2GB of DDR2 memory to boost the performance of the laptop.

And regarding the storage, it comes with a 160 GB of Hard Disk (Serial ATA) and a DVD R/W as the optical storage. The laptop also features a 14.1 inch wide screen. It has bluetooth,  a built-in webcamer and a built-in integrated speakers. It also posseses 3 High Speed USB 2.0 ports and a battery hours of just 2.5 hours.

Core 2 Duo Successors

intel_corei7_2009

The Intel has introduced three variants in Core i7 series of processors. These processors are assumed to be the replacement for the Core 2 Duo series of processors in the near future. These processors are based on Intels Nehalem Microarchitecture. The Core i7 processors were code-named as Bloomfiels and Bloomfield Extreme Edition. These processors only support DDR3 memory and the Front-Side Bus is replaced with the Intel QuickPath Interconnect.

Cache Memory

  • 32 KB L1 for Instruction per Core.
  • 32 KB L1 for Data per Core.
  • 256 KB L2 Cache Memory for each Core (Data & Instruction).
  • 8 MB L3 Cache Memory shared by all Core.

Its is based on 45 nm technology and 731 million transistors.