We already reported about the characteristics of certain CPU architecture-based Sandy Bridge, which will be included in the line of Core i3, Core i5 and the Core i7. However, the corporation Intel, apparently, is not going to ignore fans and low-cost chips in a line of Celeron, targeting the mass consumer.
Anyway, we already know of one such processor family Sandy Bridge, which should replace the model Celeron E3500. This chip LGA 775 is made of 45-nm technology, and has on-board dual-core Wolfdale 1M, present, by the way, many Series CPU Core 2 Duo, and its frequency is 2.7 GHz.
For obvious reasons, the dual-core Celeron E3500 is no integrated graphics, but it has 1 MB of cache memory, and the system bus to communicate with him is 800 MHz. We add that a TDP of the chip is 65 watts, and it costs $ 52 in quantities of 1000 pieces. With regard to the successor Celeron E3500, it seems, will contain integrated graphics core in addition to the two computing and be able to communicate with the socket LGA 1155 and the chipset, H61, and its occurrence is expected in the third quarter of 2011. In addition, it can be assumed that the use of 32-nm technology standards will lower the TDP of the representative, Sandy Bridge, compared with the previous generation chip.

Anyway, we already know of one such processor family Sandy Bridge, which should replace the model Celeron E3500. This chip LGA 775 is made of 45-nm technology, and has on-board dual-core Wolfdale 1M, present, by the way, many Series CPU Core 2 Duo, and its frequency is 2.7 GHz.
For obvious reasons, the dual-core Celeron E3500 is no integrated graphics, but it has 1 MB of cache memory, and the system bus to communicate with him is 800 MHz. We add that a TDP of the chip is 65 watts, and it costs $ 52 in quantities of 1000 pieces. With regard to the successor Celeron E3500, it seems, will contain integrated graphics core in addition to the two computing and be able to communicate with the socket LGA 1155 and the chipset, H61, and its occurrence is expected in the third quarter of 2011. In addition, it can be assumed that the use of 32-nm technology standards will lower the TDP of the representative, Sandy Bridge, compared with the previous generation chip.



