Intel Core 2 Duo E7200 Troy MI

Introduction

Core 2's family just keeps growing. Intel has really capitalised on a winning architecture. While Netburst got a few upgrades, there were never as many different variations of the same architecture to come out of the silicon giant.

Core 2 began back when Conroe started a revolution in the way we work with dual core processors. AMDs true dual core Athlon X2 showed us that the old version of slapping two dies on a single package really didn't work, and despite Intel's attempts, Pentium D really was the worst CPU to ever come off the production line.

Since then, Intel has finally learnt that a true dual core CPU could exist on its aging FSB system, but a new approach would be needed. This brought us the Core 2 Duo CPU. This works by placing the two cores on the same silicon wafer (unlike the Pentium D or Pentium Extreme Edition) and having them connected and communicating with each other through the Level 2 cache, which is a shared resource and depends on the model of the Core 2 CPU as to how much L2 cache you get.

The original Core 2 Duo based on Conroe architecture had 2MB of shared Level 2 cache. Whole Penryn based CPUs came with 6MB. This is a huge jump in size, but what about a cheaper option? Well, Intel has now come out with its latest addition to the Core 2 line; welcoming the Core 2 Duo E7000 series. This new CPU is designed to take a more mainstream and value-end stand. Its intention is to compliment and replace the already popular E4000 series of Core 2 CPUs. Today we will be testing out what the Core 2 Duo E7000 series is capable of and will pit it against its direct competition; AMD's Phenom X3.

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