AMDs Fusion processor will be a merge between a GPU and a CPU, there’s a new ETA. Currently, Fusion 32nm is scheduled to debut sometime during 2011.

According to AMD, the Barzos platform that will be paired with the Fusion processors will be targeted at ultra-thin notebooks. They will supposedly operate on less power than current solutions, which means that the chip and platform might be very suited for tablet PCs. This fact comes even though AMD is “currently not painting a strategy” around such devices. The Fusion APU (accelerated processing unit) will be codenamed Ontario and will integrate the CPU and GPU on a single die, similar to what Intel’s 32nm CPUs do.

All APUs will be made based on the 32nm manufacturing process. They will target not just ultra-thin and ultra-mobile systems, but the line will also feature desktop PC offerings. The company will still monitor the “exciting” tablet market and will watch out for an opportune moment to enter it.

Most speculations around the APU deal with the actual graphics capabilities. Considering the extensive graphical know-how from ATI, there is little doubt that AMD should be capable of making APUs capable of running even the most modern games, even with all the difficulties of combining the two technologies into a single die. However, making such a super powered chip might actually threaten AMD’s graphics card sales. As such, while the Fusion is expected to surpass Intel’s 32nm chips, a high-end graphics performance may be out of the question.

It won’t be very long anymore before AMD’s six-core Istanbul server processors will become available in high volume, and you know what ? That’s the start of a new multi-core race. AMD unveiled it aims to release a 12-core part in 2010 already, and a model with 16 cores in 2011.

The 6000 series processors will see the 45nm 8-core to 12-core Magny-Cours next year, while the 32nm 12- to 16-core Interlagos will arrive one year later. The 4000 series platform on the other hand will see the 45nm 4- to 6-core Lisbon in 2010, and the 32nm 6- to 8-core Valencia in 2011.

Fun fact, the new DCA 2.0 architecture will allow quad-channel memory configurations as is has a four channel integrated controller.