Inside AMD K10 Architecture

K10 Server CPUs Roadmap

You can see K10-based server CPUs roadmap on Figures 9 and 10.

K10 Barcelona RoadmapFigure 9: K10 server CPUs roadmap.

K10 Barcelona RoadmapFigure 10: K10 server CPUs roadmap.

As expected the first CPU to be launched using the new K10 architecture will be a quad-core Opteron processor based on “Barcelona” core. In Figure 11, you can see the Opteron "Barcelona" models AMD plans to launch and below it a table containing all models released so far.

K10 Opteron Barcelona Clock Rates and TDPFigure 11: Clock rates and TDP that will be available for the quad-core Opteron “Barcelona.”  

AMD Opteron 2300 Series

Model CoreFrequency TDP
2350 2.0 GHz 95W
2347 1.9 GHz 95W
2347 HE 1.9 GHz 68W
2346 HE 1.8 GHz 68W
2344 HE 1.7 GHz 68W

AMD Opteron 8300 Series

Model CoreFrequency TDP
8350 2.0 GHz 95W
8347 1.9 GHz 95W
8347 HE 1.9 GHz 68W
8346 HE 1.8 GHz 68W

Here is a quick summary of the cores that will be launched for the server market based on K10 architecture:

  • Barcelona: quad- or dual-core Opteron on the 2000 and 8000 series, 512 KB L2 memory cache per core, 2 MB L3 memory cache, registered DDR2 memory, socket 1207 (socket F), HyperTransport 1.x, 65 nm manufacturing process.
  • Budapest: dual-core Opteron on the 1000 series, 512 KB L2 memory cache per core, 2 MB L3 memory cache, conventional DDR2 memory, socket 1207 (socket F), HyperTransport 1.x or 3.0, 65 nm manufacturing process.
  • Shanghai: quad- or dual-core Opteron on the 2000 and 8000 series, 512 KB L2 memory cache per core, 6 MB L3 memory cache, registered DDR2 memory, socket 1207 (socket F), HyperTransport 1.x, 45 nm manufacturing process.
  • Montreal: octal- or quad-core Opteron on the 2000 and 8000 series, 1 MB L2 memory cache per core, 6 MB or 12 MB L3 memory cache, registered DDR3 memory, socket G3, HyperTransport 1.x, 45 nm manufacturing process.
  • Suzuka: quad- or dual-core Opteron on the 1000 series, 512 KB L2 memory cache per core, 6 MB L3 memory cache, conventional DDR3 memory, socket AM3, HyperTransport 3.0, 45 nm manufacturing process.

Now let’s see the planned
desktop models.

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