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  • stratova

    veterán

    válasz #24650752 #11576 üzenetére

    Áh, először én sem tudtam hová tenni. Beugrott egy emészthető magyarázat. Illetve egy másik, szokásos Abu minőségben.
    Egyébként pontosítanom kell, mert fent a Maxwell leírását ragadtam ki, a pletyka szerint Boulder APU-ból is az extrémebbik verzió 8-16 combos ARM maggal:
    Nvidia's Denver/Maxwell will allow running an operating system directly on GPU (or CPU-on-GPU) chip sometimes in 2014. Considering the fact that Denver is a 64-bit ARMv8-compatible architecture, it should offer pretty high compute performance. Apparently, this is not enough for Nvidia, which is why it is also designing Boulder, an ultra-high performance system-on-chip with 8-16+ "fat" ARM-compatible cores as well as high-bandwidth interconnects and I/O, reports Bright Side of News web-site.
    Boulder, which is also due in 2014, is said to be aimed at AMD Opteron and Intel Xeon chips in environments where their x86 nature does not matter much, e.g., high-performance computing. Essentially, Nvidia wants HPC servers featuring Tesla compute accelerators to use Boulder instead of traditional x86 central processing units to perform "serial" tasks.

    At present, nothing particular is known about Boulder, but its alleged difference from Denver suggests that this will be a high-performance architecture with high-end execution units, massive multi-level, multi-MB caches; advanced branch-predictors; extremely efficient dispatch; advanced scheduling and other features today found on advanced x86 central processing units.

    Nvidia did not comment on the news-story.

    Szerk.: Áttettem OFF-ba, mert mégsem AMD-s projektről esik benne szó javarészt.

    [ Szerkesztve ]

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