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The new microarchitecture, dubbed Sandy Bridge, will feature a graphics core on the same die as the processor core.
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On four cores of the same hardware configuration, the optimal empirical setting is 50 MB.
Using these regulators, the different cores on the same chip can operate at different frequencies.
High performance processor designs have evolved toward architectures that integrate multiple processing cores on the same chip.
Instead of virtualizing applications across a data center and running those applications in a cloud comprised of multiple machines, Intel now is pushing to run them on a single chip with literally dozens of cores on the same machine.
In recent years, single-ISA heterogeneous chip multiprocessors (CMP) consisting of big high-performance cores and small power-saving cores on the same die have been proposed for the exploration of high energy-efficiency.
As technology scales toward deep submicron, the integration of complete system-on-chip (SoC) designs consisting of large number of Intellectual Property (IP) blocks (cores) on the same silicon die is becoming technically feasible.
Beyond these opportunities, the most recent advances in on-chip switching regulators [8] will enable cores on the same chip to operate at different frequencies, promising far greater flexibility for frequency scaling.
Our approach can be generalized to support per-chip frequency scaling in a multi-chip context, by restricting the frequencies for the cores on the same chip to be uniform.
Although this is correct for current processors which use off-chip voltage regulators (i.e., a single regulator for all cores on the same chip), which set all sibling cores to the same voltage level [5], it does not fully capture the range of control opportunities available.
A multicore processor is a processor that includes multiple execution units ("cores") on the same chip.
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