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At the same time, the new chip will employ a

March 17, 2017 by Katherine Berry

At the same time, the new chip will employ a number of "hardware acceleration" technologies to produce more power and thus lower power consumption, enabling it to perform as efficiently as its predecessors. The new chip also features new "performance-enhancing" technologies that may be useful in multi-GPU applications.

For example, as shown in the video below, a GPU can be created in 10-K cycles per frame, while a single GPU can be created in 10 hours. And although a single GPU can be built on 10 percent or more of the power of the chip, the amount of power required to process 10.4 teraflops of data per second is higher than the current GPU's, and the new chip will use the same core clock and voltage as the Intel chips.

The new chip will start shipping in September, when the company plans to release its new 4-channel video card.

Intel's previous chip is the Broadwell-E, a chip that is designed to work with the new generation of Intel chips. Broadwell-E is essentially a 3D GPU with built-in support for the new Gen9 GPU. Broadwell-E supports multi-core CPUs, which is important for mobile processors.

One interesting feature here is the fact that the new chip will also include support for the 8-series of CPUs, which are designed to address the current-gen Broadwell-E CPUs.

Intel has also announced its next generation of Intel GPUs, the 13-series, which will be based on the same architecture as the 13-series Broadwell CPUs.