This was the point when multi-core processors became more important.

Having a multi-core processor in a computer means that it will work faster for certain programs.

This included support for multi-core processors and high resolution screens.

This is not the best situation for multi-core processors.

The architecture is designed to be used in multi-core processors for embedded systems.

It can also demonstrate a platform's Multi-core processor performance capabilities.

This takes advantage of multi-core processors in order to improve the time taken to solve difficult problems.

There are also parallel versions designed for increased performance on multi-core processors.

A multi-core processor dedicates part of its processing power to each core.

Folding@home can use the parallel processing capabilities of modern multi-core processors.

In the next years the trend will go to multi-core processors more and more.

A multi-core processor implements multiprocessing in a single physical package.

From a system design viewpoint, with the advent of multi-core processor systems, a network is a natural architectural choice.

Attempting to rely on today's multi-core processors leads to all kinds of timing problems.

A multi-core processor is simply a single chip that contains more than one microprocessor core.

Adobe CS4 was also developed to perform better under 64-bit and multi-core processors.

This work is also good for single core processors but not multi-core processors.

A version taking advantage of multi-core processors using software transactional memory is in the works.

This tends to make the computer perform its tasks more slowly, unless it uses a multi-core processor.

The solution, developed in Hopper's lifetime, was first the integrated circuit and later the multi-core processor.

The first decade of the 21st century also saw the rise of multi-core processors and flash memory.

The improvement in performance gained by the use of a multi-core processor depends very much on the software algorithms used and their implementation.

In addition to its microcontrollers, Texas Instruments also produces several multi-core processor lines.

It is particularly good with large images, works with multi-core processors, working with colour, scientific analysis and general research & development.

Symmetric multiprocessing is supported if a multi-core processor is used.