#Pro tools 12 system requirements software

Buses are being eliminated, cores are better managed, and channel speeds continue to improve. New subsystems better integrate memory and other peripherals directly to the processors, resulting in major performance improvements. The hardware vendors continue to improve their processor micro-architectures to better address the limitations of older multi-core technologies. One micro-architecture (Intel) even does this automatically, shutting down unused cores and increasing the clock speed of the others. Some users may find that turning off some cores will actually improve performance. Many systems enable you to turn off cores via the bios, which can enable you to compare performance with a different number of cores that are active. Although additional cores can improve NX performance, processor speed is still a vital measurement of NX performance. Increasing the number of cores does not always translate into better performance. This is due to the potential conflict of multiple cores sharing system resources, such as cache, memory, and bus bandwidth, as well the need for the system to manage and control an increasing number of cores. Multi-core technology is complex and, depending on the configuration, can actually have a negative impact on performance. The one advantage of multi-core processors over SMP is that this technology has proliferated much faster than SMP and is now common in workstations, servers, and laptops.

#Pro tools 12 system requirements software

Siemens PLM Software has found that multi-core performance characteristics are similar to SMP. Multi-core processors are similar to SMP because there are two or more actual processor cores but they are delivered in single processor packages.

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