The standard for system architecture is 64-bit, which means you can add as much RAM as desired. The amount of RAM memory your system can accept depends on two factors: the system architecture and the physical layout of your computer's motherboard. Instead, all data is exchanged via the RAM module as intermediary between software and processor.
A CPU never communicates directly with the software. In the context of audio processing, this means that the software data of your audio application, sequencer, plug-ins and your audio samples will be loaded here for the CPU to gain access to them directly without the need to load them from the hard drive. RAM (short for Random Access Memory) is a memory module designed to store frequently used data.
Make sure that the processor is equipped with an efficient heatsink and that the computer's case is cooling efficiently (see Case). Intel or AMD processor with 8 cores, TurboBoost technology and hyperthreading capabilites for larger projects involving several applications running in parallel.Intel or AMD processor with at least 4 cores and hyperthreading capabilities.Given the complexity of factors involved in the practical performance of a processor, we advise you to look up the benchmark number for the processor model of your choice in the Passmark Software website as explained in this article. A number of factors such as power supply, amount of RAM, CPU temperature and overall processor design, will determine the performance and the measured CPU speed in realtime. It is important to note that the overall performance of a processor does not increase in direct proportion to the amount of cores or its clock speed.
Additionally, a CPU is able to access the next instructions quickly by pre-loading data on its cache memory. A CPU can have one or more physical cores. It is responsible for coordinating and processing instructions requested by running applications and services. The processor (also called CPU) is the core of any computer system.
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