General News

One of the most common misconceptions about audio and singing technology in general seems to be the difference between x64 / x86 audio and 64/32-bit audio and it comes in x86 and x64 versions and both versions support 32-bit and 64-bit audio. These terms mainly refer to the type of CPU and operating system Cantabile will run on. 

Therefore, the main difference between these two platforms is the amount of RAM they can access.  x86 has a physical limit of 4 GB of RAM (although Windows reserves the upper 1 GB, limiting it to a maximum of 3 GB).  x64 can reach more than 4GB of RAM, even more than you need. It comes in two versions of one for each platform.  On each platform, you will need supported operating systems, drivers, and plug-ins. 

x86 Vs x64? That is: to use the x64 version, you will need an x64 operating system (often called 64-bit Windows System), audio and midi drivers for that operating system, and x64 plug-ins.

What should we need to know?

Though these terms refer to the size of a single audio sample: 32 or 64 bit (also called single and double precision) and are related to the quality of the audio.  A more precise number (64-bit) clearly allows a more accurate representation of a sound. x86 Vs x64?  That being said, 32-bit audio samples are generally more than sufficient for almost all applications, and in general, you cannot tell the difference between the two formats.  A scenario where you want to use 64-bit audio when a signal is about to be heavily processed through a long series of plugins.

x86 Vs x64? Please note that not all plug-ins support 64-bit audio, see the plugin documentation.  We think most programmers are aware of these options, many still lack a clear and complete picture of these options.  We would like to document and share a few points to clear up the confusion. Firstly, we should talk about the operating system, first, the Windows operating system dominated the market with the 32-bit operating system until AMD invented the first 64-bit processor.  Therefore, the operating system evolved over the years, from a 16-bit operating system to a 32-bit (x86) and 64-bit (x64) years ago.

Other details regarding it!!

 x86 Vs x64? Therefore, understand this, let's understand the capabilities of 32-bit and 64-bit CPUs. The size of the address pointer is 32 bits that can reach 2 4 (4,294,967,296) discrete addresses.  This allows a program to create a data structure up to 4 GB in size. The address pointer size is 64-bit which can reach 2 18 (18,446,744,073,709,551,616) discrete addresses.  This allows a program to create a data structure in memory up to 16 exabytes in size, processes on 64-bit CPUs can operate with a larger data set than a 32-bit CPU, as well as being limited by physical memory.  The 64-bit integer performs arithmetic or logical operations using 64-bit types such as C # faster than one implemented as two 32-bit operations.

It runs as 64-bit process, can load any CPU and x64 assembly, you will get Bad Image Format Exception if you try to load x86 assembly. Any 32bit CPU preferred (default) - Runs as 32bit process, can load any CPU and x86 assemblies, you will get Bad Image Format Exception if you try to load x64 assembly. x86-Runs as 32-bit process, can load any CPU and x86 assembly, you will get Bad Image Format Exception if you try to load x64 assembly, x64: same as any CPU. So if we don't know that the target machine is 32-bit, 64-bit, or both, we can compile our executables as 32-bit and assemble them like any CPU, respectively.