You can install more than 4 GB if the motherboard supports it. However, pure 32-bit operating systems cannot access any more. Some server versions of Windows, along with PAE-enabled Linux kernels, can access up to 64 GB of memory, though this is rather inefficient, and each program is still limited to 3 GB of RAM.
It depends on context. 4GB is actually all the memory that Windows XP can handle (there's a special 64-bit edition that can use more than 4GB). However, it's not a huge amount of memory for a video camera (it's not horrible, though; it represents maybe an hour of standard definition video).
4GB
It uses 3.7 Gb or something close to that. Every else is not used.
A 32-bit OS can only address up to 4GB of memory.
it is a fair amount. It depends on what you are going to use it for. If you are going to use it for gaming your fine. if you use it for work or something than its very good for it. In all it is a bit better than your average computer. Yes , it more than the average computer.
However much is assigned to it by the virtual machine. Virtual or not, the 32-bit version of WinXP will not be able to address more than 4GB of memory in any combination of video and system ram. Dial back to 4GB instead of allocating excess...you gain nothing and just take away memory from the host. This presumes that your host is a 64-bit OS. If the host is 32-bit, also, you want to limit your virtual machine to half the available memory (2GB) or your host will suffer performance issues.
yes the bit system is only for drivers or software's working but ram actually increase the speed of processing and huge amount of data load a time on ram so u can increase your ram as you want
yes the bit system is only for drivers or software's working but ram actually increase the speed of processing and huge amount of data load a time on ram so u can increase your ram as you want
Use iobit toolbox 1.2 to optmize RAM memory
For the 32-bit Windows 7 operating system, the RAM (random access memory) limit is set at 4GB. The 64-bit OS, however, has more flexibility in terms of RAM capacity.
32-bit OS can only hold up to 4GB of memory. 64-bit OS can hold up to 1TB of memory, most motherboards can only hold from 12 to 16GB of memory.
If you are sure that both memory pieces are working then you can have at least two explanations to what is happening. First one is the chipset that you have on your motherboard does not support more than 4 Gb of RAM (read the manual for more details). Second is the memory you both cannot work with your motherboard because it uses to low frequency.