The phrase "amount of random access" is correct and usable in written English.
It can be used in contexts discussing data storage, computer memory, or information retrieval where the quantity of random access is relevant.
Example: "The system's performance improved significantly with an increased amount of random access available for data retrieval."
Alternatives: "quantity of random access" or "level of random access".
You can see how much memory is already installed by going to the Start menu to Control Panel, double-clicking on the System icon and clicking the General tab; the amount of random access memory (RAM) is listed.
The sheet should include the processor type and speed; the operating system; the amount of random access memory; the hard-drive capacity and make; the manufacturer of the video card or hardware and sound card; and the type of printer cartridges.
Read filter parameters were adjusted so that the maximum possible read length could be used without use of an excessive amount of random access memory.
In addition to high bandwidth, the reconstruction workstation would ideally provide a large amount of random access memory (RAM) and a multicore central processing unit (CPU) or one or more graphics processing unit (GPU) boards.
We implemented PEAR in C. It includes an optimized memory management scheme that allows the user to specify the amount of random access memory (RAM) available for executing the program.
It is the length of the information string that determines the amount of random-access memory, or RAM, a processor can make use of during a task.
While Homebrew's hardware satisfies Windows 7's requirements, its skimpy amount of random-access memory would leave little room for the new operating system to flex its muscles properly.
One of the ways to measure speed of random access memory, or RAM, chips is to note the access time, which is the amount of time it takes that memory chip to deliver the data requested of it.
Allowing sequence search limits the type and amount of compression that can be applied and requires some type of random access into the encoded sequences.
Another difference, as Mr Chandrasekher correctly noted, is that a 64-bit chip can more easily support larger amounts of random-access memory (RAM).
Both systems come with one megabyte of random access memory.
