The BIOS is located into the CMOS chip on the motherboard. It can only be accsed through the BIOS setting when you start up and device drivers are located in the root drive in the windows folder
Upper Memory
Upper Memory
Most DOS applications utilize conventional memory. Many DOS applications can not utilize extended or expanded memory without special software. When you load device drivers into upper memory, you leave more conventional memory free for other applications to use.
kilobyte
There is no specific, fixed, area of memory that a driver is stored in (this is handled by the OS as it is loaded) - However in Windows there is specific location in the file system where the device drivers are placed, this is C:\Windows\System32\DriverStore.
the question is vague but I'll answer to the best of my abilities...If your computer has an SD card reader, simply put the card into the reader and proceed to step 2 below. If you do not and if the sd memory card is for a phone, camera or similar device start from step 11. connect the included usb cable for the device to a computer.2. In most cases, the device should appear as a removable storage device under "My Computers" if you're on a PC or Linux, or on the desktop if you're on a mac.3. If it doesn't appear, install the device drivers by inserting the disc that came with the device and follow the instructions to install the drivers.4. after installing drivers, the device should appear in the above mentioned locations for your system.
There is no specific, fixed, area of memory that a driver is stored in (this is handled by the OS as it is loaded) - However in Windows there is specific location in the file system where the device drivers are placed, this is C:\Windows\System32\DriverStore.
The program file Emm386.exe
It is the uppermost region of the PC memory map for ROM, usually from 640K up to 1024K, originally reserved for BIOS, device drivers, and TSRs.
They are called flash drives.
direct data transfer between input and output device on the memory is called as direct memory acess
mnenomics