lillian
Because the offset address is 16 bits. This allows you to access 64kb with only one instruction.
The maximum storage capacity of a floppy disk that uses the 64kb keyword is 64 kilobytes.
Yes.
In x86 family of CPUs, there are six memory models. Memory is managed in "chunks" (segment or page) of 64K words. To find a specific location, the CPU needs to know the segment it is in and how far down (the offset) it is from the beginning of the segment. In addition, the x86 CPUs support three types of pointers: * near pointers access data in the specified segment * far pointers can access data within a 1MB address space * huge pointers are a type of far pointer, but with specialized behavior So applications written for the x86 world had to specify a type of memory model which detailed how pointers work. Generally speaking, the rules are: If code is under 64KB... and data is under 64KB... use Tiny or Small model If code is over 64KB... and data is under 64KB... use Medium model If code is under 64KB... and data is over 64KB... use Compact model If code is over 64KB... and data is over 64KB... use Large model
ISDN
Each segment in the 8086/8088 is 64KB because that is how Intel designed the microprocessor. The offset address is 16 bits, making the allowable range 64KB. See the related questions link for a further discussion of segmented architecture.
The extra segment in the 8086/8088 is a 64kb region of memory that is indexed by the displacement address of the destination of certain string operations, relative to DI. Contrast that with the data segment, which is a 64kb region of memory that is indexed by the displacment address of the displacement of most operand addresses. The stack segment is similar, but it is used for stack oriented data, relative to SP or BP.
The 8086 can address 1,114,080 bytes. (One Mb + 64Kb - 16) That does not count I/O space, it only counts memory space.
It is an 8- bit computer with 64KB of RAM and was produced in 1982. It was produced as a home computer and can be connected to a monitor and floppy disk drive.
128 kbps, no; 128 KB/s, yes. Youtube needs at least 512 kbps, or 64KB/s.
64 bit data bus and two L1 (64KB) caches; one L1 cache for each core (cpu)
64 bit data bus and two L1 (64KB) caches; one L1 cache for each core (cpu)