In an 8085 system, the memory word size required is 8 bits. This means that each memory location can store 8 bits or one byte of data. The 8085 processor accesses memory locations using these 8-bit memory addresses to read or write data during program execution. The memory word size of 8 bits allows the 8085 system to handle data in small, manageable chunks efficiently.
The 8085 microprocessor is an 8-bit processor with a 16-bit address bus. This means it can access a maximum of 64 KB (2^16) of memory. The 8085 can address memory locations from 0000H to FFFFH, totaling 64 KB of memory space. This limitation is due to the 16-bit address bus, which can only address up to 64 KB of memory.
The data size in the 8085 is 8 bits.
its the memory size required for coding
No, it is not advisable to have a virtual memory size that is smaller than the physical memory size. This can lead to performance issues and may cause the system to run out of memory, resulting in crashes or slowdowns. It is recommended to have a virtual memory size that is equal to or larger than the physical memory size to ensure optimal system performance.
RAM size is important because it is required for keeping all application and program data in your computer system. It provides enough memory between processes to help you avoid waiting for things to progress or load.
128kb
Paging is a memory management scheme in which physical memory is divided into fixed-size blocks called pages, and logical memory is divided into blocks of the same size called frames. The operating system uses a page table to map logical addresses to physical addresses during memory access. When a process requests data that is not in physical memory, a page fault occurs, leading to the system retrieving the required page from secondary storage into physical memory.
The maximum memory that can be dynamically allocated depends on the size of the heap memory. Dynamic blocks of memory can be allocated in system heap until it is not full.
128Kb
The 8085 is an 8 bit processor, so its word length is 8 bits.
Virtual memory is used to increase the size of working memory in the system main memory by using the locations in secondary storage such as harddisk.
That depends on the operating system and computer architecture.