Yes and no. All memory location from 0H to 0FFFFH are addressable, but some of them are needed for the program, interrupt vectors, and the stack, so you would need to pay attention to where things are located in memory to design an appropriate program. In addition, if your system is using memory mapped I/O, some locations will be reserved.
8085 has a 16-bit address bus. So, it can address 2^16 memory locations i.e. 65536 (64 KB) locations.
The Intel 8085 can address a maximum of 64kb (65536 bytes) of memory.
8085: 65,536
8086: 1,048,576
64kb
8088 processor accessed 1MB
1 GB of RAM (Random Access Memory) isn't very much. If your computer can support it, it is best to get 4-6 GB RAM for maximum efficiency.
speed compatability maximum memory allowed
it depends on the size of the memory card inserted into the DSTT. The maximum is 4 Gig.
Most modern computers use Random Access Memory for their main memory. However you don't need Random Access Memory, Sequential Access Memory is perfectly adequate and has been used in many computers in the past for main memory (it just happens to be much slower to access than Random Access Memory as you need to wait for the location to come around again).
8085 yen tax
Having had a good look on eBay - the maximum size appears to be 32GB.
Cache memory is random access memory (RAM) that a computer microprocessor can access more quickly than it can access regular RAM. As the microprocessor processes data, it looks first in the cache memory and if it finds the data there (from a previous reading of data), it does not have to do the more time-consuming reading of data from larger memory. Cache Memory generally comes in smaller size (3MB, 6MB etc) than the RAM (512 MB, 1GB,2GB.....)
Well, it can be either. There is DRAM (Dynamic random access memory) and SRAM (Static random access memory). DRAM is a much more simple and inexpensive type of memory, it only requires one transistor and capacitor per bit where as SRAM requires four transistors. However, SRAM is faster and uses much less power.
It depends on the motherboard. If you can find out what type of motherboard you have, you can look up what type of memory and how much of it you can install into the memory banks. Keep in mind that the operating system that you have may limit how much of the installed memory you can actually use.
Ted Broer has written: 'Maximum Fat Loss You Don't Have A Weight Problem! It's Much Simpler Than That' 'Maximum Memory'
Yes, this is called shared memory. But it isn't useful, its mostly a gimmick because the memory speed is much slower than a graphics card with dedicated memory.