Since DRAM uses address multiplexing(essentially each line accesses both columns and rows in memory) you need to take 2 to the 24th power to find your total capacity(basically doubling the number of address lines). In this case it would be 16,777,216.
Cache needs to get results as fast as possible. With SRAM you give it the address and wait the access time (which can be very short) and then the data is on the pins. With DRAM you have to give the high part of the address, strobe Column Address Select, give the low part of the address, strobe Row Address Select, then wait for the longer access time before getting your data. Also DRAM has to be refreshed extremely often which adds about 15% overhead.
An inch is a unit of distance. A dram is a unit of capacity. The two units are therefore incompatible.
Because of its structure, SRAM requires more transistors than DRAM in order to store memory. As such, DRAM can have up to six times the capacity of SRAM.
DRAM is volatile.
0.0625 ounces per dram.
1 dram = 27.34 grains.
3.7mL per dram.
1 dram = 1.3671875 scruples
There are 1,771.8 milligrams in one dram.
DRAM is a volatile memory
DRAM is a volatile memory
DRAM is a asynchronous,it does not synchronized with system bus