Fully Buffered DIMM is a totally different approach of not using the multidrop bus architecture to connect multiple DRAM modules to a memory controller.

This problem can be mitigated by using DRAM modules that include extra memory bits and memory controllers that exploit these bits.

This problem can be mitigated by using redundant memory bits and memory controllers that exploit these bits, usually implemented within DRAM modules.

The exact number of bytes in a DRAM module is always an integral power of two.

Investigation No. 701-TA-431 (Review): Institution of a five-year review concerning the countervailing duty order on DRAMs and DRAM modules from Korea.

Registered (also called buffered) memory modules have a register between the DRAM modules and the system's memory controller.

It has extended its business to Europe and America, while competing strongly in Asia with Samsung, becoming the second largest worldwide supplier of DRAM modules with a 7.1% total market share.

Syncflash modules look and act just like DRAM modules, and can fit into DIMM slots.

Conventionally, data lines from the memory controller have to be connected to data lines in every DRAM module, i.e. via multidrop buses.

In 2002, Corsair began shipping DRAM modules that were designed to appeal to computer enthusiasts, who were using them for overclocking.