Assuming you mean in every "empty memory slot/socket."
What component must me installed in every empty memory slot on a motherboard using Rambus technology?
continuity rimm
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Continuity RIMM (C-RIMM)
c-rimm module
You have one or more errors in your program.
Memory modules are used for adding RAM to a computer motherboard. As a standard computer industry practice the motherboard manufacturers do not add RAM to motherboards but provide slots (empty sockets) to which memory modules can be added as per computer configuration needs of the end user. Semiconductor RAM which is manufactured as standard chips is assembled on printed circuit boards as memory modules of different capacities (e.g 512MB , 1GB or 2GB). Examples include SIMM, DIMM, SODIMM. These module printed circuit board size, shape and signals are standard as defined for various memory types e.g. 200pin laptop DDR2 SODIMM is a common laptop memory type these days. Since there are standard modules for all type of computers, for a specific computer type you can just buy memory module and add RAM to the computer.
All RIMM slots must be filled either with RIMM modules or CRIMM modules."23. Fill 'er up. Leaving a memory slot empty is not a problem as long as you install DIMMs. If you install RIMMs in your system, however, then you need to make sure every slot is full. No, you don't have to buy more of the pricey Rambus memory modules; simply use a pair of CRIMMs (continuity RIMMs), as they're called, to plug the empty memory slots on the motherboard. You can buy CRIMMs for $10 to $15 each from computer retailers. Failing to fill empty Rambus memory slots with CRIMMs will result in a computer that doesn't boot."Taken from http://www.smartcomputing.com/editorial/article.asp?article=articles/archive/l0909/27l09/27l09.asp&guid=
Yes
As a memory pool is allocated from, over time the pool will become fragmented. Some objects from the pool will be allocated surrounded by objects that are not, in seemingly random order. Memory compaction is the process of moving allocated objects together, and leaving empty space together. Consider a system with 3 pages and about 50% of their objects are allocated. By compacting all the living objects into the first two pages, leaving the third page completely empty. This empty page can then be ignored during future mark/sweep phases since it is known to be empty of living objects, or it can be released and returned to the operating system.
no it cant, i am a deck specialist
The word literally means "empty tomb". It is a monument erected to honor the memory of a person or group of persons.