RAMBUS memory is on a stick of RAM called a RIMM. It is the fastest RAM available but you have to have the hardware to use it. It comes in 184 pin for desktops and 160 pin for laptops. RIMMs are keyed differently than DIMMS so you can't install it in any computer. You are required to install RIMMs in pairs to use the full technology, it has a dual-channel technology. Each RIMM is 64 bits wide, but the RAMBUS alternated between two sticks to increase the speed of data retreival. RDRAM motherboards require that all RIMM slots be populated. Unused pairs of slots need a passive device called a continuity RIMM (CRIMM) installed in each slot to enable the RDRAM system to terminate properly. In other words, you have to buy a blank CRIMM to fill in the slots or it will not work properly on the motherboard.
RAMBUS memory is on a stick of RAM called a RIMM. It is the fastest RAM available but you have to have the hardware to use it. It comes in 184 pin for desktops and 160 pin for laptops. RIMMs are keyed differently than DIMMS so you can't install it in any computer. You are required to install RIMMs in pairs to use the full technology, it has a dual-channel technology. Each RIMM is 64 bits wide, but the RAMBUS alternated between two sticks to increase the speed of data retreival. RDRAM motherboards require that all RIMM slots be populated. Unused pairs of slots need a passive device called a continuity RIMM (CRIMM) installed in each slot to enable the RDRAM system to terminate properly. In other words, you have to buy a blank CRIMM to fill in the slots or it will not work properly on the motherboard. *taken from* http://wiki.answers.com/Q/What_are_two_characteristics_of_a_system_usig_RAMBUS_licensed_memory
Rambus Licences memory (SDRAM) can travel on a 16 or 32-bit data path, works like a packeted network, not a traditional system bus, and can run at internal speeds of 800 Mhz to 1600 Mhz
think about it and then give me the answer
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The motherboard's manual will provide you with any jumper settings that might be used to set the RAM's speed the main thing is to not get to much that can actually slow things down.
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=
RDRAM (rambus dynamic RAM) was first developed for the Nintendo 64.
drivec is for the memory
That's correct, it will upgrade your video memory and not your system memory.
The characteristics of file-base system are as follows:StorageOrganizationCollections of dataReadableManipulating optionsCoding
answer
No it is RAM memory used by the operating system
check out whether the system depends on past values or not.If it does then system is not memoryless.
Computers operate best when they have "system memory" free and are not relying on virtual memory (which uses a hard drive as additional system memory). If you have a system with 1GB of installed system memory, and you are using 1.25GB of allocated memory, then freeing up 0.25GB of used system memory would improve performance by reducing virtual memory usage. Conversely, if you have 2.0GB of installed memory, and you are using 1.25GB of allocated memory, then freeing 0.25GB of used memory would have no appreciable effect since virtual memory is not being used by the system. Final answer: If you are using virtual memory, then freeing enough memory to eliminate the virtual memory usage will improve performance, but freeing up more than that amount will have no appreciable effect.