work with the high density modules. A good, widespread example is the Intel i810e chipet. It supports 133Mhz fsb Pentium III processors, but will not support the high density, PC133 only modules. It has been my experience (in general) that the PC100/...

to do with speed, it's density, many chipsets can't use high density memory. Second, if desity was the problem, the chips would work, but not at full capacity. Third, if standard SDRAM doesn't allow the system to boot, even high density PC133 at reduced size,...

problems with the "newer" high density DRAM with some motherboards. Will the Optiplex GX150 motherboard be able to withstand TWO, 256MB PC133 sticks of high density DRAM?. Archived from groups: alt.sys.pc-clone.dell () I wanted to upgrade the memory of...

100 - or about $25 more than the entire > system is worth at resale. >> The RAM can be PC133 but MUST be low density (16 chips/256M, 16X8). > High-density RAM (most cheap RAM is high density) will not work. >> I'd be careful about dropping $200 or...

can only use low density memory, and at 256 megs, that means that each sodimm has to have 16 memory chips on it, 8 chips per side. You can use PC100 or PC66 memory, although apparently you can't use PC133 due to incompatibilities with the 32MB soldered onto...

has the smaller memory chip? Thanks in advance for your help! Terry Archived from groups: alt.sys.pc-clone.dell () How many chips are on the new module? Most PC133 RAM these days is high density (will have 4 chips on a 128 MByte module). This won't...

machine apparently requires the older low density (double sided) PC133 modules and your new module is high density. You need to exchange it for a low density module, which will probably cost you double the price of the high density module. If it reports...

the memory chips need to be the low density type, i.e. more chips per DIMM, probably 16 chips, 8 to a side. The info on the HP web site was probably authored before high density chips came into production. PC133 memory may or may not work. The system...

as 16x4 instead of 8x8. Same number of bits in the chip (64 M, so *IT* is the same 'density') but it now takes 16 to fill the 64 bit wide 'group', because they are each only 4 bits wide, for 128 Mbyte on the 'single side' (twice as much. e.g. 'high density')....

next block of data at the same time it sending the previous block. DRAM: Dynamic random access memory. SDRAM: Synchronous DRAM. The clock speed of an SDRAM module is synchronous with the CPU bus. RAMBUS: A bandwidth driven bus technology where high...