From time to time I see questions about highest density DIMMs and today I found something like this:
DDR4
http://www.micron.com/parts/modules/ddr4-sdram/mta72ass4g72lz-2g1?pc={0910CDF6-A4DF-434C-AB08-2170D0FFE6F9}
DDR3
http://www.micron.com/parts/modules/ddr3-sdram/mt72jszs4g72lz-1g9?pc={0910CDF6-A4DF-434C-AB08-2170D0FFE6F9}
32GB DDR3/DDR4 modules , ECC , non-registered, Load-Reduced DIMM
I wonder if these modules can be used on X79/X99 motherboards since they're supporting ECC but non-registered modules. In theory it should give up to 256GB RAM on a desktop board
and info from Micron site about LRDIMM:
"While standard RDIMMs present multiple loads for dual-rank and quad-rank versions and limit the amount of data you can load to the data bus, our load-reduced DIMMs (LRDIMMs) use a specially designed buffer to reduce the data load to a single load (up to an 8-rank DIMM).
Implementing LRDIMMs enables you to add more DIMMs per channel and increase the memory capacity and speed of your systems. And because our LRDIMMs are designed with reduced module chip count, they offer more cost-effective and efficient means to scale server memory capacity and performance, while also reducing the power levels."
DDR4
http://www.micron.com/parts/modules/ddr4-sdram/mta72ass4g72lz-2g1?pc={0910CDF6-A4DF-434C-AB08-2170D0FFE6F9}
DDR3
http://www.micron.com/parts/modules/ddr3-sdram/mt72jszs4g72lz-1g9?pc={0910CDF6-A4DF-434C-AB08-2170D0FFE6F9}
32GB DDR3/DDR4 modules , ECC , non-registered, Load-Reduced DIMM
I wonder if these modules can be used on X79/X99 motherboards since they're supporting ECC but non-registered modules. In theory it should give up to 256GB RAM on a desktop board
and info from Micron site about LRDIMM:
"While standard RDIMMs present multiple loads for dual-rank and quad-rank versions and limit the amount of data you can load to the data bus, our load-reduced DIMMs (LRDIMMs) use a specially designed buffer to reduce the data load to a single load (up to an 8-rank DIMM).
Implementing LRDIMMs enables you to add more DIMMs per channel and increase the memory capacity and speed of your systems. And because our LRDIMMs are designed with reduced module chip count, they offer more cost-effective and efficient means to scale server memory capacity and performance, while also reducing the power levels."
