Samsung Develops World’s Highest Density DRAM Chip (Low-power 4Gb DDR3) Samsung Electronics Co., Ltd., the world leader in advanced memory technology, announced today that it has made a significant ...

Oh Samsung, you and your world's firsts. We like to tease but your latest breakthrough is truly notable: the world's first 4Gb (bit, not Byte) DDR3 DRAM PC memory chip based on relatively frugal ...

Samsung has been making promises about a 32GB DDR3 memory module since it rolled out its first 50nm 4Gb DDR3 memory chip way back in January, but it looks like it's now finally delivered. While it ...

Samsung has announced that it is now mass-producing 40nm-class 8GB DDR3 RAM modules for notebooks. The new RAM is in the form of SoDIMM modules and is being made in UDIMM modules as well.

Samsung intros 30nm, low-power DDR3 memory By Matthew DeCarlo February 1, 2010, 18:49. Serving tech enthusiasts for over 25 years. ... a 4GB DDR3 module is said to consume only three watts per hour.

Samsung plans to move almost 90% of its DDR DRAM production to the 40nm process. A server that uses a 40nm 2Gb DDR3 module right now consumes 55W of power whereas the same server using 40nm 4Gb ...

Samsung's 20nm DDR3 is 25% more energy efficient than its 25nm counterparts. ... The company is using the immersion ArF lithography to roll out 20nm based 4Gb for its most advance DDR3 memory. ...

Samsung Electronics, the world’s largest memory maker, expects double data rate, third-generation (DDR3) ... Samsung: DDR3 to Hit Mainstream by Early ’09. News. Nov 13, 2006 2 mins.

South Korea's Samsung Electronics has developed 30nm class 32GB ddr3 registered dual inline memory modules (RDIMMs), which utilise 3d through silicon via package technology. Sampling now, Samsung ...

Samsung established a record today by becoming the first to ship 16GB registered DDR3 memory. The feat was accomplished by combining its recent 2-gigabit (512MB) memory chips and would let servers ...

Samsung Electronics said Wednesday that it has become the sole supplier of low-power memory interface technology for the Leibniz Supercomputing Center, which hosts the powerful supercomputer in ...