The race for bigger and better memory continues apace, it seems. It was only a week or two ago that we caught wind of the work that scientists in Berkeley were doing with nanotubes and thousand-year-plus memory lifespans, and now it looks like a group of researchers in Japan have made some headway using an electron-beam direct-writing technique that utilizes semiconductor devices that can keep data intact for a thousand years, so long as humidity is kept at 2% or less. The prototype Digital Rosetta Stone, developed by Keio University, Kyoto University, and Sharp, has a storage capacity of 2.5TB and a max transmission speed of 150Mbps. Of course, there's no telling if or when this will become a reality, so if you want to ensure that your adolescent poetry lasts for the next thousand years, you'd better print out your MySpace blog and have it carved in granite.

[Via TechShout]

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 won't be headed for regular desktops or laptops just yet, the company does have a new 1.35 volt 32GB module for servers which, in addition to packing that record-breaking capacity, also boasts a 20% better throughput compared to previous 1.5 volt modules and, of course, a lower power consumption to boot. As some math not performed by us will reveal, the module itself is made up of 72 of those 4Gb memory chips, which are lined up in rows of nine quad-die packaged 16Gb DDR3s mounted on each side of the circuit board. No word on pricing just yet, nor is there any word about Samsung's promised desktop and laptop memory, which are apparently still in the works -- in the form of 8GB DIMMs, at least.

Researchers at the Department of Energy's Lawrence Berkeley National Laboratory and UC Berkeley have developed an ultra-dense memory chip that is capable of storing data for up to a billion years (besting silicon chips by roughly... a billion years). Consisting of a crystalline iron nanoparticle shuttle encased within a multiwalled carbon nanotube, the device can be written to and read from using conventional voltages already available in digital electronics today. The research was led by Alex Zettl, who notes that current digital storage methods are capable of storing mass amounts of data, but last just decades, while, say, some books have managed to last nearly a thousand years, though the amount of data they contain is quite small. The new method, called shuttle memory, is based on the iron nanoparticle which can move back and forth within the hollow nanotu. Zettl believes that, while shuttle memory is years away from practical application, it could have a lot of archival applications in the future. There's a video after the break, hit the read link for more tiny details.

[Via The Register]

Corsair -- the swashbucklin' favorite of privateers in need of RAM and SSDs -- has just announced that its Dominator GT DDR3 memory has been overclocked at a pretty astonishing 2533MHz. As you'd expect from a company made of braggarts and rogues, its claiming the world record for itself -- unless, of course, one of you other memory manufacturers feels like taking this bad boy on. Kingston, we're looking at you. Hit that read link for all the salacious details.

It's still a little ways away from actually landing in some graphics cards, but Samsung has announced that it has begun mass production of its new 50nm GDDR5 memory, which promises to support a maximum data transfer speed of 7.0 gigabits per second and boast a maximum bandwidth of 28 gigabytes per second. What's more, according to Samsung, the shift to a 50nm manufacturing process also increases production efficiency by a full 100 percent, and allows the memory to operate at 1.35 volts, which is a 20 percent reduction compared to current GDDR4 memory. From the looks of it, however, manufacturers will have to make do with a 32Megabit x 32 configuration (also configurable as a 64Mb x 16 device) initially, although Samsung says it plans to expand the 50nm process throughout its graphics memory line-up by the end of the year.

[Thanks, Shattered Ice]