Toshiba makes progress on FeRAM, still no tangible product in sight
Phew. For a [Via AkihabaraNews]
DRAM posts
Phew. For a [Via AkihabaraNews]
Rambus introduces 4.3Gbps mobile memory
It's not all just lawsuits and overinflated posturing for Rambus -- the prickly memory firm will later today demo what its calling the Mobile Memory Initiative, a 4.3Gbps phone-oriented variant of the XDR RAM used in the PS3 that requires just 100mV of power. That means companies can either build super-powerful phones that take advantage of a complete MMI system's estimated 17GBps throughput, or build cheaper devices that offer performance equivalent to today's memory with fewer MMI parts. Rambus won't say who it's working with to bring out MMI, but we're going to have to wait a bit before we all score cheap HD videophones -- the first products aren't scheduled to hit until early 2010.[Via Electronista]
Samsung's 4Gb chip promises 32GB DDR3 memory modules for PCs and laptops
Samsung seems pretty proud of world's highest density DRAM chip
Those of you who actually keep track of which outfits are on top of others in terms of density (yeah, all 8.4 of you) have a new winner to document, as Samsung has just announced the development of the planet's highest density DRAM chip. By utilizing 50 nanometer technology, Sammy has concocted a four gigabit DDR3 DRAM chip, and if it has its druthers, the low-power device will be used in data centers and servers the world over. The module can be produced in 16GB registered dual in-line memory modules (RDIMM) for servers, as well as 8GB unbuffered DIMM (UDIMM) for workstations and desktop PCs, and 8GB small outline DIMM (SODIMM) for laptops. If dual-die package technology is tapped into, the new device can scale as high as 32GB, though Samsung is careful not to mention just how much you'll have to pay for this stuff.[Via I4U News]
Taiwan's proposed DRAM industry bailout puts the word "global" in economic downturn
It looks like a $6.5 billion dollar bailout of Taiwan's DRAM industry is in the works, a move that is proving as controversial on the island as the auto bailout is Stateside. The DRAM market has been in decline a while now, as evidenced by the recent closure of the Hynix plant in Eugene, where some 1,100 souls once worked doggedly to topple the likes of Intel and AMD. Now, we don't really know all the particulars of this admittedly complex situation, but we sure hope that lawmakers over there are able to work something out -- after the recent debut of Phantom of the Opera peformed by robots at Taiwan's University of Science and Technology, we're sure that people there could use something to lift their spirits.[Via TG Daily]
Super Talent caters to Eee PC with new 16/32/64GB SSDs
[Via jkOnTheRun]
16GB Hynix DDR3 RAM modules demonstrated at IDF
Hynix set to close its Oregon plant, cutting 1,100 jobs
It may have once talked about toppling both Intel and AMD within a decade, but South Korea's Hynix looks to have been knocked back on its heels a bit amid a general downturn in the DRAM market, and it's now taken the rather drastic step of closing down its plan in Eugene, Oregon, eliminating some 1,100 jobs in the process. As EE Times points out, that move is at least partly due to the fact that 300mm plants are ramping up faster than expected, making 200mm plans like the one in Oregon far less cost effective to operate and, apparently, too expensive to upgrade. There's also the little matter of some tariffs the United States had imposed on Hynix, which it was able to avoid thanks to its plant in Oregon, but which now appear to be set to expire. For its part, Hynix denies that has anything to do with the plant closing, and it adds that it is still looking at ways to "have a presence" in Eugene.[Via The Wall Street Journal]
Toshiba says its 1GB MRAM chips are "almost ready," we're ready now
[Via MRAM-info]
HP creates radical 'memristor' technology, brains explode
"Memristors" are one of several memory technologies that have been theorized and promised in the coming years. HP has made a real memristor, however, and the way solid state memory is created and stored could have just changed forever. First theorized in 1971, memristors are basic circuits like resistors, capacitors, and inductors. These circuits are able to store data by allowing their levels of electrical resistance to fluctuate between high and low, or 0 and 1 to a computer. Like flash memory, they retain that data without power -- except they do it all on one circuit and at the speed of D-RAM. In the end, we could be looking at a whole new kind of storage, as long as someone can figure out how to get these things onto integrated circuits. Nerds hats off, return to your fanboyism -- now.Yowza: Toshiba's net profits plunge 95% thanks to HD DVD, flash prices
by Thomas Ricker, posted Apr 25th 2008 at 4:59AM
A year ago today Toshiba was announcing ¥26.17 billion in profits for the quarter. Today, just ¥1.25 billion or about $12 million. In addition to the $580 million hit on account of its withdrawal from HD DVD, Toshiba also saw a swift decline in flash memory prices. While bad news for Toshiba on all accounts, we consumers are basking in a market dominated by a single high-def optical disc standard and cheap NAND and DRAM pricing. Sorry Tosh, but you won't find any tears around here.Hynix ships fastest one-gigabit LPDDR2 chip for mobile devices
Though not quite as impressive as the idea of toppling Intel and AMD within the next ten years, Hynix Semiconductor still has a decent reason to brag today. The South Korean chip producer has announced that it has just started mailing out the "fastest data transferring advanced dynamic random access memory (DRAM) chip for mobile devices." Said chip is the one-gigabit LPDDR2 (low-power double-data-rate 2), which was crafted using 66-nanometer technology and features an 800-megabits per second operating speed at 1.2-volts. No word on exactly what devices will see the super-speedy chip packed within, but a company spokesperson did note that it plans on ramping up production during Q4 to meet "growing demand for flat-panel television sets and high-end handheld devices."[Via Physorg]
Korean researcher hopes to build ferroelectric RAM
If you've fantasized about how wonderful your life could be if the merits of DRAM, SRAM and Flash memory could all be mixed harmoniously into one "dream semiconductor," listen up. You may not be up to speed on all the advancements in ferroelectric materials, but we're pretty sure even the technological newbie could appreciate a new discovery by Korean researcher Dr. Shin Young-han. Reportedly, this fellow has "succeeded in figuring out the operational mechanism of ferroelectrics," which could potentially lead to FeRAM -- a technology that could "store data ten times faster than Flash memory and keep it for longer than ten years." Kudos to you, Dr. Shin, now let's get this stuff on the production line, shall we?[Image courtesy of Ferra]
Sony and Qimonda form joint venture to design DRAM chips
iPhone / iPod to consume 25% of global flash memory output?
C'mon, don't act so shocked -- you had to realize that these record sales of NAND-based iPhones and iPods were using up some serious flash memory, right? Turns out, Apple's two biggest hits are "expected to consume 25-percent of the global flash output," which could in turn drive up prices of said memory in the not too distant future. DRAMeXchange, a market research company out of Taiwan that tracks the memory industry, further suggested that it could take "about two to three quarters before manufacturers can raise their chip yield rates to a higher level," which doesn't bode well for anyone hoping to see a price cut on any of Apple's handhelds due to increased volume purchasing in the memory department.[Via CNET]
