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]

A full six months after Samsung took the wraps off of GDDR5 memory, along comes word from AMD that the next-generation ATI Radeon graphics cards will boast said technology. Apparently AMD will be tapping Qimonda for its supply of GDDR5 modules, which should boost gaming performance as well as benefit stream processing, "where GPUs are applied to address complex, massively parallel calculations." As Hot Hardware points out, the release comes just weeks away from the rumored debut of the Radeon 4000 series, so if our deductive reasoning is sound, we'd surmise that the looming Radeon 4800 will indeed feature GDDR5.

[Via Hot Hardware]

In the world of high-end gaming rigs, it isn't size of your megahertz that equates to higher performance, but the multiplier on your bus -- if you catch our drift. Regardless, for most gamers bigger numbers will always be better, and when it comes to fast memory Corsair now holds the record with a 1GB stick of Dominator DDR3 SDRAM. Overclocking in at 2462MHz (supposedly the highest recorded frequency to date), it survived the brutal testing thanks in part to an integrated four-layer extruded aluminum sink, which helps shuttle heat away from your bits and into your case. Naturally, these numbers come at a premium: over $200 per gig. But if you absolutely must have the fastest, this is it -- for the moment.

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]

Ruh roh, Shaggy -- you remember that disk encryption attack that involved cooling off your target's RAM and yanking it to get a bitdump before the contents faded? Well, it looks like things just got a lot simpler for would-be attackers -- check out this USB flash key designed by security researcher Robert Wesley McGrew, which can boot your machine and dump the RAM to itself without altering its contents. That means you no longer need to actually pull the DIMMs or carry around an air duster; all an attacker needs is enough time to reboot your machine and copy the contents of your RAM. Of course, that takes time -- McGrew says things are running quite slowly right now, but he suspects his test machine is dropping down to USB 1.0 speeds. That's still not too reassuring -- looks like we'll be spending even more time with our machines from now on.

[Via Hack a Day]

We're not sure what whacky voodoo snakeoil these MetaRAM people are peddling, but the company's got some high profile behind it (like Intel, for one), is being led by former AMD CTO Fred Weber, has appears to have some potentially revolutionary RAM quadrupling technology. Claiming to have leapfrogged current RAM technology by 2-4 years, MetaRAM uses a specialized "MetaSDRAM" chipset that effectively bonds and addresses four cheap 1Gb DRAM chips as one, tricking any machine's memory controller into using it as a 4x capacity DIMM. Since a 1Gb chip is apparently far less expensive than a 2Gb chip, MetaRAM devices can multiply capacity at prices far lower than their competition; the company claims it'll be shipping in machines in the first quarter of this year, and Hynix has already announced their own 2-rank 8GB DDR2 RDIMMs for the second half.

Multicore processors have become a major part of the consumer mainstream in the past couple years, but if a cryptographic researcher named Joseph Ashwood has his way, the next few years will see the rise of multicore memory. Ashwood's design, which he's had positively reviewed by a team at Carnegie Mellon, allows memory to actually become faster as it gets bigger, due to the way data is organized across individual memory cells. Ashwood says the ratio is almost 1:1 -- doubling size should result in a doubling of speed -- but it's all theory for now, as he's only gotten as far as the software simulation stage. Once a manufacturer commits to the tech, however, Ashwood says chips could be coming off fabs in as little as three months, but it'll be interesting to see who signs up first -- with so many next-gen RAM techs all jostling for position, Ashwood is going to need quite a sales pitch to stand out.

[Photo courtesy of MrBill]

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]

Barely a fortnight after Sony disclaimed reports that it was pondering the sale of its PS3 chip production facilities, the firm has decided to partner up with Qimonda in a 50-50 venture "to design DRAM chips for consumer and graphics applications." The new entity will be dubbed Qreatic Design, will be based in Tokyo and is scheduled to start operating by the end of 2007. Of note, financial terms of the deal weren't released, but Qimonda's chief executive did state that the agreement would "support its future product design and solutions development and would further pave the way for product diversification in non-PC applications." [Warning: read link requires subscription]

Earlier this year, we heard that NASA gurus were working up a biological nanobattery that utilized ferritin, and now another report is suggesting that the substance could even be used in a "biotech-based process for creating ultrathin computer memory." Reportedly, the researchers have found that by using ferritin, metal memory cells could be arranged on substrates sans heat, which consequently allows for thinner substrate materials to be used. The method could eventually lead to "computers being built on thin films that could then be integrated into eyeglass lenses or into clothing," which could add a whole new dimension to wearable electronics.

[Via PinkTentacle]

Get ready, OCZ is comin' atcha with some newfangled RAM technology that's likely to scare off the very market it's hoping to attract, but we're here to break things down for digestion. Put (sort of) simply, the firm's DDR3 PC3-12800 Intel XMP Ready Titanium Edition RAM will become the first memory to feature Intel Extreme Memory Profiles, which work exclusively with Intel's X38 chipset to enable the average joe (or jane) to overclock their RAM without even knowing what latency means. The sticks will come configured to run 8-8-8 latencies, but a secondary profile featuring a 7-6-6 latency can be easily activated if ran on an X38 chipset to squeeze a bit more performance out of the setup. There, that wasn't too hard, now was it?

[Via TrustedReviews]

It didn't take long after the release of Sony's slim PSP in Europe for some over-anxious individual to get inside of his new handheld, and while dissection pictures are always a treat in and of themselves, this splaying led to an unexpected discovery. After inspecting the motherboard and comparing it to boards from prior (read: not slim) PSPs, it was reported that the newest iteration features "66MB of NAND memory including spare data," which certainly trumps the amount found in its predecessor; additionally, Mathieulh mentioned that the "idstorage area is now fully encrypted." Check out a few more pics for yourself after the jump.

[Via MaxConsole]

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]

Rest assured, this isn't the first (nor the last) time you'll see products launch before the official specs get ratified, but JEDEC is doing the honors today by introducing the DDR3 (Double Data Rate 3) memory device standard. Key improvements that were noted include a 1.5-volt power supply, increased operating temperature range, memory device reset, burst chop, dynamic on-die termination, output driver calibration, and write leveling among others. The standard is reportedly intended to operate over a "performance range from 800 to 1600 MT/s (million transfers per second)," and while we certainly appreciate the details finally coming forward, the bevy of product launches from months past sure dampened the thunder. [Warning: Word document read link]

[Via Inquirer]