AMD has slated November 2009 as the month that they will begin mass production of their 8 series chipsets.
The new RD890 chipset is poised to replace the RD790 and RS880D in January 2010, after they pass the engineering verification (EVT) and design verification tests (DVT). The RD890 will pair up with AMD’s quad-core AM3 processors in the high-end market, and will support DDR3 memory and HyperTransport 3.0.
Along with this, AMD is planning to launch their SB800 series of southbridges in January of next year.
Biostar today adds to its T-Series motherboard lineup, this time with a hybrid board capable of running both DDR2 and DDR3 memory (not at the same time).
"Needless to say, the double DDR2/DDR3 design make it possible for users to enjoy better compatibility and cost saving on future memory upgrade," Biostar wrote in a press release. "This motherboard also supports Biostar's exclusive G.P.U. energy-saving technology."
The TP45E Combo motherboard dedicates two slots to each memory standard with support for up to 4GB of DDR3-800/1066/1333, and up to 8GB of DDR2-667/800/1066. Other notables include "whole solid capacitors," 1600MHz frontside bus support, 3 PCI slots, 2 PCI-E x1 slots, a single PCI-E Gen2 x16 slot, 6 SATA ports, and 5.1 surround sound.
We're not sure what it is about Corsair and May 20, but on that same date last year, the memory maker set a world record for DDR3 memory frequency by pushing its Dominator kit to 2462MHz. Fast forward a year later, and on May 20, 2009, Corsair Labs announced it had coaxed 2533MHz out of a 6GB triple channel DDR3 Dominator GT kit, which the company says is the highest frequency ever achieved on a Core i7 platform using three modules.
"When it comes to overclocking and memory, Corsair has proven -- once again -- that its engineering team truly is the best," said Kevein Conley, Vice President of Engineering for Corsair. "As the new world record shows, Corsair's modules are second-to-none in terms of performance, stability, and quality."
To set the new mark, Corsair slapped a Dominator GT 2000C7 tri-channel kit into an Evga X58 3X Classified motherboard and ran fairly aggressive 7-8-7-20 timings. Other components included an Intel Core i7 Extreme 975 processor, GeForce 8800 GTS videocard, and a Corsair P256 SSD.
RAM, like water, is a commodity. And just as there’s a clear difference between putrid L.A. County tap water and water choppered in from the peaks of Mt. Everest, the quality of RAM can vary wildly. But quality is not the sole factor to consider when you’re trying to achieve optimum memory performance from your system.
These days, a user is faced with a plethora of options spanning different technologies, speeds, and capacities. We’re here to help you make heads and tails of all that so you’re prepared when you configure your next rig. Armed with a slew of RAM-based benchmarks, we set out to answer three of the hottest questions in memory today: Is DDR3 for AMD’s new AM3 Phenom II CPUs worth the expense? Should you pay for high-speed RAM or stick with the standard stuff? Finally, just how much memory is enough? We test three common amounts of RAM for Intel’s Core i7 to identify the sweet spot.
The upsurge of netbooks in the past several months serves as proof positive that users are more concerned with mobility than they are raw power, and so one could argue OCZ is taking a certain risk by releasing Intel Extreme Memory Profile (XMP) SO-DIMMs. But lest we forget, desktop replacements have become surprisingly affordable as of late, which was underscored by Gateway's P-7811FX notebook, and enthusiast-oriented notebook memory may just find a niche audience.
"XMP is for performance what 3D is for games, and the introduction of the profiles allows on-the-go enthusiasts to make the most of their Intel mobile platforms," commented Dr. Michael Schuette, VP of Technology development at OCZ Technology. "As a result of our involvement with Intel from the very beginning of the mobile XMP concept, today we are releasing 2GB high performance SO-DIMMs designed as a no-compromise solution to complement Intel's mobile computing platform for the ultimate user experience."
OCZ claims it's XMP-ready memory will boot at its rated specs (DDR3-1066MHz, CL6-6-6-16) on any Intel Core 2 Extreme or Centrino 2 system without any tinkering.
No word yet on when OCZ's XMP PC3-8500 notebook memory will be available or at what price.
If you're not yet ready to make the the jump to DDR3 memory but are itching to upgrade nonetheless, MSI has you covered, and it doesn't matter if you're an AMD or Intel fan. The motherboard maker has released a pair of hybrid motherboards, one for each camp, supporting both DDR2 and DDR3 RAM.
On the AMD side, MSI's AM3-based 790GX-8D supports both DDR2-1066 and DDR3-1333 memory when paired with an AM3 processor, and also works with AM2+ CPUs with DDR2 memory. Four slots of each are crammed onto the PCB, however you can't use both memory technologies at the same time. Moving away from the memory, the board also comes with two PCI-E x16 slots, two PCI-E x1 slots, and a single standard PCI slot. Using the onboard graphics, gamers can also set up a CrossFireX hybrid configuration.
Switching gears to Intel, MSI's P45-8D sports four each DDR2 and DDR3 slots as well, though it remains a generation behind as an LGA775 board with support for Intel's Core 2 processors. On the expansion front, the P45-8D comes outfitted with a one PCI-E x16 slot, one PCI-E x1 slots, and three standard PCI slots.
The P45-8D is available now for around $170 street. No word yet on price or availability for the 790GX-8D.
Who says AMD moves too slowly? Just a month after releasing its well regarded Phenom II mid-range CPUs, the company is back with no fewer than five new P-II chips and its new AM3 socket that support DDR3.
War. What is it good for? Absolutely nothing. Well, except when it’s a CPU war. In that case, it’s good for consumers. Really good for us. With the unveiling of five new AMD’s latest Phenom II CPUs supporting DDR3, it’s pretty clear that the CPU war that started with the unveiling of the Phenom II in January is escalating.
AMD’s new lineup includes the 2.6GHz Phenom II X4 for $175, the 2.8GHz Phenom II X3 720 Black Edition at $145, and the 2.6GHz Phenom II X3 710 for $125. AMD’s two other new chips: the 2.6GHz Phenom II X4 910 and the 2.5GHz Phenom II X4 805. The 910 and 805 are OEM only CPUs and pricing was not released but you can expect that gray-markets will carry them and that the prices will follow the numbers. The 805, for example, should be slightly cheaper than the $175 810 and the 910 should be cheaper than the $195 Phenom II X4 920.
Lost in the numbers? So where we. AMD’s lineup is so bewildering to us today that we had build a spread sheet just to sort it out! We give you the skinny on AMD’s latest quad and tri-cores and help you sort through AMD’s bewildering array of CPU choices.
Thanks to Samsung, the first 4GB DDR3 chip has been made available to the world, making them the first to double the maximum capacity of DRAM modules. This advance will allow Samsung to offer high-end, dual-die devices that will support up to 32GB of RAM.
Born from 50 nm process technology the new 4GB monster chips will be made available to servers first, followed by DIMMs fit for desktop computers and then notebook size SODIMMs.
These chips will run at only 1.35 volts, which is 20 percent less than the usual 1.5 volt DDR3 memory that you’ll find on the market today. Samsung hasn’t made any mention yet about the pricing or availability of these chips.
Last year it was Biostar -- and not Asus, DFI, or Gigabyte -- who set a frontside bus world record with its Biostar TPower I45 motherboard, and further blurring the lines between traditional enthusiast branding and companies better known for taking the budget end of the spectrum, A-Data -- not OCZ, Corsair, or Kingston -- has just broken a benchmarking record of its own.
"A-DATA® Technology Co., Ltd., a worldwide leading manufacturer in high performance memory products, announced today that its XPG™ DDR3 memory modules have broke a new world record on SuperPi 32m," A-Data stated in a press release. "The record was set by utilizing the DFI Lanparty UT X58 motherboard and XPG X Series v2.0 memory, the DDR3-2133X v2.0 2GBx3 triple-channel kit."
The new record now sits at 6min 40sec 360ms, which required overclocking A-Data's triple-channel DDR3-2133X v2.0 kit to 2237MHz with 8-7-7-21 latencies. A-Data didn't say how much voltage it took to reach that frequency, but if we had to guess, we'd say it ran high. The same kit comes rated at 2.05V-2.15V with 10-10-10-30 latencies at its stock frequency.
Samsung and Elpida will be introducing new 50nm DDR DIMMs this year that will feature higher densities and speeds, while lowering latencies, power consumption and costs.
Thanks to Elpida’s new 50nm process that uses fluoride immersion lithography with copper interconnect technology; there will be a 25 percent speed boost from the very first generation of these new sticks of DDR3.
Samsung’s process is aimed specifically at making 2GB DDR3 sticks, and is presumed to become their prime creation process this year. They’re reporting a 60 percent increase in productivity over their DDR2 equivalents.
The prices of all this fancy new DDR3 is expected to drop from 100 percent down to only 10 percent by the time Lynnfield and Windows 7 launch in Q3 of this year. And according to the International Data Corporation, DDR3 sales will account for 29 percent of the total DRAM units sold in 2009. From there, it’s expected to boost to 72 percent in 2011.