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Intel teases six-core Gulftown, discusses tera-scale computing
The 32nm dual-core Clarkdale processors that recently made their debut are about to pave the way for Intel's next performance crown chaser, the six-core Gulftown. You might've known that already, but Intel's decided to furnish us with the above slide detailing the particular differences between the two dies, with the most notable being the whopping 1.17 billion transistors that the new CPU will be composed of. The major attraction of Clarkdale chips lies in their power efficiency and competent integrated GPU, but the Gulftown focus will be firmly on the high end. Hence, there's no integrated graphics, but the built-in memory controller supports three channels of DDR3 RAM and even plays nice with lower-powered 1.35-volt sticks. There's also confirmation that the forthcoming hex-core chip will fit inside the familiar LGA-1366 socket, so if you bought a high end Core i7, worry not, you'll be able to replace your still blisteringly quick CPU with an even faster beast. Quad-core variants -- by virtue of disabling a pair of cores -- are on the cards as well, while Intel also took the opportunity to delve into questions of 1Tbps+ bandwidth interconnects and its 80-core processor project, but you'll have to hit up the links below to learn more about those.
Toshiba bolsters 32nm mSATA SSD lineup, your future netbook nods approvingly
We like to think of 'em as the SSDs for the little guys, and we couldn't be happier to hear that they're getting bigger and bigger in terms of capacity. Toshiba introduced the first solid state drives to use the mini-SATA interface back in September of '09, and while those 32nm units were made available in 30GB and 62GB sizes, the pack rats weren't satisfied. Now, the company has introduced a 128GB flavor with an mSATA interface, offering up a maximum sequential read speed of 180MB/s and a maximum sequential write speed of 70MB/s. The 128GB modules are said be one-seventh the volume and one-eighth the weight of 2.5-inch SSDs, and in case that's not enough, the third-generation HG SSDs will bring nearly twice the aforesaid speed and will ship in capacities of 64GB, 128GB, 256GB and 512GB. Hit the source link for all the dirt... except for the pricing, naturally.
Intel's Arrandale and Clarkdale CPUs get benchmarked for your enjoyment
Whoa, Nelly! Just weeks after Intel came clean with its new Pine Trial nettop and netbook platform, the company is today cutting loose with a few more. This go 'round, we've got the 32nm Arrandale (which consists of the Core i5 Mobile and Core i3 Mobile) heading for the laptops and the 32nm Clarkdale chips over on the desktop front. Starting with the former, most reviews found the CPU + GPU solution to be faster than rivaling Core 2 Duo + integrated GPU options, with the Core i5 being particularly potent in highly threaded applications. Better still, battery life didn't seem to take a hit even with the extra performance, though high-end, high-res gaming was still a lesson in futility when working without a discrete graphics card. Overall, the chip was a welcome addition to the fold, but we got the feeling that the first wave was priced too high and offered too little of a performance increase on the gaming side to really warrant a wholehearted recommendation. As for the Clarkdale? The Core i5 661 that everyone seemed to snag was found to be blisteringly fast, with most folks deeming it the outright champion in the dual-core realm. Unfortunately, the integrated GPU was -- again -- not awesome for hardcore gaming, and the questionable pricing didn't exactly thrill some critics. Do yourself a favor and dig into the benchmarks below -- we get the feeling we'll be seeing oodles of machines hit the wires this week with these chips within. Update: Check out the Arrandale in action after the break! Arrandale reviews Read - HotHardware Read - AnandTech Read - Tom's Hardware Read - PCPerspective Read - Legit Reviews Clarkdale reviews Read - NeoSeeker Read - HotHardware Read - HardOCP Read - TechSpot Read - MissingRemote Read - AnandTech Read - PCPerspective Read - Legion Hardware Read - Overclockers Club Read - Bit-tech
Toshiba announces 64GB NAND packages: Apple winks, gives a nudge
Outside of the occasional leaked roadmap, one of the best ways to predict the future of consumer electronics is by looking at the evolution of the components within. Take this Toshiba NAND package for instance. While the launch of a 64GB embedded NAND flash memory module (the highest capacity in the industry) that combines sixteen 32Gb NAND chips fabricated using 32nm manufacturing processes might sound a bit boring, consider its uses. As you'll recall from the iPhone 3GS teardown, Apple's lovely uses either a single 16GB or 32GB Toshiba NAND module depending on the model purchased. The fact that Toshiba is now sampling its new high-capacity chips with mass production set to begin in Q1 2010 hints at what we can expect from the next-gen iPhone rumored to have landed in Foxconn's lap. That's enough capacity for 1,070 hours of recorded music (at a 128Kbps bit rate), 8.3 hours of 17Mbps high definition video, and 19.2 hours of 7Mbps standard definition video according to Toshiba's calculations. The iPod touch, you'll remember, differs by using a pair of NAND packages for a total of 32GB or 64GB of flash today. Anyone for a 128GB iPod touch? Check the module's internals after the break -- fascinating stuff, really.
Intel's Core i3 530 processor up for order, still unconfirmed by Intel
Remember Intel's budget-friendlier Core i3 line that we've been talking about since June? Despite recent leaks the company still hasn't made it officially official, but it's now unofficially officially thanks to a pre-order at a Canadian retailer. If you're getting a little déjà vu right now don't worry, it isn't a glitch in the matrix; this is exactly the same scenario that played out with the Core i5 back in August, about a month before that proc was finally given its coming out party. In other words, expect this 32nm chip -- with its 2.93GHz speed, 512KB of L2 cache, 4MB of L3, and $157 CAD asking price (a mere $10 lower in American) -- to be given the full press release rigmarole sometime around the new year.
Dell, HP, and Lenovo bringing SDXC to laptops alongside 32nm Intel chipsets?
Those incredibly sexy (as far as portable storage capacities are concerned) 64GB SDXC cards coming on the horizon? You're gonna want some hardware to work with it, and according to DailyTech, three of the largest computer manufacturers are looking to bring the upgrade with Intel's forthcoming Arrandale CPUs. Lenovo, HP, and Dell are reportedly working on new designs that'll contain both the new 32nm chipsets and SDXC readers. Not that we're surprised to see new SDHC's time running out, but it does give you something to look forward to.
Intel's Cedarview Atom chip rumored to go 32nm in 2011
We know you aren't publicly keeping count, but considering that you're carefully watching process technology numbers in the depths of your mom's basement, we felt it prudent to pass along the latest juicy nugget from the folks at Fudzilla. According to raisins in their grapevine, Intel is gunning for a 32nm Atom chip in 2011, with the codename of the CPU being Cedarview and the name of the platform being Cedar Trail. If you'll recall, we recently heard that Pineview was expected to be formally unveiled in a slew of machines come January, but we're already anxious for Cedarview's DDR3 support and fresh, sun-ripened scent. Oh, and support for Blu-ray playback, too.
Intel's 32nm processors show off power efficiency in informal preview
Craving for some cutting edge tech to go with your croissant this morning? Intel's Clarkdale and Arrandale -- the 32nm chips that cram the GPU and memory controller inside the CPU package -- have been subjected to the discerning eye of the Hot Hardware investigators, and have shown off some significantly reduced power usage. The entire small form factor system you see above, built around a Clarkdale processor, clocked up an austere 28W when idling, and only went up to around 70W under full load, which you can just about make out on the wattmeter beside it. Limited to two processing cores due to the added complexity inside the chip, these might lack the juice to oust Core i7 rigs, but if the laptop parts reflect similar power savings, it's difficult to imagine a more desirable CPU for your next mobile computer. Hit the read link for some synthetic benchmarks and further impressions.
Eyes-on with Intel's Pine Trail CPU/GPU hybrid and new Gulftown gaming chip (update)
See that tiny little thing? That's not just a CPU, it's Intel's next-gen Atom Pine Trail CPU / GPU hybrid, and it's set to pop in all sorts of devices here at IDF. Intel was demoing it in a nettop running 480p video, but they assured us it was capable of 1080p playback -- we'll believe it when we see it, obviously. Also on display here at IDF: demo machines running 32nm Arrandale chips, with Intel's Clear HD video playback system, and the next-gen Gulftown gaming chip, which has six cores and will slot right into your X58 mobo to provide more power than you possibly need sometime next year. Check it all in the gallery! Update: So the first Intel rep we spoke to was a little confused -- Pine Trail only supports 480p playback, although it can apparently do 720p if pushed. Native HD isn't on Intel's roadmap until the next generation of these chips, so If you want HD right now, Intel's pointing manufacturers to the Broadcom Crystal HD video accelerator, which usually ends up costing about $30 extra at retail. So to recap: Intel's integrating graphics into its CPU dies, but in order to play back HD content, you still need a separate video processor to handle the decoding. How very efficient. %Gallery-73726%
Intel and Micron announce smallest, cheapest NAND flash yet
Hynix was first out of the gate with triple-level-cell flash memory, but Intel and Micron just pushed the MLC state of the art with their new 34nm three-bits-per-cell NAND, which they say will produce even smaller and cheaper 32Gb chips than those currently on the market. That means we should be seeing some monster storage in some tiny packages later this year when these guys ship -- everyone ready for another round of flash drive purchases?[Via CNET]
Intel's 32nm Clarkdale CPUs moved up to Q4, a full year ahead of AMD?
It's just a rumor, but DigiTimes has pretty decent sources within Taiwan's motherboard industry. So what was a Q1 2010 mass production launch of Clarkdale CPUs is now rumored to be coming in Q4, notable as the first Intel CPU to use its new 32nm process technology with an integrated memory controller and graphics core built on a 45nm process. This jibes with what DailyTECH and others were reporting back in Feburary. DigiTimes adds that Intel expects Clarkdale CPUs to account for 10% of its total desktop CPU shipments in Q4 rising to 20% in Q1 2010. That means we should see the chips well before the holiday shopping season (near the October 22nd launch of Windows 7 makes sense) if true. As for AMD, well, last we heard they're still looking to "ramp up" production in the middle of 2010 with mass production capabilities arriving around Q4. Yeah, we know.Read -- DigiTimes Read -- DailyTECH
Nanometer wars heat up, Toshiba and Intel enter unofficial race
Think the megapixel race is bad? Now we've another to worry about, with both Toshiba and Intel hastily approaching 0.01nm technology in order to make chips faster, more nimble and smaller. According to undisclosed sources at Digitimes, Intel has actually canned production plans for its 45nm Havendale processors, which were originally slated to slip into machines later this year. The cause? It's heading straight to 32nm, reportedly hoping to ship its Clarkdale line in Q1 2010 with entry-level prices ranging from $60 to $190. In related news, Toshiba is joining the likes of IBM, Samsung and Globalfoundries in an effort to dish out chips based on 28nm process technology. Needless to say, the move is being made in an effort to "stay relevant in an area dominated by the likes of Intel Corp and Texas Instruments." Now, if only we could get one of these potent, low-power chips inside of a netbook, we'd be pleased as punch.Read - Intel cans Havendale in move to 32nmRead - Toshiba speeds to 28nm
JMicron NAND flash controller could lead to significantly lower SSD prices
Truth be told, SSD prices have been declining at a noticeable tick since way back in 2007, but the reality is that the average consumer still can't afford one -- or, at least they aren't willing to pay the lofty premium for the decent increase in speed. If a bold claim from JMicron is to be believed, all that could change in the run-up to CES 2010. A new report has it that the aforesaid company will be demonstrating its new NAND flash controller next week at Computex, with the JMF612 aimed specifically at a "new generation of NAND flash chips built using smaller process geometries that will be entering the market soon." If all goes well, the cheap single-chip controller could lead to SSD prices falling by around 50 percent by Christmas, but after years of waiting for these things to really get priced for Joe Sixpack and his gaggle of siblings, we're still cautiously skeptical. Not that we wouldn't love to be proven wrong or anything.[Image courtesy of HotHardware]
Intel presentation promises Medfield-based smartphones by 2011
We've been hearing about Intel's Medfield processor for some time now, but much of the talk so far has been about it being an Atom-replacement for netbooks and MIDs. A seemingly recent Intel presentation obtained by the folks at UMPC Portal is now shedding a bit more light on the matter, however, and it's looking like smartphones could actually be at the heart of Intel's long-term plans. As you can see above, and in the complete presentation at the link below, Intel sees its base of devices getting larger and larger as its processors get smaller and more power-efficient, and it looks like "mainstream smartphones" could become a reality as soon as 2011. That's due largely to the 32nm manufacturing process used for the smaller Medfield processor, which also makes uses a smaller board size that leaves more room for keypads, batteries and whatnot. Of course, we are still talking about Intel predicting the state of devices two years out, so who knows how things will shake out in the interim.
Toshiba to ship 32nm process NAND flash memory
Man, talk about a lightning quick turnaround. Just over two months ago, Toshiba was caught showing off 32 nanometer NAND flash chips, and now the firm's gloating about being the world's first to hit the "ship" button. Er, it will be should everything continue as planned. As the story goes, Tosh will start mass production of 32Gb NAND flash memories in July 2009, while 16Gb products will begin to ship in Q3 of this year. The point to this madness? To get more memory into smaller devices, which ought to make future smartphone / MID / UMPC buyers quite jovial.[Image courtesy of Tech-On]
IBM, Samsung, Globalfoundries, and more looking to beat Intel to 28nm market
Sure, Intel's one-upping AMD in the 32nm department, but IBM and its merry band of Technology Alliance members -- including Samsung, STMicroelectronics, and AMD chipmakers Globalfoundries -- are looking to ramp up the competition and develop even smaller, low power 28nm processors before Intel gets a chance to size down. The group additionally promises migration plans for companies who've got 32nm on their roadmap and want to maybe shrink a few of the later, already planned models. Early risk production for the 28nm chips are planned for second half 2010, which means it's very unlikely we'll be seeing them in consumer gadgets until at least 2011.
Intel to officially refresh laptop chips next week?
We had a hunch this refresh was coming, and according to information gathered by CNET, it's all going down on Monday. The 2.53GHz SP9600, complete with its 6MB of cache memory and $316 sticker, will reportedly be revealed alongside the 1.6GHz SU9600, which will be pegged at $289. Furthermore, we should see a single-core 1.4GHz SU3500 ($262) with a thermal envelope of only 5.5 watts, which will obviously cater to those really, really low-power applications where horsepower isn't a concern. Interestingly, these newfangled pieces of silicon won't be those rumored CULV chips we heard about in January, as those won't be good and ready 'til summertime. There's also a slight chance that we'll hear a bit more on Intel's reemergence in the GPU field, but we're not holding our breath quite so much on that. Dig in below for lots more, or just be patience and wait for the 30th. Totally your call.Read - Intel CPU detailsRead - Intel GPU details
AMD looking to ship 32nm chips in 2010
Or, you know, maybe the headline should read: "AMD looking to ship 32nm chips behind Intel. Rather than staying one step ahead of its fiercest rival, it sounds like Advanced Micro Devices is perfectly content with being a few months behind. Based on words from CEO Dirk Meyer, the company is hoping to "ramp up" production of 32 nanometer processors -- which Intel has already demonstrated -- in the middle of next year, with volume production hopefully starting in Q4. Of course, these chips will be among the first not actually built by AMD; instead, they'll be fabricated by the newly spun Foundry Company, so we suppose the lag is little easier to understand. Oh, and there's also the fact that "AMD isn't in a race with Intel on all technologies," though the business bone inside of us thinks it should be.
Toshiba shows off 32nm NAND flash chips, promises to go smaller
32nm NAND flash memory may not seem like a huge leap over some of the current 34nm chips out there, but Toshiba seems to be able to appreciate the little things in life, and it's certainly found plenty to boast about with its latest chips here. Perhaps most notably, the company apparently didn't make any major changes from its previous 43nm chips in terms of device structure, with the exception of one "major improvement" to the circuit that was made to overcome the "extremely small" write margin. The new 32nm chips also pack the same 32-gigabit (or 4GB) capacity as those aforementioned 34nm chips, which should let folks cram a bit more storage into the same small space. Better still, Toshiba says volume production of the chips should begin as soon as September of this year, and it's apparently already aiming to mass produce some chips in the 20 to 30nm range by late 2010 or 2011.[Via Electronista]
Intel demos first-ever 32nm processors
Intel had a little roadmap event today to shed some light on its massive $7b fab investment, and the focus was mostly on the upcoming transition to 32nm processors -- highlighted by the first-ever demo of a working 32nm Nehalem-based Westmere chip. It was just a demo, so there aren't any hard benchmarks available, but eventually the tech will show up in the Calpella platform's dual-core Clarkdale laptop processors that integrate two processor cores, a graphics core, and a memory controller all in a chip the size of one 45nm quad-core Clarksfield chip. (Yes, the codenames are confusing as hell.) Intel wouldn't lock down the schedule for any of this stuff, but when we asked them about the rumored Calpella delays we heard about this morning we were told that parts of the platform will definitely go into production sometime in 2009. Video, slides, and the full press release after the break.
