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AMD finally launches Phenom II and its Dragon desktop platform
It was a struggle getting it "officially" out the door, and the reviews are already lackluster, but AMD's 45nm, quad-core Phenom II has finally arrived. It's available in two flavors, the 2.8GHz X4 920 and the 3.0GHz X4 940 Black Edition, going for $235 and $275, respectively. AMD's naturally touting the ostensible cost savings of the chips -- they're supposed to split the difference between Intel's Core 2 Quad and Core i7 processor -- but in reality they seems to trail Intel's offerings pretty soundly on the price / performance curve. The accompanying Dragon platform includes a Phenom II proc, 4800-series Radeon HD graphics and a 790-series motherboard, all of which should combine for low power consumption -- up to 40 percent compared to Phenom processors. Where the Phenom II definitely wins is the fact that some AMD folks will be able to drop in the chip to existing motherboards, but otherwise it looks like value hounds and performance junkies aren't being served by this new chip -- at least until unreasonable overclocking activities make all the pain go away.Read - AMD PRRead - PC World reviewRead - HotHardware review
AMD Phenom II processor gets outed, might even be released
Apparently, AMD has officially announced the release of its Phenom II processor -- though if they did, they forgot to actually, you know, announce it. According to EE Times, the quad-core, 45nm chip is said to support DDR2 and DDR 3 memory (the latter up to 1333MHz) and is available at both 3GHz and 2.8GHz speeds (for $275 and $235, respectively). If that's not exciting enough, a 65nm (DDR2) version of the chip is also availabe. The article winds up by saying that the chips are expected to appear in systems on display at the upcoming CES. Sound good? Now all we need is an actual, official announcement. Like, from the chip maker itself. We're looking at you, AMD. Call us. You have the number.[Via Register Hardware]Update: So, what do you know? It looks like the EE Times link is down without any sort of explanation. We're not exactly sure what to make of this, but we'll keep you posted regardless. And no, AMD hasn't called either.
AMD Phenom II CPU roadmap foreshadows potent Spring
Not that AMD's being overly secretive about its forthcoming Phenom II processor, but it hasn't exactly been forthcoming with model names / estimated ship dates, either. And that folks, is why we look to leaks. A recent writeup over on Chinese site HKEPC details the impending chip family by listing over a dozen new CPUs (including two Phenom II X3s and seven Phenom II X4s) that are destined to be announced between CES and June 2009. Not surprisingly, some of the model names aren't -- shall we way, completely original -- with the 3GHz Phenom II X4 940 and 2.8GHz Phenom II X4 920 sharing eerily similar naming schemes with Intel's fresh Core i7. Of course, we're not sticklers for silly things like that -- we just want to see a few slabs of silicon get out the door on time. Is that really too much to ask, AMD?[Via CNET]
AMD launches first 45nm, quad-core Shanghai Opterons, hitting desktops Q1
Intel might get all the consumer praise, but AMD has been blazing architectural trails well before Nehalem. As EE Times points out, AMD's 65-nm Barcelona was the first quad-core processor with 2MB of shared L3 cache integrated with the Northbridge memory controller. Now AMD has (finally) caught up with its own 45-nm technology under the code-name, Shanghai. AMD's newest quad-core Opteron server chip with 6MB L3 cache now offers up to 35 percent better performance while drawing 35 percent less idle power. Better yet, it's drop-in compatible with Barcelona which should keep IT-types happy as they extend the life of their server farms. Available immediately in 75-watt, quad-core versions running clock speeds from 2.3GHz to 2.7GHz. Desktop-class "Dragon" chips should hit the PC market in Q1. Great, now where are those 45-nm netbook procs, eh AMD? [Via EE Times and CNET]
Panasonic, Renesas team to mass produce 32nm chips
We've seen some big names working on 32nm chips, and now we can add two more to the mix. According to Nikkei, Panasonic and Renesas have recently developed technology necessary to mass produce the little guys, using metal oxide film (instead of a silicon material) for the insulating layer and titanium nitride for the conducting layer. This has allowed the chips to consume less power, so the 32nm chips operate comparably to their 45nm siblings. Look for a street date sometime in 2011 -- but considering that Toshiba, IBM and others have set a target date of 2010 for their 32nm chips, and Samsung and Intel are aiming at 2009, Panny might be showing up to this party a little late.
45nm Cell processors coming in 2009
Sony, Toshiba and IBM will start mass production on a 45nm version of the Cell processor in 2009, according to Japan's Nikkan. We first heard about the 45 nm shrinkage in February 2008, when Ars Technica reported the smaller chips would run off only 80 watts of power (compared to the 200 watts of the 90nm Cell when the PlayStation 3 first launched). There is no reported time frame indicating when in 2009 production will begin. The new chip will also be cheaper to produce, meaning Sony is approximately 200% more likely to use these for PS3 production as soon as feasibly possible.[Via Engadget]
Sony/Toshiba making 45nm Cells in '09, slim PS3 on way?
The current PS3s already have efficient functionality with the shrunken 65nm Cell processor, but now things are going to get even smaller. Sony and Toshiba have plans on mass producing a 45nm Cell processor starting in 2009. The plan is to integrate them first into PS3s. The result of which will allow PS3s to save power up to 40 percent.As usual, smaller chips mean less heat, less space, and more reliability. Engadget suggests that this new hardware revision could usher in a price cut and a PS3-slim model. All seems logically sound, though -- even if the chips were produced early in the year -- we still wouldn't see the end product until late 2009 at the very earliest. So if you've been holding out for a PS3 until the slim comes into town ... you've still got a long wait ahead of you buddy.[Via Engadget]
Sony and Toshiba to begin mass producing 45nm cell processor in 2009 -- cheaper, slimmer PS3s to come?
Japan's Nikkan is reporting that Sony and Toshiba will begin mass production of the 45nm Cell processor in 2009 -- not this autumn as previously rumored. The smaller chip which cost less than the current 65nm Cell to manufacture also require 40% less power to run. This opens the door to possible price drops on existing PS3 consoles in 2009 as well as slimmer, cooler running rigs should Sony decide to refresh the industrial design.
Panasonic's DMP-BD35 / DMP-BD55 Blu-ray players hands-on
Sharp wasn't the only company showcasing a new duo of Blu-ray players at CEDIA, as Panasonic decided to whip up a couple as well just for kicks. The DMP-BD35 and DMP-BD55 were made official during IFA, but not until now has Panny shown them off to the wide-eyed public. As with the aforementioned Sharp duo, this pair is also hard to distinguish from one another at first glance. Unfortunately, neither are really worth sweating, but you can have a look below if you just refuse to believe that. %Gallery-31219%
Panasonic DMP-BD35 & DMP-BD55 Blu-ray players officially official, still unpriced
Say hello to the successors of the short-lived Panasonic DMP-BD50, the new DMP-BD35 (above) and DMP-BD55 (after the break) check off every feature we can think of for a new Blu-ray player, complete with a slim profile (49mm high on the BD35) and hopefully low, low price thanks to a 45nm 3rd-generation UniPhier processor. Dolby TrueHD, Dolby Digital Plus and DTS-HD MA audio support, with internal decoding or bitstreamed output in full 7.1 (plus 7.1 analog audio outs on the DMP-BD55) on top of fully BD-Live / Profile 2.0 compatible hardware finally promise no-compromise hardware for Blu-ray buyers. Release dates and pricing information? Your guess is as good as ours, for now.
Panasonic unveils latest UniPhier SoC for worldwide digital TVs
Further capitalizing on its new 45nm process, Panasonic unveiled a version of its UniPhier chip family meant for digital TVs capable of decoding MPEG-4 AVC and h.264 streams, and Dolby digital audio in order to meet European broadcast requirements. This design is apparently compatible with 98% of the world's digital TV standards, including Japan and US cable providers, meaning no matter where you get your next Panasonic, it'll be a MN2WS0052 inside. Sample shipments are starting any day now so we'll wait for the next refresh of Panasonic's HDTVs to see exactly what it's capable of.[Via AV Watch]
Panasonic's UniPhier 3 to deliver cheaper BD-Live enabled Blu-ray players
Looking forward to a future full of cheaper, slimmer BD-Live compatible Blu-ray players? Say hello to Panasonic's 3rd generation UniPhier processor, which it claims is the first single chip processor designed to handle picture-in-picture and all other necessary Profile 2.0 features. DTS-HD MA, Dolby TrueHD, DivX 1080p, Ethernet controller, laser control, graphics engine, it's all in there. Built on a 45nm process the chip size has shrunk 50% from the previous generation, which should contribute to higher yields and lower prices. Sample shipments start in June, so while we don't expect to see it, at least initially, in the DMP-BD50, this should contribute to significant cost savings in future models. Maybe one day they'll even cost less than a similarly-featured PlayStation 3.[Via AV Watch & Akihabara News]
VIA reportedly set to roll out 45nm, dual-core processors by 2009
Nothing seems to be official just yet, but it looks like VIA is set to both adopt an always-desirable 45nm manufacturing process for its processors and roll out its first dual-core processors by the end of 2009, at least if the "sources at the company" DigiTimes has heard from are to be believed. Unfortunately, there's apparently no further details on either of those tantalizing possibilities just yet, but the company has done a bit of bragging about its current CPU shipments, saying that it expects its shipments in the first half of 2008 to equal its total shipments in 2007 -- a number that only seems set to go up if Isiah's benchmarks are any indication.
Xbox 360 to get a smaller case revision in 2009?
We think we've already got a handle on the various chipset revisions planned for Microsoft's too-beautiful-for-this-world Xbox 360*, but it looks like that planned 45nm "Valhalla" combined CPU / GPU motherboard design we've been hearing about might also come in a redesigned, smaller case. That's certainly news to us, but TG Daily has the refresh happening on the same fall-2009 timeline we've been hearing about, so at least all these sketchy rumors line up. We'll see when we see -- it sounds like the 65nm Jasper units are coming off the line for that August release in the meantime to keep us all warm at night. *Guess which Engadget ed had his 360 go RRoD over the weekend? You only get one try.[Via Xbox 360 Fanboy]
Dell makes Core 2 Quad Q9300, Q9450 available in XPS 420
So, we hear you're edging ever closer to pulling the trigger on a shiny new XPS 420, huh? Lucky you, as it looks like Dell just opened up your options. While the only processor choices on the XPS 630 are the E8500 and the absurdly expensive QX6850 (it's an $850 addition), the XPS 420 now has a half dozen CPUs to pick from. Most notably, users can now get their rig equipped with a Core 2 Quad Q9300 / Q9450, both of which provide much more oomph than the baseline chips while not forcing you to refinance your home and pick the QX9650. So, when can the aforesaid 630 expect similar selections?[Thanks, Evan]
Analysts: PlayStation 3 profitable by August, smaller chips likely
Sony is gunning for PS3 profitability this fiscal year – which, coincidentally, began this month – and it's hoping to get there by reducing the cost of key components, of course. The PS3's Cell CPU has already been shrunk from a big ol' 90nm to a relatively svelte 65nm, and there's an additional 45nm die-shrink in the works, which should be making its way to the PS3 "soon." A smaller Blu-ray laser could further erode the console's high cost. Notably absent from any speculation on cost reduction thus far: the system's 90nm RSX GPU.Reputed Japanese financial services firm Nikko Citigroup upgraded its rating on Sony this morning, pointing out that the PS3 may cross over the profitability hurdle as early as this August. While Nikko CG didn't attribute this to a specific cost reduction, it's a safe assumption that a 45nm Cell CPU and a sub-90nm RSX GPU would be the key ingredients to a deliciously profitable PlayStation 3. Next step: that rumored PS3 slim. Start holding your breath ... now![Via Engadget]
AMD's Shanghai proffers 12 cores, HyperTransport 3.0
If your interest in processor speeds doesn't extend much beyond "is it fast?" then these juicy tidbits likely aren't for you. That said, AMD is certainly getting excited about its upcoming Barcelona successor: the 45nm Shanghai. The main points of interest out of the gate are HyperTransport 3.0, which was nixed late in the game on Barcelona, and six cores, which are meant to pit the chip up against Intel's upcoming six-core Dunnington chip. Where things get really exciting is a few months after Shanghai's late 2008 debut, when AMD plans do release a twin-die version, with 12 cores of happiness connected by HyperTransport 3.0. What does all that mean? Beats us, but we hope it's fast.
Atom processor to cost Intel just $6 to $8?
Ever since Intel compared the criticality of its (still) forthcoming Silverthorne (which now goes by Atom, if you couldn't guess) processor to the original Pentium last June, we've all wondered just how fantasmical our worlds would become when this thing finally dropped. Now, however, Tom's Hardware has discovered that the release may actually do more for Intel than we geeks. After consulting a source it believes to be quite credible, it found that the CPU -- which will likely sell for upwards of $30 at the low-end -- will cost Intel just "$6 to $8, including production, packaging and shipping." Without busting out the abacus, it's still fairly easy to see how profitable said chips could be if Intel can move these at even a snail's pace, but of course, we'd take the dollars and cents estimates with a grain of salt until they actually hit the market.[Via Digg]
Intel details the Larrabee next-gen hybrid CPU / GPU
Although they've gotten better recently, Intel's integrated graphics chipsets have never gotten a ton of love -- the underpowered 915 chipset is at the heart of the whole "Vista Capable" debacle, for example -- but it looks like the company's about to make a strong play to be your new pixel-pusher of choice with the new Larrabee graphics chip. Based on the x86 instruction set, the new chip isn't just limited to GPU duties, but can serve as a general-purpose processor as well. Early 16-core versions have been developed with max speeds of over 2GHz, but the design can apparently scale to thousands of cores in the future. The plan is first to release Larrabee chips as separate graphics units in Q4 of this year, but early next year we should see both laptop and desktop-oriented 45nm Nehalem processors with the Larrabee tech built right in. That should beat AMD's Fusion processors to market -- looks like the race is on.Read - PC Perspective roadmap article with Intel slidesRead - DailyTech roadmap with Larrabee details
Intel's 6-core Dunnington CPU coming this year, Nehalem gets official
Quad-core shmod-core Intel, we need 6 cores or more to keep our uh, web browsers snappy. While you're at it, how about tossing in some Simultaneous Multithreading (SMT) so that each core can process two threads at a time -- 16 simultaneous threads per 8-core processor or 32 for dual-processor, 8-core rigs. If that sounds good then you're in luck; Intel just went official with its near-term architecture plans which include the 2008 launch of a 6-core Dunnington-class server CPU platform based on Intel's 45-nm Penryn "tick" architecture. On deck is Intel's second generation Nehalem "tock" architecture with SMT and scalable from 2- to 8-cores. We're talking "dramatic" performance and energy improvements, according to Intel, from a microarchitecture bent on delivering an 8 MB level-3 cache, DDR3-800 memory support, 25.6GB per second Quickpath interconnects (so long Front Side Bus!), an integrated memory controller and optional integrated graphics to high-end servers and eventually laptops. Hear that AMD? Tick, tock goes the clock. P.S. That's Nehalem pictured. What, can't you tell?[Via BetaNews, thanks Mike O.]
