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Intel Ivy Bridge now available in budget-friendly silicon
After almost a year of Ivy Bridge implementation in everything from Windows tablets to miniature computers, Intel has finally rolled out its latest architecture to its budget line of silicon. According to CPU World, the chip giant released pricing and concrete specs for three Celeron CPUs, four Pentiums and a new Core i3-3210, all of which are available today. The Celerons all have 2MB of L3 cache, HD graphics and range from 2.3GHz to 2.7GHz. Meanwhile, the Pentiums rank a touch higher with 3MB of L3 cache, HD graphics and processors that clock at 2.5GHz on the low end to 3.2GHz on the high end. Last but certainly not least, the 3.2GHz Core i3 tops the lot with 3MB of L3 cache and HD 2500 graphics. All the Celeron and Pentium models have two cores and two threads each, but the Core kicks it up to four threads with the help of Hyperthreading. They're all compatible with existing Socket 1155 motherboards and cost anywhere from $42 for the cheapest Celeron to $117 for the Core i3. Of course with Haswell on the horizon, Ivy Bridge won't be the latest and greatest for much longer, but that shouldn't derail budget-conscious silicon lovers from a good deal. If all of this CPU speak gets your heart thumping, be sure to peek at the source to get a more detailed pricing breakdown of each individual chip.
Four Atom chips sneak out of Intel, soon to appear in netbooks and nettops
Rarely do you hear of new chips sneaking out of Intel, Escape from Alcatraz-style. But that's (figuratively) happened today, with a quartet of processors appearing with little fanfare from Chipzilla. Two of these you might recognize as members of the delayed Cedar Trail series, the D2500 and D2700. The former clocks at 1.86GHz and 2.13GHz, with the latter upping that to 2.13GHz and 2.4Ghz; both have a thermal design power of less than 10W. The other two chips sip power even more judiciously: the N2600 has a TDP of less than 3.5W at 1.6GHz or 1.86GHz; the N2800 has a 6.5W TDP, running at 1.86GHz or 2.13GHz. All include GPUs, with the N2000 series destined for netbooks, while the D2000 series should end up in nettops. To dig deeper into the specs, see Intel's datasheet at the source link below.
Intel's Cedar Trail gets some specs, combines CPU and GPU on a single chip
That new processor smell has barely started to fade from Oak Trail and we're already getting some tantalizing details about the next generation of Atom chips -- Cedar Trail. As expected, Intel has moved to 32nm, which allows it to cram the GPU and the CPU onto the same sliver of silicon. The first two models, the D2500 and D2700, will be dual-core, sport 1MB of L2 cache, and have a miserly TDP of 10w -- 3w lower than current dual-core Atoms. The former will be clocked at 1.86GHz with Hyper-Threading turned off, while the D2700 flips the switch on those two extra threads and kicks it up a notch to 2.13GHz. The new integrated graphics will boast better HD decoding and support for Blu-ray playback which, when combined with the taunts of fanless designs and WiDi, make Cedar Trail a natural fit for the living room.
Intel rolls out 10-core, 20-threaded Xeon E7s, shows everyone who's boss
Someone deep down in Intel's development dungeons must be laughing a haughty laugh of disdain at us mere mortals getting excited about dual-cores in smartphones. The old Chipzilla has just turned out its 10-core Xeon E7 processor family, which can work on 20 simultaneous computational threads courtesy of the company's Hyper-Threading knowhow. Needless to say, there aren't that many casual workloads that will ever properly harness such extremely parallelized prowess, but then Intel isn't really gunning for the Facebook crowd here anyhow. The new E7s are for those dealing with truly data-intensive tasks, meaning that Facebook itself would be a good candidate to buy up a few, provided it's tempted by such things as 40 percent performance improvements over the Xeon 7500 tied to dynamic power adjustment for increased energy efficiency. Pricing for the Xeon E7s starts at $774 and climbs up to $4,616 per 32nm chip, with the usual proviso that Intel won't sell them in batches of less than 1,000. More details follow in the press release and video after the break. [Thanks, Khan]
Intel readies 8-core Nehalem-Ex processors for a March launch
Intel's current generation of Xeon processors already represents some of the fastest silicon you can buy, and yet the company's forthcoming Nehalem-Ex-based Xeons are being touted as the single greatest generational jump in its history. To achieve that, Intel has strapped eight cores into each CPU, with a pair of threads per core and 24MB of shared cache, along with integrated quad-channel memory controllers, Turbo Boost, and the pretty awesome ability to scale up to eight sockets -- meaning you could have 64 processing cores in the same rig. Don't even ask whether these chips can run Crysis 2, they'll probably be showing up in the machines that are making the game... and maybe yours, provided you have the cash to splash later this month.
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.
Intel's new Nehalem-EX CPUs rock servers with eight cores, 16 threads, infinite sex appeal
What's that, you have an array of six-core CPUs in your rack? That is so last year. You're going to feel pretty foolish when all the cool admins start popping eight-core chips up in their closets this fall. That's the number on offer in Intel's latest, the Nehalem-EX. It's an evolution of the architecture that some of you may be spinning in your Core i7 machines, but boosted to support up to 16 threads and 24MB of cache. 2.3 billion transistors make the magic happen here, and Intel is pledging a nine-times improvement in memory bandwidth over the Xeon 7400. Chips are set to start hitting sockets sometime later this year, and while nobody's talking prices, staying hip in the enterprise server CPU crowd doesn't come cheap.
