Items tagged with Arrandale
For years, Intel's integrated GPUs were the laughing stock of gaming and a thorn in the side of everyone who purchased what they thought was a high-end laptop or desktop only to find its video solution suffered from a deep delusion of competence. Faced with lacerating low-end graphics competition from the likes of both AMD and NVIDIA, Intel responded with the surprisingly adequate 45nm GPU fused into its Arrandale and Clarkdale processors. Having proven its ability to wheeze once around the track, Intel has set its eyes on a loftier goal. According to industry sources, the GPU partnered with the upcoming Sandy Bridge processor will be capable of smoothly playing Blu-ray 3D. Sandy Bridge will...
Read more...
When AMD released its second quarter financial results last month it didn't say much about server volumes or market share, save to note that its performance "met expectations." The major news of the call turned out to be the company's decision to pull Bobcat's launch into 2010 and push Llano into 2011, which defrayed most conversation on market share. If AMD's server sales were indeed within the company's expectations, it can only mean the company was expecting to be pummeled. According to IDC's figures, Intel finished Q2 with 93.5 percent of the server market, up 3.3 percent, while AMD's share decreased to 6.5 percent, down by the same amount. That's rather depressing news considering AMD's...
Read more...
AMD revealed more information on its first Fusion-class product at ISSCC this week. The new chip will combine both a CPU and GPU on a single package, but don't use either nickname—AMD is calling the new chip an "APU" or Application Processor Unit as part of its bid to shift product focus from the core components in a system to the tasks and workloads a system is capable of handling. Done properly, this could solve certain nomenclature confusions that have plagued the computer market from the very beginning, but we aren't holding our breath. Both AMD and Intel have tackled this type of rebranding before (think AMD Live! and Intel ViiV), with minimal success. For now, however, we'll roll...
Read more...
With the International Solid-State Circuits Conference less than a week away, Intel has released additional details on its hexa-core desktop, next generation mobile and dual-core Westmere processors. Much of the dual-core data was revealed last month when the CPU manufacturer launched Clarkdale (our review is here if you want additional information on the CPU and its integrated graphics core). When Intel set its internal goals for what its calling Westmere 6C, the company aimed to boost both core and cache count by 50 percent without increasing the processor's thermal envelope. Towards this end, the new Westmere chips will incorporate additional technologies to reduce the CPU's power consumption...
Read more...
Today we've got a look at Intel's new line of Core i5 Mobile processors, code named Arrandale. Like Pinetrail for netbooks, Intel's new Arrandale processor combines both an integrated memory controller (DDR3) and GPU (graphics processor) on the same package as the main processor. Though it's not a monolithic device but is built upon multi-chip module packaging, it does allow these primary functional blocks to coexist in a single chip footprint or socket. Targeted more to the mainstream market, Intel's Core i5 Mobile processor should by all rights offer the "trifecta" of technology innovation - higher performance, lower power and a better cost model. Let's have a look... Intel Arrandale Core i5...
Read more...
Looking back at silicon innovation over the past decade, you'll notice three primary design targets that tend to dominate industry motivation and trends - power consumption, price and performance. As processor technologies evolve and new technologies are invented, there are rare moments in time when an innovation can hit upon all three design targets, unless of course you're in marketing and actually believe all that Kool-Aid you're feeding the customer base. Usually, true innovation is required to deliver lower power, lower cost and higher performance together, though through simple optimization and iteration, you can typically capitalize on one or two of the three. For many...
Read more...
Intel is planning to show off a myriad of new products at the Consumer Electronics show taking place in Las Vegas in a few weeks, including a whole family of processes built using the company's advanced 32nm High-K / metal gate manufacturing process. On tap will be a number of mobile parts that feature 32nm processor cores linked to 45nm GPUs on a single chip, in addition to a slew of other products related to 3D content creation, WiMax, MIDs and more. Intel has already outlined some of the planned CES highlights right here. New Intel Processors will be introduced on January 7, 2010 In another post on Intel's website made today, a few documents, pictures and videos have also...
Read more...
Although Intel talked about their upcoming 32nm Westmere-based processors at IDF, and even showed off a few demos of the next-gen core at work right on stage, we still got in some private face-time with a few Intel reps and engineers in a closed door session to glean a few more details. A couple of the items we saw firsthand were Intel's upcoming Clarkdale (not to be confused with Clarksfield) and Arrandale processors. If you're unfamiliar with Clarkdale and Arrandale, they are upcoming mainstream desktop and mobile processor offerings based on the Nehalem microarchitecture, manufactured on Intel's 32nm process node. Like other Nehalem derivatives, Clarkdale and Arrandale will feature Intel Turbo...
Read more...
Although Intel talked about their upcoming 32nm Westmere-based processors at IDF, and even showed off a few demos of the next-gen core at work right on stage, we still got in some private face-time with a few Intel reps and engineers in a closed door session to glean a few more details. A couple of the items we saw firsthand were Intel's upcoming Clarkdale (not to be confused with Clarksfield) and Arrandale processors. If you're unfamiliar with Clarkdale and Arrandale, they are upcoming mainstream desktop and mobile processor offerings based on the Nehalem microarchitecture, manufactured on Intel's 32nm process node. Intel Clarkdale and Arrandale Details Like other Nehalem derivatives,...
Read more...
If early reports are accurate, Westmere—Intel's GPU/CPU fusion—will take center stage at the company's developer forum next week. The new processor has been a topic of interest for months, especially after Intel announced it was scrapping its plans to build both the CPU and GPU on a 45nm process. The company's strong 32nm ramp allowed it to skip straight to a 32nm CPU / 45nm GPU combination, which should decrease the chip's overall power consumption. Mobile Westmere processors are expected to ship in Q4 2009; it's currently unclear if the desktop variant will launch in Q4 or in Q1 2010. If you're confused over which code name applies to which processor, Intel's decoder ring might...
Read more...
