Showing posts with label Intel. Show all posts
Showing posts with label Intel. Show all posts

Sunday, October 20, 2013

Intel Labs developing 'talking' tail lights for safer roads, we go eyes-on (video)

Intel Labs developing 'talking' tail lights for safer roads, we go eyes-on (video) data = {blogUrl: "www.engadget.com",v: 320};when = {jquery: lab.scriptBs("jquery"),plugins: lab.scriptBs("plugins"),eng: lab.scriptBs("eng")}; var s265prop9 = ('20636956' !== '') ? 'bsd:20636956' : ''; var postID = '20636956'; var modalMNo = '93319229', modalVideoMNo = '93320648', modalGalleryMNo = '93304207'; when.eng("eng.omni.init", {pfxID:"weg",pageName:document.title,server:"acp-ld39.websys.aol.com",channel:"us.engadget", s_account: "aolwbengadget,aolsvc", short_url: "",pageType:"",linkInternalFilters:"javascript:,",prop1:"article",prop2:"",prop9:s265prop9,prop12:document.location,prop17:"",prop18:"",prop19:"",prop20:"", prop22:"nicole-lee", prop54:"blogsmith",mmxgo: true }); adSendTerms('1')adSetMOAT('1');adSetAdURL('/_uac/adpagem.html');lab._script("http://o.aolcdn.com/os/ads/adhesion/js/adhads-min.js").wait(function(){var floatingAd = new AdhesiveAd("348-14-15-14d",{hideOnSwipe:true});}); onBreak({980: function () { adSetType("F");htmlAdWH("93319229", "LB", "LB"); adSetType("");}}); EngadgetMenu NewsReviews Features Galleries VideosEventsPodcasts Engadget ShowTopics Buyers Guides Sagas Store HD Mobile Alt Announcements Cameras Cellphones Desktops Displays Gaming GPS Handhelds Home Entertainment Household Internet Laptops Meta Misc Networking Peripherals Podcasts Robots Portable Audio/Video Science Software Storage Tablets Transportation Wearables Wireless Acer Amazon AMD Apple ASUS AT&T Blackberry Canon Dell Facebook Google HP HTC Intel Lenovo LG Microsoft Nikon Nintendo Nokia NVIDIA Samsung Sony Sprint T-Mobile Verizon About UsSubscribeLike Engadget@engadgettip uswhen.eng("eng.nav.init")when.eng("eng.tips.init") onBreak({980: function () {htmlAdWH("93308280", "215", "35",'AJAX','ajaxsponsor');}});Intel Labs developing 'talking' tail lights for safer roads, we go eyes-on (video) Hands-onBypostedJun 25th, 2013 at 11:48 PM 0

Talking tail lights could lead to safer roads

Smarter headlights could guide you out of a rainstorm, but intelligent tail lights could enable communication between vehicles. At least, that's the idea behind a collaborative Connected Vehicle Safety project between Intel and National Taiwan University. Its purpose is so that you'll be able to know just what the vehicles around you are up to -- whether they're speeding or braking or making a left -- by receiving data from their tail lights. Your vehicle could then stop or accelerate automatically without you needing to intervene, or you could choose to react manually if desired. We saw a demonstration of the concept at a Research @ Intel event in San Francisco with a couple of scooters, so head on past the break to learn how it all works, with video to boot.

Both scooters in the demo are hooked up to a laptop running GNU radio and Universal Software Radio Peripheral (USRP), but we were told that in real-world applications, a palm-sized microcontroller would be sufficient. The front scooter has a VLC FrontEnd board that talks to the tail light, while the rear scooter has a photo diode with a 120-degree viewing angle mounted underneath its handlebars. The diode would be able to use the receiving signal strength from vehicles around it to determine which is closest. Modulation of the tail light flashing frequency prevents interference and allows multiple vehicles to be tracked simultaneously.

In the demo, we saw that when the front scooter hit the brakes, the smartphone mounted on the rear scooter showed a red square. Similarly, when the front scooter made a left turn signal, a left arrow appeared on the display. Divya Kolar, a technology evangelist at Intel, told us that when all of this information is collated together, it'll be able to transmit the traffic patterns to the cloud so that others not in the same vicinity can learn from it and change their routes appropriately. Of course, this is still all in the research stage, so we likely won't see this in our vehicles any time soon. Check out the video below if you want glimpse of our connected vehicle future.

Michael Gorman contributed to this report.

when.eng("eng.perm.init")

Monday, September 9, 2013

Intel leak reveals 8-core Haswell-E series desktop CPU for late 2014

Intel leak reveals 8-core Haswell-E series desktop CPU for late 2014 data = {blogUrl: "www.engadget.com",v: 315};when = {jquery: lab.scriptBs("jquery"),plugins: lab.scriptBs("plugins"),eng: lab.scriptBs("eng")}; var s265prop9 = ('20623763' !== '') ? 'bsd:20623763' : ''; var postID = '20623763'; var modalMNo = '93319229', modalVideoMNo = '93320648', modalGalleryMNo = '93304207'; when.eng("eng.omni.init", {pfxID:"weg",pageName:document.title,server:"acp-ld39.websys.aol.com",channel:"us.engadget", s_account: "aolwbengadget,aolsvc", short_url: "",pageType:"",linkInternalFilters:"javascript:,",prop1:"article",prop2:"desktops",prop9:s265prop9,prop12:document.location,prop17:"",prop18:"",prop19:"",prop20:"", prop22:"daniel-cooper", prop54:"blogsmith",mmxgo: true }); adSendTerms('1')adSetMOAT('1');adSetAdURL('/_uac/adpagem.html');lab._script("http://o.aolcdn.com/os/ads/adhesion/js/adhads-min.js").wait(function(){var floatingAd = new AdhesiveAd("348-14-15-14d",{hideOnSwipe:true});}); onBreak({980: function () { adSetType("F");htmlAdWH("93319229", "LB", "LB"); adSetType("");}}); EngadgetMenu NewsReviews Features Galleries VideosEventsPodcasts Engadget ShowTopics Buyers Guides Sagas Store HD Mobile Alt Announcements Cameras Cellphones Desktops Displays Gaming GPS Handhelds Home Entertainment Household Internet Laptops Meta Misc Networking Peripherals Podcasts Robots Portable Audio/Video Science Software Storage Tablets Transportation Wearables Wireless Acer Amazon AMD Apple ASUS AT&T Blackberry Canon Dell Facebook Google HP HTC Intel Lenovo LG Microsoft Nikon Nintendo Nokia NVIDIA Samsung Sony Sprint T-Mobile Verizon About UsSubscribeLike Engadget@engadgettip uswhen.eng("eng.nav.init")when.eng("eng.tips.init") onBreak({980: function () {htmlAdWH("93308280", "215", "35",'AJAX','ajaxsponsor');}});Intel leak reveals 8-core Haswell-E series desktop CPU for late 2014BypostedJun 17th, 2013 at 4:03 AM 0

Image

Now that Haswell's available in consumer-grade laptops, it's time to look at what's next on Intel's to-do list. A leaked slide-deck is claiming that Haswell-E, the enthusiast version of the chip, is coming in the second half of 2014. The documents also promise that Intel will axe the 4-core base model in favor of 6-and-8-core editions of the CPU, which can pack up to 20MB of L3 cache. At the same time, the company is likely to release the Wellsburg motherboard chipset, which can support DDR4 RAM with a clock speed of up to 2,133MHz. If it's all to be believed, then we have one word of advice to the overclocking community -- best start stocking up on liquid nitrogen.

when.eng("eng.perm.init")

Tuesday, July 23, 2013

Intel VP: 'Lack of LTE' hampers our approach to the US smartphone market

Intel VP: 'Lack of LTE' hampers our approach to the US smartphone market data = {blogUrl: "www.engadget.com",v: 315};when = {jquery: lab.scriptBs("jquery"),plugins: lab.scriptBs("plugins"),eng: lab.scriptBs("eng")}; var s265prop9 = ('20597983' !== '') ? 'bsd:20597983' : ''; var postID = '20597983'; var modalMNo = '93319229', modalVideoMNo = '93320648', modalGalleryMNo = '93304207'; when.eng("eng.omni.init", {pfxID:"weg",pageName:document.title,server:"acp-ld39.websys.aol.com",channel:"us.engadget", s_account: "aolwbengadget,aolsvc", short_url: "",pageType:"",linkInternalFilters:"javascript:,",prop1:"article",prop2:"cellphones",prop9:s265prop9,prop12:document.location,prop17:"",prop18:"",prop19:"",prop20:"", prop22:"mat-smith", prop54:"blogsmith",mmxgo: true }); adSendTerms('1')adSetMOAT('1');adSetAdURL('/_uac/adpagem.html');lab._script("http://o.aolcdn.com/os/ads/adhesion/js/adhads-min.js").wait(function(){var floatingAd = new AdhesiveAd("348-14-15-14d",{hideOnSwipe:true});}); onBreak({980: function () { adSetType("F");htmlAdWH("93319229", "LB", "LB"); adSetType("");}}); EngadgetMenu NewsReviews Features Galleries VideosEventsPodcasts Engadget ShowTopics Buyers Guides Sagas Store HD Mobile Alt Announcements Cameras Cellphones Desktops Displays Gaming GPS Handhelds Home Entertainment Household Internet Laptops Meta Misc Networking Peripherals Podcasts Robots Portable Audio/Video Science Software Storage Tablets Transportation Wearables Wireless Acer Amazon AMD Apple ASUS AT&T Blackberry Canon Dell Facebook Google HP HTC Intel Lenovo LG Microsoft Nikon Nintendo Nokia NVIDIA Samsung Sony Sprint T-Mobile Verizon About UsSubscribeLike Engadget@engadgettip uswhen.eng("eng.nav.init")when.eng("eng.tips.init") onBreak({980: function () {htmlAdWH("93308280", "215", "35",'AJAX','ajaxsponsor');}});Intel VP: 'Lack of LTE' hampers our approach to the US smartphone market MobileBypostedJun 4th, 2013 at 3:37 AM 0

Intel VP 'Lack of LTE' hampers our approach to the US smartphone market

During Intel's press conference today, we got a brief glimpse into how Intel's smartphones are fairing globally. The noticeable gap, however, was the US. Answering questions during a Q&A session following the Computex keynote, Tom Kilroy, Executive Vice President of Sales said that there was a major reason why it was lacking US carrier support: LTE.

"Absence of LTE is the reason. We can't get ranged by US carriers without LTE, so once we have multi-mode LTE coming to market later this year, we'll have an opportunity to compete in that business."

While we've seen Intel add 4G radios to its Atom processors for global-roaming tablets, there's no news yet of the capability launching on its smartphone designs. Last year, Intel launched a Medfield-powered version of Verizon's RAZR M in Europe and Asia, under the RAZR i branding and with only 3G radios.

when.eng("eng.perm.init")

Monday, July 22, 2013

Splashtop partners with Intel, lets you remotely wake WiFi-connected PCs

Splashtop and Intel Redefine Remote Desktop Capability – Now, Remote Wake Up of a Sleeping PC over a WIFI Network is a Reality

Millions of New PCs with Intel® Smart Connect Technology Are Bundling Splashtop Remote Desktop, Enabling Personal Cloud for Consumers as well as Distributed VDI for Businesses

SAN JOSE, Calif. - June 4, 2013-Splashtop Inc., the worldwide leader in cross-device computing, announced a collaboration with Intel® Corporation to transform how mobile users can remote access their PCs, anytime, anywhere, even when their PCs are asleep. Traditional Wake on LAN capability requires PCs to be connected to wired Ethernet network. Splashtop is the first remote desktop app that supports remote wake over WIFI on select PCs equipped with Intel® Smart Connect Technology.

"With Splashtop and Intel Smart Connect, a new generation of PCs are becoming the most powerful personal cloud, delivering your favorite apps and data to your mobile device," said Mark Lee, CEO and co-founder of Splashtop, "Users and businesses can be green as WIFI-connected PCs can be put to sleep, yet always available."

"Splashtop Remote Desktop is an excellent example of an application taking advantage of the latest Intel Smart Connect Technology features to enable compelling usages in an increasingly mobile world.," said Adam King, Director of Notebook Product Marketing at Intel.

In order to wake up a remote PC across networks, Splashtop Bridging CloudTM is integrated with the Intel Smart Connect Technology cloud service.

Businesses upgrading their PCs or adopting BYOD would benefit from choosing PCs with Intel Smart Connect technology. With Splashtop, distributed PCs can now be woken up to deliver critical business applications and data to mobile workforce. Distributed PC (distributed VDI) is much more scalable and affordable than traditional centralized VDI, which requires a major overhaul of computing, networking, and storage infrastructure.

Splashtop integrated with Intel Smart Connect Technology will be demonstrated at Computex Taipei, June 4 to June 8, at AsRock, Intel, and MSI booths.

Initial mobile apps that support Intel Smart Connect are Splashtop 2 Remote Desktop for iPad and iPhone. Android and other platforms will be added soon.


View the original article here

Saturday, July 20, 2013

SoftKinetic teases embedded 3D depth camera, coming to Intel devices next year (hands-on)

SoftKinetic teases embedded 3D depth camera, coming to Intel devices next year (hands-on) data = {blogUrl: "www.engadget.com",v: 315};when = {jquery: lab.scriptBs("jquery"),plugins: lab.scriptBs("plugins"),eng: lab.scriptBs("eng")}; var s265prop9 = ('20598048' !== '') ? 'bsd:20598048' : ''; var postID = '20598048'; var modalMNo = '93319229', modalVideoMNo = '93320648', modalGalleryMNo = '93304207'; when.eng("eng.omni.init", {pfxID:"weg",pageName:document.title,server:"acp-ld39.websys.aol.com",channel:"us.engadget", s_account: "aolwbengadget,aolsvc", short_url: "",pageType:"",linkInternalFilters:"javascript:,",prop1:"article",prop2:"peripherals",prop9:s265prop9,prop12:document.location,prop17:"",prop18:"",prop19:"",prop20:"", prop22:"richard-lai", prop54:"blogsmith",mmxgo: true }); adSendTerms('1')adSetMOAT('1');adSetAdURL('/_uac/adpagem.html');lab._script("http://o.aolcdn.com/os/ads/adhesion/js/adhads-min.js").wait(function(){var floatingAd = new AdhesiveAd("348-14-15-14d",{hideOnSwipe:true});}); onBreak({980: function () { adSetType("F");htmlAdWH("93319229", "LB", "LB"); adSetType("");}}); EngadgetMenu NewsReviews Features Galleries VideosEventsPodcasts Engadget ShowTopics Buyers Guides Sagas Store HD Mobile Alt Announcements Cameras Cellphones Desktops Displays Gaming GPS Handhelds Home Entertainment Household Internet Laptops Meta Misc Networking Peripherals Podcasts Robots Portable Audio/Video Science Software Storage Tablets Transportation Wearables Wireless Acer Amazon AMD Apple ASUS AT&T Blackberry Canon Dell Facebook Google HP HTC Intel Lenovo LG Microsoft Nikon Nintendo Nokia NVIDIA Samsung Sony Sprint T-Mobile Verizon About UsSubscribeLike Engadget@engadgettip uswhen.eng("eng.nav.init")when.eng("eng.tips.init") onBreak({980: function () {htmlAdWH("93308280", "215", "35",'AJAX','ajaxsponsor');}});SoftKinetic teases embedded 3D depth camera, coming to Intel devices next year (hands-on) Hands-onBypostedJun 4th, 2013 at 8:19 AM 0

SoftKinetic previews its embedded 3D depth camera at Computex 2013 video

At Intel's Computex keynote earlier today, the chip maker teased that it expects embedded 3D depth cameras to arrive on devices in the second half of 2014. Luckily, we got an exclusive early taste of the technology shortly after the event, courtesy of SoftKinetic. This Belgian company not only licenses its close-range gesture tracking middleware to Intel, but it also manufactures time-of-flight 3D depth cameras -- including Creative's upcoming Senz3D -- in partnership with South Korea-based Namuga. Read on to see how we coped with this futuristic piece of kit, plus we have a video ready for your amusement. SoftKinetic embedded 3D depth camera prototype hands-on See all photos 21 Photos

when.eng("eng.galleries.init")

What we were shown at SoftKinetic's private show room was its tiny DS530 short-range depth module, which measures just 7cm by 1.2cm -- small enough to fit into the screen bezel of a laptop. Like its larger siblings, this kit uses eye-safe diffused laser illumination to detect object depth, albeit over a shorter range as it's designed for tablets and laptops. The usual RGB image sensor is missing here, but the circuit board does come with an expansion port for manufacturers to plug in a webcam module.

SoftKinetic teases embedded 3D depth camera, coming to Intel devices next year handson

During our brief hands-on time, we got to try a DS530 that was already embedded into a laptop. While the company reps repeatedly stressed that the product was still in its early days, we didn't have too much trouble with its static gesture recognition -- it could identify up to two hands individually plus their fingertips, though it did stop working when we crossed our hands over.

Another demo we came across was a 3D spaceship flight simulator, which changes the perspective and size of the spaceship according to our head's position. This is akin to using a parallax 3D display, but without having to find the viewing sweet spot or sacrifice display quality. Again, since this was a prototype, there were times when the 3D spaceship got stuck momentarily, but this should be fixed well before us mere mortals get hold of the sensor.

Overall, we were left rather impressed with where SoftKinetic's upcoming module is at today, so we look forward to take another pulse check at some point next year (maybe at CES?). Until then, hopefully we'll see even more developers jump on board Intel's perceptual computing bandwagon.

Mat Smith contributed to this report.

when.eng("eng.perm.init")

Tuesday, July 16, 2013

ASUS announces the MeMo Pad FHD 10: dual-core Intel Atom processor and a 1,920 x 1,200 display (hands-on)

ASUS announces the MeMo Pad FHD 10: dual-core Intel Atom processor and a 1,920 x 1,200 display (hands-on) data = {blogUrl: "www.engadget.com",v: 315};when = {jquery: lab.scriptBs("jquery"),plugins: lab.scriptBs("plugins"),eng: lab.scriptBs("eng")}; var s265prop9 = ('20596197' !== '') ? 'bsd:20596197' : ''; var postID = '20596197'; var modalMNo = '93319229', modalVideoMNo = '93320648', modalGalleryMNo = '93304207'; when.eng("eng.omni.init", {pfxID:"weg",pageName:document.title,server:"acp-ld39.websys.aol.com",channel:"us.engadget", s_account: "aolwbengadget,aolsvc", short_url: "",pageType:"",linkInternalFilters:"javascript:,",prop1:"article",prop2:"tablets",prop9:s265prop9,prop12:document.location,prop17:"",prop18:"",prop19:"",prop20:"", prop22:"mat-smith", prop54:"blogsmith",mmxgo: true }); adSendTerms('1')adSetMOAT('1');adSetAdURL('/_uac/adpagem.html');lab._script("http://o.aolcdn.com/os/ads/adhesion/js/adhads-min.js").wait(function(){var floatingAd = new AdhesiveAd("348-14-15-14d",{hideOnSwipe:true});}); onBreak({980: function () { adSetType("F");htmlAdWH("93319229", "LB", "LB"); adSetType("");}}); EngadgetMenu NewsReviews Features Galleries VideosEventsPodcasts Engadget ShowTopics Buyers Guides Sagas Store HD Mobile Alt Announcements Cameras Cellphones Desktops Displays Gaming GPS Handhelds Home Entertainment Household Internet Laptops Meta Misc Networking Peripherals Podcasts Robots Portable Audio/Video Science Software Storage Tablets Transportation Wearables Wireless Acer Amazon AMD Apple ASUS AT&T Blackberry Canon Dell Facebook Google HP HTC Intel Lenovo LG Microsoft Nikon Nintendo Nokia NVIDIA Samsung Sony Sprint T-Mobile Verizon About UsSubscribeLike Engadget@engadgettip uswhen.eng("eng.nav.init")when.eng("eng.tips.init") onBreak({980: function () {htmlAdWH("93308280", "215", "35",'AJAX','ajaxsponsor');}});ASUS announces the MeMo Pad FHD 10: dual-core Intel Atom processor and a 1,920 x 1,200 display (hands-on) Hands-onBypostedJun 3rd, 2013 at 2:08 AM 0

ASUS announces the MeMo Pad FHD 10 dualcore Intel Atom processor and a 1,920 x 1,200 display handson

ASUS has just unveiled a new tablet, and it marks the return of the MeMo Pad series. This one is a 10-inch, 9.5mm-thick slab, housing both a dual-core, 1.6GHz Intel processor and Android 4.2 Jelly Bean -- another Clover Trail+ powered tablet from the Taiwanese company. Perhaps just as notable is the inclusion of a 1,920 x 1,200 backlit 10-inch screen -- one that's capable of 1080p video playback and one that performed just as admirably as recent ASUS tablets. We're promised 10 hours of use from the 25Wh battery, with all the requisite Bluetooth (3.0), WiFi (802.11 a/b/g/n) and GPS connectivity. There are also dual speakers but we're waiting to confirm if this means stereo sound. It'll arrive in two configurations: 16GB and 32GB, in either dark blue and white. The whole package weighs in at just 580g and we just got to handle it for ourselves -- check out our impressions and hands-on video right after the break. We'll be updating the post with pricing and availability when we hear more. ASUS MeMo Pad FHD 10 hands-on See all photos 11 Photos

when.eng("eng.galleries.init")

The MeMo Pad FHD 10's build feels suitably solid, with the same slick Android experience (at least from our early test) you'd find from Android tablets with non-Intel mobile chipsets. We couldn't test the dual speaker setup -- the unfortunate chaos of a very popular press event -- but we'd expect the audio performance to be equal to ASUS' other recent tablets. The screen kept our web browsing and Android swipes looking crisp and clear. Colors were good, as were viewing angles. Rounding out the specs is 2GB of RAM, a rear-facing 5-megapixel camera and a front-facing 1.2-megapixel companion shooter. The rear-facer, while autofocus capable, doesn't have an accompanying flash. The sides are gently curved towards the pack, making this feel a little bit like the Nexus 7, albeit a fair bit bigger. Now the biggest question is how much this 10-inch MeMo Pad will cost.

Richard Lai and Zach Honig contributed to this report

when.eng("eng.perm.init")

Wednesday, July 10, 2013

Intel sets Haswell launch for June 4th, details bold battery life claims

Intel sets Haswell launch for June 4th, details bold battery life claims data = {blogUrl: "www.engadget.com",v: 315};when = {jquery: lab.scriptBs("jquery"),plugins: lab.scriptBs("plugins"),eng: lab.scriptBs("eng")}; var s265prop9 = ('20594207' !== '') ? 'bsd:20594207' : ''; var postID = '20594207'; var modalMNo = '93319229', modalVideoMNo = '93320648', modalGalleryMNo = '93304207'; when.eng("eng.omni.init", {pfxID:"weg",pageName:document.title,server:"acp-ld39.websys.aol.com",channel:"us.engadget", s_account: "aolwbengadget,aolsvc", short_url: "",pageType:"",linkInternalFilters:"javascript:,",prop1:"article",prop2:"desktops",prop9:s265prop9,prop12:document.location,prop17:"",prop18:"",prop19:"",prop20:"", prop22:"sharif-sakr", prop54:"blogsmith",mmxgo: true }); adSendTerms('1')adSetMOAT('1');adSetAdURL('/_uac/adpagem.html');lab._script("http://o.aolcdn.com/os/ads/adhesion/js/adhads-min.js").wait(function(){var floatingAd = new AdhesiveAd("348-14-15-14d",{hideOnSwipe:true});}); onBreak({980: function () { adSetType("F");htmlAdWH("93319229", "LB", "LB"); adSetType("");}}); EngadgetMenu NewsReviews Features Galleries VideosEventsPodcasts Engadget ShowTopics Buyers Guides Sagas Store HD Mobile Alt Announcements Cameras Cellphones Desktops Displays Gaming GPS Handhelds Home Entertainment Household Internet Laptops Meta Misc Networking Peripherals Podcasts Robots Portable Audio/Video Science Software Storage Tablets Transportation Wearables Wireless Acer Amazon AMD Apple ASUS AT&T Blackberry Canon Dell Facebook Google HP HTC Intel Lenovo LG Microsoft Nikon Nintendo Nokia NVIDIA Samsung Sony Sprint T-Mobile Verizon About UsSubscribeLike Engadget@engadgettip uswhen.eng("eng.nav.init")when.eng("eng.tips.init") onBreak({980: function () {htmlAdWH("93308280", "215", "35",'AJAX','ajaxsponsor');}});Intel sets Haswell launch for June 4th, details bold battery life claimsBypostedJun 1st, 2013 at 10:01 AM 0

Intel sets Haswell launch for June 4th, backs up claims about allday battery life

Haswell is hardly a secret at this point: there's been a steady drip-drip of of demos and technical leaks since as far back as 2011, and just a month ago we brought you the low-down on its integrated graphics. But today, finally, we have official pricing for a number of variants, a concrete date for availability (this coming Tuesday, June 4th) and, perhaps most importantly, some detailed benchmark claims about what Haswell is capable of -- particularly in its mobile form.

Sure, Intel already dominates in MacBooks, Ultrabooks (by definition) and in hybrids like Surface Pro, but the chip maker readily admits that the processors in those portable PCs were just cut-down desktop chips. Haswell is different, having been built from the ground up with Intel's North Cape prototype and other mobile form factors in mind. As a loose-lipped executive recently let slip, we can look forward to a 50 percent increase in battery life in the coming wave of devices, with no loss of performance. Read on and we'll discover how this is possible and what it could mean for the dream of all-day mobile computing.Haswell mobile slide deck See all photos 22 Photos

when.eng("eng.galleries.init")

Mobile HaswellIntel sets Haswell launch for June 4th, backs up claims about allday battery life

Although Intel has previously claimed a 10 hour battery life for North Cape, that figure isn't actually promoted in today's slide deck. Instead, we're told Haswell will provide up to 9.1 hours of HD video playback on an Ultrabook-class Core i7. Video playback isn't particularly processor intensive, but nonetheless this benchmark bodes well compared to what an Ivy Bridge machine can manage, and indeed it's said to be the "biggest battery life increase in Intel history."

The above slide also hints at how this sort of gain is achieved: largely through a drop in power from 20W in Ivy Bridge (17W for the processor plus 3W for the chipset) down to 15W in Haswell (which now incorporates both components). Of course, these wattages are just upper limits, and the chip has plenty of scope to scale down further during easier tasks. A Haswell-based Ultrabook actually draws less than 6W during video playback, or two thirds that of an Ivy Bridge system. It also supports an ultra low-power standby state that can hold fresh data for up to 13 days, which is three times as long as Ivy Bridge, and it can wake from sleep mode in three seconds instead of seven.

All of this should come alongside a 40 percent increase in graphics performance in Ultrabook-class machines with HD 5000 GPUs, which ought to make Tomb Raider playable at 1,366 x 768 and medium settings, and BioShock Infinite almost playable with a frame rate of 27fps. On the other hand, fatter Haswell laptops with higher wattages (above 28W) and Iris-branded GPUs should see more of an improvement over the last generation, of up to 2x.

Desktop HaswellIntel sets Haswell launch for June 4th, backs up claims about allday battery life

You can blame us for neglecting the desktop components up until now, but hey -- Intel started it. You have to scroll some way through the presentation before you get to concrete desktop info, so we've split off those slides into the gallery below.Haswell desktop slide deck See all photos 7 Photos

when.eng("eng.galleries.init")

In terms of gaming, both Tomb Raider and BioShock Infinite should now be playable at 1080p and medium settings without recourse to a discrete graphics card, thanks in part to the use of embedded DRAM to reduce latency in communication between the CPU and GPU. Further gains should be possible from enhanced overclocking on K-branded products, and in particular the ability to increase base clock tuning ratios.

Finally, we also have pricing for the quad-core desktop parts that are set to become available to end users this coming Tuesday. These will start at $192 for the lowest-spec Core i5-4570 and go up to $242 for an unlocked Core i5-4670K and $339 for the Core i7-4770K. Pricing and various other details for dual-core SKUs will follow soon, but we've already reviewed our first quad-core Haswell gaming laptop -- MSI's GT70 Dragon Edition -- with some pretty encouraging results.

when.eng("eng.perm.init")

Friday, June 28, 2013

AMD's Opteron X-series targets Intel Atom for the microserver CPU market

AMD Launches the AMD Opteron X-Series Family: the Industry's Highest Performance Small Core x86 Server Processors

Twice the Performance and More Power-Efficient Than the Top Performing Intel(R) Atom(TM) Processor

SUNNYVALE, CA -- (Marketwired) -- 05/29/13 -- AMD (NYSE: AMD) today unveiled a new family of low power server processors: the AMD Opteron™ X-Series optimized for scale-out server architectures. The first AMD Opteron X-Series processors, formerly known as "Kyoto," are the highest density, most power-efficient small core x86 processors ever built1. The new X1150 and X2150 processors beat the top performing Intel Atom processor on key performance benchmarks2, including single thread and throughput performance with superior power-efficiency, twice the cores and L2 cache with a more advanced pipeline architecture, higher integration and support for up to 32 gigabytes of DRAM -- 4x more than the Intel Atom processor.

The AMD Opteron X-Series processors come in two variants. The AMD Opteron X2150, which consumes as little as 11 watts, is the first server APU system-on-a-chip integrating CPU and GPU engines with a high-speed bus on a single die. This enables customers to take advantage of leading-edge AMD Radeon™ HD 8000 graphics technology for multimedia-oriented server workloads. The AMD Opteron X1150, which consumes as little as 9 watts, is a CPU-only version optimized for general scale-out workloads.

"The data center is at an inflection point and requires a high number of cores in a dense form factor with integrated graphics, massive amounts of DRAM and unprecedented power efficiency to keep up with the pace of innovation of Internet services," said Andrew Feldman, corporate vice president and general manager, Server Business Unit at AMD. "AMD has a proud history of server innovation, and the AMD Opteron X-Series processors challenge the status quo by providing unmatched capabilities to drive the most energy-efficient servers in the industry."

The AMD Opteron X-Series processors are now the world's premier small-core x86 APUs and CPUs, ideal for next-generation scale-out web and cloud applications ranging from big data analytics to image processing, multimedia content delivery, and hosting.

"Fundamental changes in computing architectures are required to support space, power and cost demands organizations need to deliver compelling, new infrastructure economics," said Paul Santeler, vice president and general manager, Hyperscale Server business segment, HP. "The new x86 AMD Opteron X-Series processors integrated into future HP Moonshot servers will continue to push the boundaries of power efficiency for social, mobile, cloud and big data workloads."

The AMD Opteron X-Series versus Intel Atom S1260

CPU

Frequency:

X1150 CPU - up to 2 GHzX2150 APU - up to 1.9 GHz

Power Consumption:

X1150 - as low as 9 WattsX2150 - as low as 11 Watts

Graphics (X2150 APU only)

128 AMD Radeon™ HD 8000 coresGraphics Core Next ArchitectureVideo encode/decode offloadVideo compression offload

Memory Interface:

64-bit DDR3 with ECC (up to 1600 MHz)Up to 32 GBytes of DRAM (SODIMM & UDIMM)

Integrated I/O:

PCI-e® Gen 2 - 8 lanesUSB 2.0 - 8 portsUSB 3.0 - 2 portsVideo Interfaces - DisplayPort, VGA, HDMI®Serial-ATA2/3 - 2 ports

Package


The AMD Opteron X2150 APU and X1150 CPU are generally available now for a cost of $99 and $64, respectively, in 1K quantities. More information can be found on AMD's web site.

About AMD

AMD (NYSE: AMD) is a semiconductor design innovator leading the next era of vivid digital experiences with its ground-breaking AMD Accelerated Processing Units (APUs) that power a wide range of computing devices. AMD's server computing products are focused on driving industry-leading cloud computing and virtualization environments. AMD's superior graphics technologies are found in a variety of solutions ranging from game consoles, PCs to supercomputers. For more information, visit http://www.amd.com.

AMD, the AMD Arrow logo, AMD Opteron, AMD Radeon and combinations thereof, are trademarks of Advanced Micro Devices, Inc. Other names are for informational purposes only and may be trademarks of their respective owners.

1 Based on AMD's small core Opteron™ processor Model X1150 vs. Intel® Atom™ Model S1260, Intel's highest performance small core processor. Highest density based on cores/rack. Since Opteron X-Series has double the number of cores of Intel Atom S1200 series, it has the double the density among small core x86 processors. Most power efficient small core x86 processor as measured by SPECint®_rate_base2006 estimates divided by TDP.

2 SPEC and SPECint are registered trademarks of the Standard Performance Evaluation Corporation. The comparison presented reflects competing AMD and Intel 2.0GHz processors. Throughput performance estimates are based on SPECint®_rate_base2006 results using all four threads of each processor. Single thread performance estimates are based on SPECint®_rate_base2006 results using one thread of each processor. The results stated are estimates based on measurements in AMD labs as of May 2, 2013. For the latest SPECint®_rate_base2006 results, visit http://www.spec.org/cpu2006/results/. Configuration information: 1 x AMD Opteron™ processor Model X1150 in "Olive Hill" Reference platform server, 8GB (2 x 4GB DDR3-1600) memory, Red Hat Enterprise Linux® Server Release 6.3 x86_64 OS, GCC 4.7.2 Compiler. 1 x Intel Xeon processor Model S1260 in Supermicro 5017A-EF server, 8GB (2 x 4GB DDR3-1333) memory, Red Hat Enterprise Linux® Server Release 6.3 x86_64 OS, GCC 4.7.2 Compiler.

*Based on the capability of the Kyoto memory controller and expected 16GB DIMM availability.


View the original article here