Posts Tagged ‘Center’
Behold, a ready-made answer for those who own a Linux-powered fruit machine but who are still looking for new ways to use it. It’s a simple media center starter kit, fresh out and shipping today, which makes it easy to hook your Raspberry Pi up to an HDMI display and use it to play video or music from the internet or your home network through the wonders of XBMC. Known simply as “XBMC Solution,” it consists of the Raspbmc software on a bootable SD card (this is an all-in-one install that combines XBMC with a lightweight Linux distro), a rechargeable RF controller with a small keyboard and touchpad to aid navigation (it’s generic, unbranded, and even has a “Win” key, but it works fine), plus Ethernet and HDMI cables in case you don’t have any going spare. Read on for more.
Gallery: Raspberry Pi XBMC Solution
Not content with following Nokia’s past playbook, by saturating the mobile market with countless iterations of its smartphone hardware, pushing a whole Galaxy of gizmos at every price point and form-factor fancy you can think of, Samsung has gone one further. It’s opened an R&D centre in Espoo, Finland, right on Nokia’s doorstep. Literally on Nokia’s doorstep. If you were in any doubt that Samsung is the new Nokia, this really has to be the final call.
Samsung said the R&D facility, its first in Northern Europe, is being located in Finland because of “the excellent technology development eco-system in Finland”. Which is basically another way of saying ‘thanks to Nokia, and the tech skills of the local people who likely acquired them working at or with Nokia at some point over the past several decades’. Nokia’s presence in Finland has helped build a thriving startup culture, thanks to the pool of local tech skills and experience but also as Nokia has had to reduce its own headcount it has actively encouraged entrepreneurship through its Bridge Programme by supporting former employees leaving to found their own startups. The irony now is that Samsung is looking to tap into an ecosystem Nokia has been helping to build up.
The R&D center — which is part of Samsung’s strategy of ramping up spending in this area this year, up from the circa $ 10 billion it spent on R&D activities last year — will focus specifically on development of open source software and “advanced technologies in the domains of graphics, web & security for digital devices such as smartphones, tablets, Digital TV and PCs”.
Another irony here is that as Samsung has gobbled up the marketshare Nokia used to own, the Finnish former phone giant has been forced to pull in its horns – to operate with far fewer resources than it had during its mobile heyday (when it too could produce a phone for every price-point and pocket) — thereby limiting the types of devices it can push into. Which in turn leaves room for a company like Samsung to target more development cash at other device type categories, like tablets, a category where Nokia used to play. In a sense, Samsung is just expanding into the footprints of Nokia’s past success.
Samsung said it plans to recruit at least 50 experts in the various technical domains that the R&D center will focus on in the coming years. It also plans to “steadily grow” the facility, pushing research into whatever tech areas it decides it needs to down the line.
As well as thumbing its nose at Nokia by tapping into local Finnish talent, siting an R&D Center in Northern Europe will give Korea-based Samsung a base to plug into a regional network of research and academic organisations, as well as getting close to European startups and businesses.
Europe has been a stronghold for Samsung smartphone hardware, so building closer ties to the region makes sense to futureproof its lead here. A lead Nokia has been trying to dent with its Windows Phone-based Lumia smartphones. Evidence of a slight uplift in sales for Windows Phone in markets such as the U.K. may be another factor pushing Samsung to drive deeper into Nokia’s territory — hence its stated intention now, with the Espoo Centre, to “actively build relationships and co-develop cutting edge technologies with our Finnish partners”.
Microsoft has previously admitted it “ran out of time” on a Windows Phone notification center, but it looks like the company is testing early future versions of Windows Phone with this feature in place. A Reddit user has posted a series of screenshots from a recently purchased Lumia 920 that appear to include an internal Windows Phone build. The software identifies itself as version 12084.WPMAIN(wpbldlab).20130509-1407, meaning it was compiled on May 9th. An early notification center can be seen in one of the screenshots, providing access to the typical Live Tile notifications.
There’s also a redesigned calendar interface with weekly views, and the ability sort applications by name and frequency in the app list. Microsoft appears to be…
You know how it goes, you buy a phone on eBay, and it comes with a developer / pre-release version of a major mobile OS. Well, if these images are to be believed, that’s at least what happened to one bargain-hunting Windows Phone fan. The screenshots — said to be taken from a Nokia 920 — show Windows Phone 8, but with a few new tweaks and features. Most notable, will likely be the notifications, but other tidbits include App list ordering based on frequency of use, week view in the calendar and the option to kill apps from the multitask screen. The phone reports a build number of: 12084.WPMAIN(wpbldlab).20130509-1407 leading some to infer that this version could have been compiled sometime in May. A tease of something to come? As always, hard to tell, but expect the price of second-hand 920s to bump up a little, for the next few weeks at least.
Via: The Verge
Children’s Cancer Center Rebrands Chemotherapy ‘Superformula’, Decks Out Hospital In Superhero Stuff
The A.C. Camargo Cancer cells Center in São Paulo, Brazil, just recently joined Detector Bros. to make their children’s ward more reassuring to young patients by rebranding chemotherapy ‘superformula’ and covering IV bags with Justice Organization themed boxes. Then they developed unique comics detailing how Justice Organization characters lost their powers but acquired them back after undertaking similar treatments as the children.
Covers for intravenous bags were constructed based upon characters from the Justice League, developing … a child-friendly version of the therapy. Co-developed with doctors, the covers are easy to sanitize and manage and fulfill all medical facility hygiene criteria.
(The) experience progressed beyond the covers by likewise providing a make over to the entire Kid’s Ward: the recreation room was developed into the Hall of Justice, corridors and doors were decorated in the same style, and the body obtained a special entrance for these little heroes.
As any excellent cancer physician will inform you, the most vital step in fighting the condition is believing in a remedy.
You need to count on a remedy. Plus superheroes helping you along the way definitely cannot hurt. Get well quickly, kids. Now if you’ll excuse me \* reaches for tissue box, sees it’s empty, goes to bathroom for toilet tissue, sees bare roll, blows nose on roomie’s towel \* Struck the jump for a video about the rebranding.
The A.C.Camargo Cancer Center in São Paulo is recruiting superheroes in an attempt to help young patients better understand and cope with chemotherapy — a complex, daunting medical treatment irrespective of age. With the help of ad agency JWT, the medical facility is touting chemo to a “superformula” for kids that can help them overcome cancer. Rather than have kids stare at a cold, sterile chemotherapy bag, the Cancer Center has concealed the treatment inside colorful cases with logos from Batman, Superman, and other DC Comics heroes.
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Linux devotees need media too, don’tcha know? Designed to cater to “media enthusiasts,” Plasma Media Center has been released today for those looking to place photos, videos and audio clips on the highest pedestal. The build (v1.0.0) was crafted on Plasma and KDE technologies, and as you might expect, it aims to deliver a “unified media experience on PCs, tablets, networks, TVs and any other device capable of running KDE.” PMC can be used to view images, play music or watch videos, and developers are free to create custom plugins for the software as well. The release — as well as installation guides for Ubuntu and Fedora — are housed in the read link, and if you’re willing to give it a go, let us know how it turns out in comments below.
Toyota is no complete stranger to the hybrid realm and it has actually currently presented the fully-electric RAV4 EV SUV. Join us for this session where editor-in-chief Tim Stevens chats up Sheldon Brown, executive program manager of the item development office, Toyota Technical Center, UNITED STATE, Inc. There makes sure to be some broach hybrids and EVs– and perhaps a glimpse that what the future holds for us roadway warriors.
Follow all of Engadget’s Expand coverage live from San Francisco right here!
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If you ’ re at all knowledgeable about mobile processors, you ’ ve most likely heard a great deal about 32nm vs. 28nm building when comparing the present generation of chips from companies like Qualcomm and others. That refers to the size of the processor, where a smaller sized number is much better in regards to power consumption, fitting more transistors in less area for more efficient processing.
Currently, it ’ s hard to obtain previous around the 20nm when creating individual patterns for data storage space on today ’ s drive, which is another area in addition to processors where Moore ’ s Law uses. Today though, HGST, a Western Digital Business, announced a breakthrough that allows it to produce patterns as little as 10nm, by means of a procedure called “ nanolithography, ” meaning that it can essentially increase the existing max storage space ability possible in disk drive, given the same-sized end product.
HGST ’ s process, which was established in tandem with Austin, Texas-based silicon start-up Molecular Imprints, Inc. doesn ’ t utilize the existing prevailing photolithography tech, which is limited in how small it can pass the size of light wavelengths, which is exactly what enables it to obtain to the 10nm threshold, and hopefully past even that in time, HGST VP of Research Currie Munce informed me in a meeting.
The upshot of all this is that HGST intends to have the procedure prepared for wide-scale commercial production by the end of the current decade, with a process that makes the resulting storage both budget friendly and dependable adequate to be pre-owneded extensively by consumers who need ever-increasing quantities of storage space. The lot of clients who fit that description is raising quickly, too: the introduction and development in appeal of cloud services indicates that huge business like Facebook, Apple and Amazon are constantly constructing and expanding brand-new information centers searching for greater storage space ability. HGST ’ s nanolithography procedure could double the storage space capacity per square foot at any of those facilities, without having the same result on power requirements, which is clearly an attractive proposal.
While the process looks well-suited to disk-based storage, where redundancies and workaround can consider small imperfections at the tiny level, Munce says that HGST nanolithography is less well-suited to the job of producing mobile processors for smartphone like those pointed out above.
“ If you wear ’ t link the circuits appropriately on a processor it doesn ’ t work at all, ” he explained. “ On a disk drive, we could always have mistake connecting codes, we could always use added signal processing to cover up a couple of flaws in the pattern that ’ s produced. ”
Still, for HDDs and pc memory (RAM), HGST ’ s breakthrough can have a massive effect on cloud computing, mobile devices and the technician market as a whole, and all within the next five to six years.