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Thief sneaks onto Xbox One
Eidos Montreal confirmed through its official Tumblr today that Thief will be coming to Xbox One. The game, first announced in 2009, was confirmed for PS4, PC and other next-gen consoles in March, which we can now take to mean the next-generation Xbox revealed today. The Thief reboot reportedly suffered many setbacks during its five-year development period, including significant turnover in staff at Eidos Montreal. The developer included a "glimpse" at the next-gen game in its Tumblr post in the form of a screen with an alarming amount of fire in it.
Adobe brings Photoshop Touch to the iPhone
Just about a year ago at this time, Adobe released an iPad version of their flagship app, called Photoshop Touch. Now, a year later, they've announced a version of the app built specifically for the iPhone's smaller screen, that should be propagating out to the App Store very soon, listed at a price of US$4.99. So what's different? Product Manager Stephen Nielson sat down with TUAW a little while ago to demo the new version of the app, and show off just what's been done differently with the smaller screen. One thing is that despite the touchscreen interface, this is still Photoshop. You can open photos, edit them as you see fit, crop and retouch. It also allows you to edit layers with the standard cloning, brush and effects tools, and do nearly everything the desktop version of the app can do. There are even some things the desktop version app can't do -- Adobe built a "Scribble selection" feature for the touchscreen, where you can simply drag your finger around to select, and the app will intelligently nail your choice down. And there's also a "camera fill" feature, where you can choose a selection, and then use your iPhone or iPad's camera to shoot a picture right there and fill it in. And there's a 3D layer-viewing mode, where you can expand your image out into its various layers, and then drag around the touchscreen to view them in 3D. All of this is powered by Adobe's Creative Cloud service, too, so you can seamlessly transfer to and open photos from your phone, work on them and then save and reopen them up on your desktop. It's all very smooth and simple, and for just $4.99, the app seems like a bargain for any Photoshop ninjas out there. Of course, not everything is perfect. First up, as you might imagine, the iPhone and iPad have power limits that your desktop does not, so the biggest image you can open is a 12-megapixel image with three layers. If you open a smaller image, you can trade that off for more layers, so a 3-megapixel image can run up to 16 layers at a time on the iOS versions. The good news, though, is that if you open up an image with more layers than your iOS device can handle, it gets saved into a new format, so you'll never lose your work. The other big missing piece on the iPhone itself is tutorials -- there are some text-based informational tutorials included with the iPhone app, but the iPad had much more involved tutorials and demos. That's not a big loss, however, and Nielson told us it was mostly just to save space in the iPhone's internal memory. But "by and large," says Nielson, the iPhone version has "just about everything" else the iPad version has, despite it being half the price. As for what Adobe has planned next, Nielson said the company will "continue to explore new features for these apps, but also other apps and other services, especially services and workflows that can be enabled by Creative Cloud." Nielson didn't have any other announcements, but promised more is coming soon. Photoshop Touch seems like an excellent (and much cheaper) version of the image-editing standard, and now it's been ported over successfully to the iPhone. It's too bad the company didn't go universal, but given all of the work that went into this new version, and the comparably much higher price of the desktop software, anyone who uses Photoshop regularly probably won't hesitate to grab it right away.
Friday Favorite: Voila captures your screen with ease, on sale now
Given the issues with my former screen-capture app-of-choice Skitch, I recently went on the hunt for a replacement that can grab screenshots and handle video capture. I've finally landed on Voila. While it isn't perfect, Voila offers plenty of functionality and does almost everything I need. As is pretty standard for a screen-capture app, Voila lets you grab whatever is on your screen however you need it, either in a full-screen grab, from a specific window or from a drag-and-drop selection. You can grab videos in almost any configuration. I mostly use it for snapping rectangular pictures, but you can grab circular or polygonal pics as well. Voila even has an in-app browser and a connection to your webcam, for even more options. Once the picture has been captured, you can add annotations, blur or adjust it as you like and then export the file using an in-depth "Save As...". Unfortunately, this process isn't as simple as I'd like. You must hunt to find some functions, and while hotkeys can be set up, the Re-size function doesn't have a clear one. There's a re-size option on the save screen, so even when Voila doesn't have exactly what I'm looking for, it does have some fairly smart shortcuts. There are a few bugs in the app as well. One bug I'm getting recently has my pictures being saved as just a white screen rather than whatever I captured, but the support team has been more than ready to help with any problems or concerns. As for video capture, I think that's where Voila really shines. It's got a very powerful and steady video-capture functionality. You can select a window or draw a selection on the screen, and you can choose to use an external mic for audio, grab your computer's audio or use your Mac's internal mic as needed. Again, there are some small issues: The included YouTube connection won't accept videos if you've used a strange ratio when drawing a selection on the screen. But that's only a minor issue. I've still been able to just drag the videos out of the app, and then upload separately to YouTube. Voila isn't without its problems, but an app like this is designed for so many different use cases that it's not surprising there are a few hiccups. Plus, Voila is right in the middle of an awesome sale. It's only US$4.99 on the Mac App Store. If, like me, you were looking for a Skitch replacement with a little more functionality, Voila might be just what you need.
Samsung may be getting out of display supplier deal with Apple next year
A report in the Korea Times suggests Samsung will sever its contract with Apple and will no longer supply LCD panels to the Cupertino company, starting in 2013. An unnamed senior industry source told the newspaper that the company is not making enough money off the panels that it is selling to Apple. We are unable to supply our flat-screens to Apple with huge price discounts. Samsung has already cut our portion of shipments to Apple and next year we will stop shipping displays. Samsung is reportedly shipping fewer and fewer panels to Apple each quarter, with the Korean company expected to supply Apple with only 4.5 million LCD panels in the second half of the year. This is down from the 15 million panels that Samsung sent to Apple in the first six months of 2012. Samsung will reportedly turn to Amazon and its own handset division to make up for the loss of orders from Apple. Apple sources components from many companies, including displays from LG and Sharp as well as Samsung.
NPD study finds average display sizes continuing to rise in all areas but laptops and tablets
Not exactly a huge surprise here, but a new study out from NPD DisplaySearch today has confirmed that the trend towards larger screens in continuing at a steady pace in all but a few key areas. The big exception is "mobile PCs," which NPD defines as laptops and tablets for its purposes. That area dropped from a 13.6-inch average in 2010 to 12.1-inch in 2012 (with an ever so slight increase to 12.2-inches projected for 2013), a drop that represents a ten percent decrease overall and is largely attributed to the growth of tablets . All other areas have seen small to significant growth in recent years, with LCD TVs growing 9 percent, mobile phones increasing 38 percent, and portable media players jumping 29 percent. The biggest growth, by far, comes in OLED TVs, which have gone from a mere 15-inch average in 2010 to an average of 55-inches today -- a growth of 267 percent.
Sharp begins production of 1080p smartphone displays: 443ppi crammed into a 5-inch LCD
Layoffs and loans may be dominating our Sharp coverage at the moment, but that just makes this type of news all the sweeter. The company has announced its LCD panel type 5 -- a 5-inch full HD (1,920 x 1,080) display packing a Retina-busting 443ppi (just trumping LG's similar 440ppi LCD). An outcome of its layer-reducing CG-Silicon technology, the smartphone-targeted screen goes into full-scale production this month and will be shown off at CEATEC Japan this very week. We'll try to give it eyes-on treatment at the show, but you can rub your hands together sinisterly in the meantime and just think about the glorious devices which will bear it.
Build-a-bear's new store concept wants you to choose, love, stuff and fluff with high-tech (video)
If little Johnny thought Build-a-Bear had nothing for his tech-savvy toddler sensibilities, he'd better think again. The plush toy-seller has just launched a new high-tech store concept that it hopes will help re-engage children otherwise distracted with tablets, phones and game consoles. The new additions include a 55-inch interactive digital sign out front, with touchscreen and Kinect functionality, complete with unlockable content via barcodes. Once inside, four Samsung SUR40 smart tables loaded with custom software offer a range of different parts of the teddy-making process, as well as interact with the toys in real-time -- like a virtual bubble bath -- thanks to a purpose-built tagging system. The sound side of things also gets a lick of paint, with six audio "zones" created, using ultrasonic speakers that can target sound to specific parts of the store and stop all the collective noise from reverberating like something from a bad dream. The first such shop is already open in St Louis, with five more locations to follow: Pleasanton CA, Annapolis MD, Troy MI, Fairfax VA and Indianapolis IN between October and November.
Samsung asks for South Korean injunction against LG for allegedly stealing OLED tech
LG and Samsung have had to live with each other as cornerstones of the South Korean economy, but that uncomfortable balance might just have been knocked off-kilter through an escalating legal battle. Samsung has filed for an injunction against LG for supposedly coercing 11 Samsung researchers (already indicted in July) into leaking the secrets behind its OLED screens, including 18 pieces of technology and 21 related documents. The accuser wants 1 billion won (about $879,771) in compensation for every piece of technology that might have slipped out. Suffice it to say that LG isn't happy with being labeled as a thief -- it notes that LG screens use white OLEDs instead of Samsung's RGB technique, reducing its incentive to swipe anything Samsung makes. LG even contends that Samsung is just trying to hide its embarrassment at losing OLED TV demo units that were headed to IFA 2012. Without a clear resolution in sight, there's every indication the legal dispute could become very ugly.
Smartype puts screen in your keyboard so you can see and type while you type and see
Marrying a keyboard and an LCD is not exactly revolutionary any more. Art Lebedev has been doing it since at least 2008. But those devices have always been aimed at power users and gamers, not your average Joe. Smartype, from KeyView, doesn't display custom buttons for World of Warcraft of alter the fonts you see for languages that don't use the Latin alphabet. Instead, its primary purpose is to display exactly what you're typing. The screen along the top of the tiny deck allows users that aren't proficient touch typers to see what they're pecking out, without looking back and forth between the keyboard and their monitor. There are also a handful of apps that pop up notifications for email or display the current weather. The goal is to bring the interactive app revolution that has made our phones "smart" to the rather staid world of the keyboard. For now the Smartype is only available in Israel, but the company is working on international availability. For more, check out the video after the break. [Thanks, Ilya]
Microsoft earns patent for claimed wireless charging improvement, pad with info screen
Device makers are bent on bringing us inductive charging, and Redmond has joined the fray with a recently allotted patent that describes all kinds of tech that could make it work better. For the charging itself, a trick is proposed that's similar to one we've seen before -- careful matching of the resonant frequency of charger and device. That would amplify efficiency and allow more than one device to be charged at a time. To make it easier to use, a pressure sensor could detect if a device was on the pad, with different parts of the pad allocated for smartphones or tablets, for instance. The patent also proposes a display placed opposite the charger to give it another use when it's not juicing, which would be determined by a gyro to sense which side was facing up. Of course, a lot of patents are whimsical things, which never amount to anything -- but judging by the detail in this one, Microsoft may have something more concrete in mind.
Apple gets patent for in-cell touch display with impeccable timing
So Apple could be working on an iPhone with a thinner display, you say. Look what we have here, possibly in the nick of time: it's a newly granted Apple patent for a screen with in-cell touch, where the LCD and touch recognition are integrated into one panel instead of stacking up in separate layers. Apple's implementation would slim things down by either having electrodes share duties, both driving the display and taking finger input, or stuffing two electrodes into each pixel to accomplish the same goal. The net effect isn't just one of squeezing a device into a thinner chassis; the company also envisions costs coming down by reducing the number of parts and streamlining the manufacturing process. As envisioned, the screen looks like an ideal fit for a significant revamp of Apple's mobile display technology, although we'd be careful about assuming that this or any in-cell touch implementation is a lock for potentially imminent iOS hardware. Apple first filed the patent in early June 2007, before the original iPhone had even marched into a retailer -- display technology has come a long way since then.
Editorial: The future comes slowly, but revolutions are worth waiting for
During a trip to Switzerland, my family started off on a day hike to reach the nearby foothills of a mountain. It looked doable, but as time passed the range seemed to recede before our approach. After many hours we turned around, having apparently failed to close any distance. Crossing from now to the future in technology can likewise seem illusory. When we scrutinize and celebrate each tiny incremental invention as if it were a milestone, we lose track of time as if we were counting grains of sand dropping through an hourglass. Game-changing inventions are rare, separated by epochs in which progress adds up to a lot of sameness. Futurism is an unforgiving business. But sometimes, as in the cases of cloud computing and media convergence, redemption comes with patience.
Colloidal Display uses soap bubbles, ultrasonic waves to form a projection screen (hands-on video)
If you've ever been to an amusement park, you may have noticed ride designers using some non-traditional platforms as projection screens -- the most common example being a steady stream of artificial fog. Projecting onto transparent substances is a different story, however, which made this latest technique a bit baffling to say the least. Colloidal Display, developed by Yoichi Ochiai, Alexis Oyama and Keisuke Toyoshima, uses bubbles as an incredibly thin projection "screen," regulating the substance's properties, such as reflectance, using ultrasonic sound waves from a nearby speaker. The bubble liquid is made from a mixture of sugar, glycerin, soap, surfactant, water and milk, which the designers say is not easily popped. Still, during their SIGGRAPH demo, a motor dunked the wands in the solution and replaced the bubble every few seconds. A standard projector directed at the bubble creates an image, which appears to be floating in the air. And, because the bubbles are transparent, they can be stacked to simulate a 3D image. You can also use the same display to project completely different images that fade in and out of view depending on your angle relative to the bubble. There is a tremendous amount of distortion, however, because the screen used is a liquid that remains in a fluid state. Because of the requirement to constantly refresh the bubbles, and the unstable nature of the screen itself, the project, which is merely a proof of concept, wouldn't be implemented without significant modification. Ultimately, the designers hope to create a film that offers similar transparent properties but with a more solid, permanent composition. For now, you can sneak a peek of the first iteration in our hands-on video after the break.%Gallery-162176%
Sharp's president says new iPhone screens will ship this month
Speaking at a press event after announcing its quarterly earnings, Sharp president Takashi Okuda said then company was preparing to ship displays for the new iPhone. Reuters quotes Okuda as saying, "Shipments will start in August." He did not provide any additional details on the phone or the technology behind the display. Apple is rumored to be working on a new, thinner display that'll feature in-cell technology. Rumors also suggest the Cupertino company will unveil the next iPhone at a September 12 event. #next_pages_container { width: 5px; hight: 5px; position: absolute; top: -100px; left: -100px; z-index: 2147483647 !important; }
Corning and Samsung plan LCD glass plant in China, may toughen up a few laptop screens
Corning and Samsung were the best of friends well before even the Lotus Glass deal, but the relationship just got a little cozier. The two have agreed to build a plant in China's industry-heavy Wuxi New District focused on making glass to cover LCD panels in laptops and desktop displays. The roughly $600 million factory will be a major production hub for Samsung, not just an expansion: it's planning to stop some of its glass production in South Korea and send that work to the new facility when it opens. There won't even be signatures on the agreement until sometime later this year, so the plant itself is still a distant prospect -- but while the two haven't outlined their exact strategy, the new plant may be the ticket to toughening up that future Series 9 laptop with a touch of Gorilla Glass.
Qualcomm axes its own Mirasol production, will only bring some devices to market itself
Talk about flying under the radar. While everyone's focus on Qualcomm's results last week centered on the mobile chip business going gangbusters, the company quietly revealed during its fiscal results call that it's backing out of producing Mirasol displays itself. CEO Paul Jacobs instead wants the company licensing out the butterfly-inspired screens to interested companies and will limit its direct commercialization to "certain" devices. The company isn't explaining why beyond the plan more closely matching "addressable opportunities," although the absence of any widescale launches (and unconfirmed but repeated talk of low yields at The Digital Reader) suggests that factory output never quite reached critical mass. We're hoping that someone picks up the color e-reader torch before too long and delivers more than just the reference model derivatives we've seen to date.
Nintendo 3DS XL sports less reflective screen than its predecessor, improved parallax effect
Supersized screens may be the centerpiece of Nintendo's 3DS XL, but a new Iwata Asks interview reveals that its top display packs some new anti-glare tech too. Takashi Murakami, from the company's Mechanical Design Group, notes that each of the LCD's three glare-prone layers were specially treated to reduce reflectivity from the original 3DS' 12 percent, down to three. According to head honcho Iwata, anti-reflection coatings have been on the Big N's radar since the GameBoy Advance era, but were typically abandoned because they were too pricey. The Q&A session also confirmed something we noticed when we put the handheld through the review gauntlet -- the larger display increases the parallax effect, which translates to a deeper looking 3D experience. If your current handheld's screen bounces too much light for your liking, the XL can take its place starting August 19th in North America.
WSJ: iPhone future includes thinner screen, other details cloudy
Today's Wall Street Journal includes an interesting story about a screen technology that may make an appearance in the next iPhone. Based on sources in the supply chain and "people familiar with the matter," the WSJ says that LCD panel makers Sharp and LG, plus a new Japanese consortium called Display Inc., are all busy manufacturing screens for the next iPhone that feature "in-cell technology" to support touch sensitivity. Companies that have traditionally supplied the touch panels, like Taiwan's Wintek, are supposedly out in the cold with next-gen orders. The key advantage of in-cell, which integrates the touch sensors directly into the LCD panel (hence the name -- contrast "on-cell," the separate touch layer used in current iPhones) is that it removes a bit of thickness. Screens made this way are about one-half millimeter thinner than their on-cell counterparts, which may not sound like that much; however, the iPhone 4S is only 9.3 mm thick in total. Every little bit counts. When this rumor first floated in April of this year, MacRumors noted analyst Ming-Chi Kuo's thickness count; the screen itself could be 15% thinner with the new approach, and the phone overall could be made thinner still (or reserve room for a bulkier, LTE-friendly battery). The new screens are said to be "challenging" to manufacture for the suppliers, which can only mean one thing: more frequent flier miles for Tim Cook and his operations team. The WSJ's Digits blog also posted a companion story today with the slightly unfortunate original headline "Apple's Upcoming iPhone 5: What We Know." I say "unfortunate" because it was subsequently changed to omit the "5" -- although you can still see the original slug in your browser title bar -- since among the post's list of things known/unknown about this device is whether or not it will actually be called the iPhone 5. Aside from the link to the screen technology story, the list summarizes to "We fully expect that at some point between now and the end of 2012 there will, in fact, be a new iPhone model running iOS 6. Said iPhone will be popular." It's a cruel summer. Photo by Rob Marquardt | @someToast
AUO, LG, Toshiba pay $571 million to settle LCD price fixing lawsuit, broken record keeps skipping
The way LCD price fixing lawsuits keep popping up and settling in short order, you'd think they were going out of style. The latest motley group to face a reckoning includes AU Optronics, LG and Toshiba, the combination of which has agreed to pay a total of $571 million to eight separate American states to either avoid the legal wrath of a class action lawsuit or to pay an outstanding fine. Allegedly, the trio kept LCD prices artificially high between 1996 and 2006, hiking the prices of PCs and TVs in the process. There's a slight twist here: while keeping the display builders honest is the primary goal, the class action status will net some direct rewards for the public. Americans who claim to have been wronged in the scandal can get "at least" $25, which goes a lot further towards buying an LCD than it did six years ago.
New 2012 iPhone body reportedly leaks, gives the glass front its time to shine
Remember that tall, mostly aluminum 2012 iPhone shell that appeared to have leaked? It's back. This time, KitGuru has unearthed what it claims is a "test sample" with the glass front panel roughly intact. We've seen the darker steel sides, aluminum back and new dock connector before, but the front gives us a much better sense of how the finished product (if real) will turn out. Sitting next to an iPhone 4S, it's suggested that the new model would stuff in that bigger screen more through a better use of the available area -- there's much less blank space than on the iPhones we've known since 2007. While we still don't know for sure if the design shown here is close to what will go hand-in-hand with iOS 6 in the fall, we're starting to see enough smoke that there's bound to be a fire nearby.
