Tags ‘Glass’

Google Is Working on Glass Successors—Some Without the Glass

The team behind Google Glass is reported to be working on a successor to the occasionally controversial device, though it may not include the screen that made the original so distinctive.


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Jamie Condliffe

November 17th


Breakthrough research paves the way for glass that’s as strong as steel

World's Strongest Glass Aluminum Oxide

Recently we were really impressed with what Motorola was able to do with its shatterproof display for the Droid Turbo 2. However, IFLScience brings us word that some researchers at the University of Tokyo’s Institute of Industrial Science have come up with a breakthrough technology that could make the Droid Turbo 2's display seem positively fragile by comparison.

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Brad Reed

November 5th


Review: ClearTouch screen protector adds reachable Android-like back button to iPhone


While iOS and Android have for the most part caught up to one another from a software feature perspective, lack of a handy back button is still one of the biggest sources of embarrassment for iOS devices. BoxWave’s new glass “ClearTouch SmartButtons” screen protector has built-in buttons that aim to solve some of the back button issue on iPhones, so I took it for a test drive

Android has long had a system-wide physical or software “back” button, conveniently located in an easy-to-reach bottom corner that takes the user back to the last used screen. Apple, however, has a back button in the upper left corner that only works within apps and not system wide. Reaching Apple’s back button is enough of an issue that the company rolled out a software feature called Reachability with the larger iPhone 6 and 6 Plus to make reaching buttons at the top of the display easier. But that didn’t help much and in my use feels like a clunky solution to the problem.

BoxWave-cleartouch-04Lack of a back button is still often one thing Android users hold over iPhone users. My last interaction with Android users at a social gathering ended in pointing and laughing as I attempted to tout the new contextual back button in iOS 9, a software button that appears in the upper left corner of the display that aims to make jumping back to the last used app easier. But the new feature is far from successful at solving the overall problem.

While the BoxWave screen protector with built-in buttons is a big improvement, it’s not perfect. It’s essentially just moving the buttons normally located in the upper right and left corners of your display to an easy to reach location on either side of the home button. And it worked flawlessly for me during my tests after taking a minute to get used to the amount of pressure required. It does take a tap much harder than a tap of a touchscreen or Apple’s MacBook trackpads for example, but once you get used to the amount of required pressure, taps were recognized just as consistently in my experience. 

So it solves the issue of reaching Apple’s contextual and in-app back buttons (and any buttons that appear in the upper right corner), but that doesn’t solve the issue of Apple not having a system-wide “back” function. In other words, you’ll be limited to whatever buttons are in those locations in the app or iOS screen you’re currently viewing.

My one complaint: The screen protector isn’t exactly a perfect fit or the iPhone 6 I tested it on. As you can see in the photos above and below, it stops just short of the rounded edge/bezel of the display, making the outer edge of the screen protector visible when the display is off. But it’s not an issue when the display is on as it lines up perfectly with where the screen meets the bezel.

The product comes with the tempered glass screen protector and a small lint-free cloth and alcohol pad to clean the device before applying the screen protector. You simply remove an adhesive backing on the screen protector, line it up with the device and press down to make sure it grips the entire screen. It’s a hard piece of tempered glass, not a flimsy film like other screen protectors, so there’s not much concern with air bubbles or damaging the product during installation. You’ll just need to make sure the device and your hands are as clean as possible so nothing gets trapped underneath. And I had no problems removing the screen protector, but the adhesive will eventually wear so reapplying is hit and miss.


At $20 or less, to me it makes a lot of sense to opt for the BoxWave ClearTouch over another screen protector that doesn’t offer any functionality beyond protection. The product is on par with other glass screen protectors I’ve tested from the well known brands, and so it’s worth the few extra dollars to get the addition of the invisible buttons built-in.

The BoxWave ClearTouch SmartButtons screen protector is available for the new iPhone 6s and 6s Plus ($20.95), or the iPhone 6 and 6 Plus ($17.95) now.

Filed under: iOS, iOS Devices, Reviews Tagged: Android, Apple, back button, boxwave, cleartouch, Glass, review, screen protector, tempered glass

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Jordan Kahn

November 3rd



There’s a Glass Shortage, And It’s Dramatically Slowing Down Building Construction

When the recession hit the US eight years ago, the construction industry ground to a halt—and with it, the suppliers of building materials like glass. Now, boom-time architects and developers have a problem: There isn’t enough glass to go around.


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Kelsey Campbell-Dollaghan

September 8th


Video: Bending light and blowing glass is visually electric

The craft of making neon lights is always so fun for me to see. The way the glass curves and the way the light fills up the tube is like seeing magic light up. Even better is to see the entire process of a neon sign get made, Stray Matter shows Andrew Hibbs at work and it’s pretty awesome to see the flames and electricity and careful cutting of glass all in action.


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Casey Chan on Sploid, shared by Alissa Walker to Gizmodo

August 27th


A New Paint Made From Glass Reflects the Sun To Cool Down Cars and Homes

The sun’s harsh rays don’t just turn metal surfaces into flying pans, they can also accelerate deterioration and corrosion, and make it harder to keep structures cool. So researchers at Johns Hopkins Applied Physics Laboratory created a new type of paint made of glass that reflects those rays away.


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Andrew Liszewski

August 18th


How-To: Go beyond OS X Photos + make amazing wall art from your Mac’s pictures (Part 2)


Your digital photos were never intended to remain trapped on your computer’s hard drive. Apple’s original 2002 version of iPhoto proudly included physical book and photo printing services, adding new books and various types of cards every 2-3 years. Since early digital cameras took low-resolution photos, Apple’s services focused primarily on small prints. But over the past decade, cameras have really evolved: there are now 36-Megapixel Nikons, 42-Megapixel Sonys, and 50-Megapixel Canons. Unfortunately, Apple didn’t update iPhoto or its later Aperture and Photos apps with additional large-format printing options to keep up with the higher-resolution cameras many people are using.

Even if you don’t have a high-end DSLR, there are ways to turn more typical 20-Megapixel images into large pieces of wall art — if you’re willing to look outside Apple’s photo apps for printing services. And amazingly, even recent iPhones and iPads can create 43-Megapixel ultra-wide panoramas that will look stunning on one or more large canvases, as shown in the photo above.

What’s the best large format to choose for your photos? That depends on the type of images you have, and the results you’re looking for. To illustrate the options, I reached out to a number of popular photo printing services to see how digital photos would look on metal, glass, and canvas — large-format alternatives Apple doesn’t offer. Part 1 of this How-To guide looked at metal prints that apply dyes and gloss directly onto aluminum surfaces. Today, Part 2 looks at large-format canvas and glass prints. And the last part, coming next week, will look at several additional options that provide unique twists on these options. Inside, you’ll see how each process has its own unique appeal…


A Few Quick Words On Composing Large-Format Images

The focus of this How-To series is primarily on using novel processes and materials to turn some of your favorite existing photos into large prints. After I posted part 1, a commenter asked for guidance on actually creating the photos that would be used for large-format wall art. If discussed in detail, that topic could consume an entire photography 101 or 201 class — it’s way too big to explore in depth here. But I wanted to offer a few pointers that could help, regardless.


  • Pick the right camera. The 36-Megapixel ultra-wide panoramic photo above was captured with an iPhone 6 Plus, demonstrating that even iOS cameras can (under ideal conditions) make compelling large-format prints. But except for panoramas, no iPhone or iPad is capable of producing images that will look even close to acceptable when printed at 20″ by 30″ sizes. If you’re interested in shooting non-panoramic high-resolution photos, consider investing in a full-frame DSLR with a good lens. I personally use a Canon 5D Mark III and an EF 24-70 f/2.8L II zoom lens, but if you want to save money, consider the less expensive Canon 6D with the same lens, or take another cost-cutting step with an EF 35mm f/2 IS starter lens (losing zoom in the process). As the italics suggest, this is an investment in higher-quality photography, and the beautiful images you’ll produce will eventually justify the expenditure.

The exact same waterfall, photographed twice in less than 2 minutes with an iPhone 6 Plus, looks substantially different solely based on distance from the subject and framing.

  • Learn how to compose the best possible shot without requiring crops. Entire photography classes (and human lives) are spent developing a “photographer’s eye,” but creating great pictures is primarily about perfecting three skills: composing/framing, depth of field, and lighting. The first skill is calibrating your brain to know how your lens and camera will crop the world you’re seeing into a 3:2 or 4:3 rectangular box. Next is teaching your brain to understand how some items will be in focus while others are blurred, depending on your camera’s settings. And the last is understanding the interplay of light and shadows on the people, objects, and backgrounds you’re capturing. All three require practice, and most professionals will admit that they’re still learning new tricks years after they started taking pictures. But if you learn how to use every pixel your camera captures, you’re in good shape.
  • Consider photo editing software. Apple’s iPhoto, Aperture, and Photos all have tools built in to rebalance light levels, colors, and other elements of your pictures after they’ve been taken. Using these tools is critical to making your photos “pop,” preferably without becoming artificial-looking in the process. Adobe’s Lightroom CC (reviewed here) offers more sophisticated editing and retouching tools that serious photographers appreciate, plus an alternative to Apple’s library management tools.
  • Consider upscaling software. If you’re going to make a large print, you need both a high-resolution photo and enough actual detail in the image to fill all the pixels. The correct way to do this is to start with a huge, highly-detailed source image, but sometimes your pictures will fall short for one reason or another. Thankfully, the aforementioned Adobe Lightroom is capable of upscaling your images to whatever size you need, and using sharpening tools to add faux additional detail. The video above explains how it works. Alternately, you can buy a standalone upscaling tool such as Perfect Resize 9, which will automate the process for you.


Glass Prints

The original inspiration for this How-To series was a reader comment on my best Mac home office desk, chair, decor and peripherals article, discussing how a Florida-based company called Fracture was offering a “fantastic, minimalist picture display,” printing photos directly on glass. Fracture produces a square or rectangular piece of glass that, like the screens of iPhones and iPads, is designed to reduce glare and increase color intensity by eliminating the gap between the glass and image beneath.


Fracture has specifically targeted its service at consumer camera users rather than professionals, and its web site is very real world-focused — a sizing chart clearly shows how its eight different print sizes measure up to a sofa. Alternately, hover over the “small” 5″ by 5″ squares ($15) and “extra large” 28.8″ by 21.6″ rectangles ($125), and you’ll see how each compares with a Campbell’s soup can, with obviously different levels of potential wall dominance. Fracture bills the 5″ by 5″ squares as “perfect for Instagram” because the surface area is the least likely to reveal the low-resolution of typical Instagram 640×640 images. And the rectangles use the 4:3 aspect ratio “because most consumer level cameras on the planet take 4:3 photos.” Fracture does offer a custom 3:2 36″ by 24″ print option for customers who request it, and plans more 3:2 options for the near future, though it notes that glass prints larger than that are overly fragile.


In a nod to its focus on consumers and social media images, Fracture’s web site lets you upload photos from Facebook or Instagram, as well as from your computer. It provides simple aspect ratio and size choices, rotation, crop and resizing tools, and the ability to shift your image to grayscale. You can also choose from 10 different colors as a solid border, or go borderless, and select either wall mount or stand options (depending on the print’s physical size). There are no additional frills such as multiple wall mounting systems or different finish choices to select. Fracture ships the pane of glass bonded to what feels like a black foam core board, with a metal triangular mounting tab near the top, and a heavy-duty metal screw to secure it to your wall.

fracture-2 fracture-3

I was impressed by the extra large Fracture print’s major visual impact. Even at Fracture’s largest current size, nearly 29″ by 22″, it offers plenty of detail — effectively indistinguishable on a pixel level from the original Canon 5D Mark III image I used. Although the DSLR image had to be cropped from 24 Megapixels to 19.7 Megapixels to fit Fracture’s standard 4:3 aspect ratio, the photo still had more than enough beauty to fill the large surface. (It’s equivalent to a 36″ television screen, bigger than any current Apple monitor.)


Color accuracy was another story. The print offered a dimmer rendition of the original image, a difference I’d call modest but noticeable even without doing a direct comparison to the picture on a screen. Compared with a similarly large and properly optimized print we did using Mpix’s Modern Metal (below), the Fracture isn’t quite as bright. However, there’s a non-trivial difference in price between them. Fracture’s $125 price tag is around $30 less for an extra large print than Mpix’s, so if color accuracy and brightness aren’t critical to your image, you can save cash going with a Fracture.


From my personal perspective, lower pricing and a “regular consumer” focus are Fracture’s two biggest selling points. If you’re anything from an Instagrammer to a non-professional photographer, you’ll love the ability to make anything from 5″ square to poster-sized glass prints at relatively reasonable prices. Thanks to the glossy, perfectly flat surface, a large Fracture makes a more impressive visual impact than a comparably-sized poster, and includes its own mounting hardware. Consider it a good compromise between a basic photo print and a higher-end metal print.


Canvas Prints

Canvas printing is wonderfully different from metal and glass printing. Rather than attempting to achieve pixel-level sharpness or intense coloration, canvas printing uses latex inks that look and feel (but thankfully don’t smell) like oil paints, giving photos a slightly dreamy softness. There are different techniques for changing the look of a photo before it’s printed on canvas, including the “Artistic” and “Paint Daub” tools built into Adobe’s Photoshop Elements. But even if you don’t use tools on your photo beforehand, the natural softness of the latex inking process will give it the look of a painting, albeit a fairly detailed one. (The sample images below were submitted without any artistic tweaks.)


An excellent photo to canvas service is CanvasWorld, which offers two primary types of canvas printing options: single-canvas prints (ranging from 8″ by 8″ squares to 36″ by 48″ rectangles) and multi-canvas prints that can be used for panoramas (ranging from 8″ by 24″ across three 8″ by 8″ squares, to 18″ by 54″ across three 18″ by 18″ squares) or giant four-panel prints up to 96″ by 72″ in size. I wanted to see what both large panoramas and single-canvas images looked like, so I ordered a three-panel 18″ by 54″ panorama with deluxe options, and a much smaller 8″ by 8″ canvas with simpler options.


CanvasWorld’s site is efficiently designed and user-friendly. You can choose a photo from your computer, Instagram, Facebook, Picasa, Flickr, or OneDrive, easily crop it and choose border colors, then preview how it will look in 3-D. Free and paid retouching options are also available. The design process is super-simple for a single canvas, and pretty easy for a multi-canvas print.


If you choose a multi-canvas print, you need to choose both the image crop and the number of inches that will go between the canvases. The further the canvases are spread apart, the more of your image you’ll lose. You can choose a 1″ to 12″ spread in one-inch increments; I went with 1″ for my multi-canvas print.


Combined with the 1.5″ depth I chose for the canvas, this allowed the empty space between the canvases to look filled when viewed on an off-center angle. I also selected the $10 rear dust jackets (shown below), which are effectively pieces of black paper mounted to the backs of the canvases to seal in the wood, canvas, and staples that connect them. CanvasWorld applies clear rubber feet to the edges of the dust-jacketed print.

IMG_5434 canvasworld-3

I was beyond pleased with the look and feel of the large panoramic canvas spread. My hope was that the large, high-resolution image would have a certain painting-like quality rather than a hyper-realistic finish, and though the latex inking is precise enough to preserve detail, the overall impression is halfway between a painting and a photograph. CanvasWorld’s output is a little lighter than the original image, blowing out some of the finer coloration in certain spots, but I wasn’t anticipating complete color accuracy.


At an 18″ height by 54″ width, the impact of the originally 34-megapixel panorama is tremendous, with plenty of detail; as noted above, most iPhones and some iPads can produce equally large and detailed panoramas today. Additionally, if you’re willing to apply significant post-processing akin to the Lightroom resizing or Photoshop Paint Daub tools I discussed earlier, this particular medium is your best shot at transforming even a smaller, lower-resolution shot into something worthy of a large canvas.

canvas1-1 canvas1-2 canvas1-3

In terms of visual impact, think of the 8″ by 8″ single-canvas print as roughly akin to a 12″ MacBook or 13″ MacBook Pro in image size — larger than the screen of a full-sized iPad, but roughly the same overall footprint, only square rather than rectangular. The version shown here uses CanvasWorld’s “standard” 3/4″ depth and does not include rear dust covers. At $36, it is the least expensive option the company sells, and the most tolerant of low-resolution or slightly blurry images. The small canvas took roughly two weeks to arrive after my order was placed, shipped separately from and arriving one day ahead of the multi-canvas print. This was faster than the glass Fracture print, but slower than the metal prints.


Although the 8″ by 8″ print is too small to make a dramatic visual impact, it’s a good size for lower-resolution iPhone images, and I really love CanvasWorld’s process. The original photo I submitted was deliberately imperfect with pops of color and subtle textures, each of which CanvasWorld’s process reproduced, though the final image has the slight paint-like flatness I’d hoped to see in a canvas print. It took a photo and made it look like a piece of art, exactly as I’d intended. The only question is how big you want your wall art to be.

More From This Author

Check out Part 1 of this How-To guide here, and more of my How-To guides and reviews for 9to5Mac here! I’ve covered a lot of different topics of interest to Mac, iPad, iPhone, iPod, Apple TV, and Apple Watch users. Don’t forget to click on Older Posts at the bottom of the page to see everything!

Filed under: How-To, General, iOS Devices, Mac Tagged: Canvas, Glass, iPad, iPhone, large-format printing, panoramas, photos

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Jeremy Horwitz

July 13th



Is a Sapphire Glass Apple Watch Even Worth It?

The world’s best—and most expensive—watches all have a sapphire crystal, because sapphire is incredibly hard, making them extremely scratch resistant and almost scratch-proof under normal use. But sapphire is expensive, so most watches instead have a glass crystal, which isn’t as hard or scratch resistant as sapphire, but still holds up.


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Dr. Raymond Soneira - DisplayMate Technologies

June 29th


Analysis explains why sapphire Apple Watch and Edition lag behind glass Sport display outdoors


Apple Watch Sport’s Ion-X Glass display (left) vs Apple Watch w/ Sapphire display (right)

DisplayMate is out with a new report today, this time applying its usual detailed analysis to the different displays that come with the various models of Apple Watch. In case you didn’t know already, Apple is using a sapphire display on its pricier, mid-range collection of Apple Watch, as well as with the higher-end Apple Watch Edition. That’s opposed to the Ion-X glass display on the less expensive, entry-level Apple Watch Sport models. But the report shows a detailed analysis of what many users have already noticed: despite sapphire being more scratch resistant, in many cases the cheaper glass display performs better in terms of screen reflectance and visibility in outdoor lighting:

In the dark both Apple Watch displays appear and perform identically, but in ambient light they appear and perform differently due to the difference in the Reflectance of Sapphire and Glass
 For the Apple Watch Sport with Ion-X Glass we measured the Screen Reflectance to be 4.7 percent, while for the Apple Watch with Sapphire we measured 8.2 percent Screen Reflectance, which is 74 percent higher than with Glass
 The 74 percent higher Reflectance of the Apple Watch with Sapphire means that its screen will reflect almost twice as much surrounding ambient light as the Apple Watch Sport with Glass. And it takes surprisingly little ambient light for that to make a significant visible difference

DisplayMate goes over all of the specifics, including differences between the two displays for reflectance, ambient light performance, contrast decrease in ambient light, color gamut, and view angles, but the image they shared above speaks for itself: the sapphire display on the pricer Apple Watch models doesn’t perform nearly as well in terms of visibility in ambient light. The report notes that the test simulates “moderate outdoor lighting in the shade or an overcast sky.” 

The background is much brighter on the right Sapphire display due to its 74% higher Reflectance compared to the Glass display on the left. The reflected ambient light reduces the image contrast of the white text and graphics, and also the color saturation and vibrancy of the red second hand. The large differences between displays are very obvious and striking.

The report notes that Apple could improve its sapphire displays in the near future to improve reflectance and visibility thanks to new, incoming technologies: “by using some new advanced technologies, the Reflectance of not only Sapphire but also Glass will be reduced significantly in the very near future for some displays, with major implications and improvements for both the visual and optical display performance.”

You can get the full, detailed breakdown of the two displays at DisplayMate.

Filed under: Apple Watch Tagged: ambient light, analysis, Apple watch, DisplayMate, displays, edition, Glass, ion-x, Sapphire, sport

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Jordan Kahn

June 29th



Apple Watch survives remarkably well in kitchen torture test until

The Apple Watch Sport’s Ion X glass has been put through a torture scratch test and we’ve seen it survive 15 minutes under water but now that Apple Watches are being shipped en masse, we’re going to see many full-on torture tests.  The first such test is from Cnet which takes it through some (admittedly unlikely) kitchen destruction scenarios.

The Apple Watch and its white band survived admirably through the gauntlet but you could tell this video was going to end with a broken watch and it finally broke when smashed with a iron skillet. OK, sure. Broken-apple-watch-shattered-gass

I don’t know about you guys but this test gives me a lot of confidence in the Apple Watch, particularly the drops, band stain resistance and waterproofing. Even this broken glass might be easily repairable as shown by iFixit yesterday. 

Filed under: AAPL Company Tagged: Aluminium oxide, Apple watch, CNET, Glass, Sandpaper

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9to5 Staff

April 25th


December 2015
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