HTC One X receives Android 4.0.4 Ice Cream Sandwich update with Jelly Bean on the way

It looks as though the HTC One X is on the up – where the Taiwanese smartphone manufacturer did mention that they will be introducing a minor update to the Android 4.0 Ice Cream Sandwich operating system which will deliver a modified version of its Sense UI. Not only that, even better news is HTC’s commitment to bring Android 4.1 Jelly Bean over to the HTC One X. According to a HTC spokesperson, the Android 4.0.4 Ice Cream Sandwich rollout will begin from today onwards in the UK, although timings for the other regions will vary.

HTC’s statement mentioned, “The primary update will include an upgrade to Android version 4.0.4 (Ice Cream Sandwich), in addition to an improved Sense experience which will enable the ability to map menu functions to the ‘recent app’ key — improving visual presentation in non-ICS apps like Facebook — and improve tab management in the browser with a dedicated tab-switching button.”

Do expect additional improvements such as a refined white balance and a continuous auto-focus mode for the camera, not to mention a single sign-on for Facebook across websites and apps. No idea on when Android. 4.1 Jelly Bean update will arrive though, but patience is the best policy.

By Ubergizmo. Related articles: HTC Sense 4.1 for the international One X leaked, Sprint HTC EVO 3D now receiving Ice Cream Sandwich,

Colloidal Display uses soap bubbles, ultrasonic waves to form a projection screen (hands-on video)

Colloidal Display uses soap bubbles, ultrasonic waves to form a projection screen handson 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.

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Colloidal Display uses soap bubbles, ultrasonic waves to form a projection screen (hands-on video) originally appeared on Engadget on Fri, 10 Aug 2012 12:24:00 EDT. Please see our terms for use of feeds.

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Siri’s Grandfather Is One Creepy Old Man [Video]

Even Apple’s Siri, arguably the cutting-edge of synthesized computer voices, sounds incredibly fake. To the point where you’d think that field of research has only been around for about 10 years. But shockingly it dates back to the 1930s—80+ years ago! More »

FTC Lets Facebook Off the Hook With No Fines for Repeatedly Deceiving Users About Privacy [Facebook]

The FTC has accepted a settlement over its allegation that it repeatedly misled its users about privacy. Facebook was accused of telling users they could keep their information private and then repeatedly disclosing it anyway. Facebook won’t take a fine for the privacy violations. Sigh More »

Weiner Bullets are the Most Perverted Ammunition in Existence (Sort of NSFW)

If you’re going to shoot something and have a laugh about it afterwards, then you might want to reach out for these stack of weiner bullets. You can also call them dick bullets, pecker bullets, wanger bullets, rod bullets – but let’s tread lightly on the crude side and just go with ‘weiner.’

These weiner bullets are actually real and they’re probably the most perverted bullets you’ll ever see in your life.

Dick Bullets
At first glance, they might seem like bullets made a bit too long. But upon closer inspection, you’ll discover that it is, indeed, more than what it initially seemed to be.

These bullets were specially made by the specialists over at The Specialists, who were probably bored one afternoon and decided that they’d make bullets more fun by churning them out in the shape of men’s peckers.

Dick Bullets1

Want some weiners of your own to shoot at people? Check out The Specialists’ website or call them at 212-941-7696 (look for Steve).

[via Endo via Obvious Winner]


Sony LT25 “Tsubasa” tipped for Snapdragon S4, 720p display

It’s been a whole five months since Sony released its last flagship Android smartphone, so clearly it’s time for another. Benchmarks have emerged of the Sony LT25 “Tsubasa”, with soruces speaking to Xperia Blog indicating that it will be a smartphone heading to multiple carriers across the world. Both LTE and HSPA+ models of the phone will be offered, with specs said to include a 720p screen, a dual-core Qualcomm Snapdragon S4 processor, and LTE connectivity.

NeNaMark 2 results show that the handset features a 1196×720 display, with the 84 missing pixels taken up by the on screen buttons in Ice Cream Sandwich. An Adreno 225 GPU is also onboard, which means we should be looking at Qualcomm’s extremely popular Snapdragon S4 MSM8960 SoC.

AnTuTu indicates that the clock speed is 1.5Ghz, so Sony’s latest handset should feature the same silicon that HTC and Samsung are using for their phones in the United States. Several carrier variants are in the works too: the LT25c is said to be tailor made for China Telecom, the SO-01E will make an appearance on NTT DoCoMo, the SOL21 will feature on KDDI, and the LT25i and LT25i will be LTE and HSPA+ models for other international markets.

Sony has an event at IFA 2012 lined up, and we’d hazard a guess that it’s where we’ll see this new handset, along with the recently leaked Sony Xperia Tablet. Sony’s event starts on August 29th, and we’ll bring you coverage of all the goodies that Sony unveils on the big day.

[via Unwired View]


Sony LT25 “Tsubasa” tipped for Snapdragon S4, 720p display is written by Ben Kersey & originally posted on SlashGear.
© 2005 – 2012, SlashGear. All right reserved.


Engadget’s back to school guide 2012: mainstream laptops

Welcome to Engadget’s back to school guide! The end of summer vacation isn’t nearly as much fun as the weeks that come before, but a chance to update your tech tools likely helps to ease the pain. Today we’re getting down to the very important business of helping you sift through laptops, and you can always head to the back to school hub to see the rest of the product guides as they’re added throughout the month. Be sure to keep checking back — at the end of the month we’ll be giving away a ton of the gear featured in our guides — and hit up the hub page right here!

DNP Engadget's back to school guide 2012 mainstream laptops

Freshman year of college may no longer be the gateway to the magical world of laptop ownership, but even if you already have a notebook, who can resist a new machine in the spirit of starting fresh when September rolls around? Whether you’re looking for a Core i5 companion to get you through semesters of paper-writing, Facebooking and WoWing, or a super-sleek centerpiece to your bare-bones dorm, there’s a vast playing field of machines to choose from. While sifting through the countless options would surely get you back in the academic research frame of mind, it’s a daunting task. We’re here to take some of the work off your plate with nine solid mainstream laptops that should satisfy every budget.

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Why a Two-Tone Unibody iPhone Makes Perfect Sense [New IPhone]

There’s been much speculation that Apple’s next iPhone will come with a unibody, two-tone design, a significant departure for the company. But fewer people have bothered to ask why. Industrial designer Don Lehman does here for The Tech Block—and comes up with some convincing answers. More »

Mars Curiosity photo size and cameras explained

If you were wondering why the photos coming back to us from NASA‘s Curiosity rover on Mars were so small, you certainly aren’t alone. As Curiosity’s camera project’s manager Mike Ravine explains to the Digital Photography Review, it’s not a matter of being able to put a more high quality camera aboard, it’s the data transfer. While your smartphone is capable of transferring gigabytes of memory a day if you really want it to, the Mars mission is limited to 250 megabits per day – that’s 31.25 megabytes (MB) and NASA certainly wasn’t about to dedicate that whole amount to photographs only.

The Curiosity rover is sending data to Earth in several ways, but only its UHF transmitter is able to push a large enough amount of data back to send images. The next issue was the fact that the same sensor had to work for four different cameras onboard: MAHLI, two Mastcams, and the camera set to capture the machine’s descent to the planet – MARDI. Each of these cameras were built around one single platform so that each of them would not have to be re-tested and qualified for the mission. This way of accomplishing NASA’s goals makes everything less expensive and more dependable in the end.

“We developed all four cameras around a common architecture so the choice of sensor was hedged across all of them. We wanted to be able to capture high frame rates, particularly with the descent camera. We also looked at a 4MP sensor but it would have run around half as fast. And the state of CMOS sensors wasn’t credible in 2004. They’re an interesting option now, but they weren’t then.” – Ravine

Ravine also explains that they were not able to get some of the equipment they’d hoped to be working with approved and on-board in time for the launch, including the 3D video cameras spoken about over a year ago with and by James Cameron.

“They were going to be 6.5-100mm zoom lenses, which would allow us to set them both to the same focal length for capturing stereo images. … We’re going to get some great mosaics with the focal lengths we’ve got, but we’re not going to get the wide-field cinematic moments or the 3D movies from Mars that Cameron wanted” – Ravine

Stay tuned as the Mars mission continues through the coming weeks and into the vast future of space! Check out our timeline below as well to keep up to date on all of Curiosity’s doings, drivings, and photography too!


Mars Curiosity photo size and cameras explained is written by Chris Burns & originally posted on SlashGear.
© 2005 – 2012, SlashGear. All right reserved.


Diablo 3 patch 1.0.4 preview

It was just yesterday that we got a whiff of Diablo 3 patch 1.0.4 heading our way, and since it is still a few weeks away from being released, how about a quick sneak peak or preview to whet your appetite? Co-op gameplay will be given more attention this time around, and although it is being played by many at the moment, co-op games remain in the minority segment. In Diablo 3 patch 1.0.4, playing co-op will remove the averaging aspect in multiplayer games of Magic Find and Gold Find. This means you can take full advantage of your Magic Find stat, as you remain independent of other players in the game. (more…)

By Ubergizmo. Related articles: LeapsterGS from LeapFrog helps you edutaint your kid, The Walking Dead game gets fans on Facebook going,