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In Depth: Everything you need to know about Google Glass 2

In Depth: Everything you need to know about Google Glass 2

Google Glass 2

It’s official: Google Glass 2 is happening, and your friends will probably still pick on you for wearing it.

After some (well deserved) speculation that Google was axing the revolutionary wearable following the end of its Explorer Program on January 19, it looks like the Mountain View firm is just getting started with Google Glass.

In a Google+ announcement from earlier this year, the Glass team said that it was «graduating» from the testing grounds and becoming a full-fledged team at Google, adding, «we’re thrilled to be moving even more from concept to reality…In the meantime, we’re continuing to build for the future, and you’ll start to see future versions of Glass when they’re ready. (For now, no peeking.)»

Most consumers and possibly Google itself would agree that the first Glass was well ahead of its time. It was a prototype from Google’s top-secret X labs and strived to involve developers heavily throughout its evolution with the Explorer Program.

Google Glass 2

But now, Google is moving beyond the Explorer Edition and developing the next generation of Glass under the guidance of Nest chief executive Tony Fadell. With a new version, rumored to be called the Enterprise Edition, in the works, it seems as though Google sees the Glass as half-full (get it?).

So, let’s dive into everything we know about Google Glass 2, but keep in mind that most of the information out there is still reports and speculation. Find yourself a nice grain of salt and let’s take a look.

Google Glass 2: At a glance

  • What is it? The next version of Google Glass, reportedly called «Enterprise Edition»
  • When is it out? Some reports indicate late 2015, but after being a no-show at Google IO 2015, we may not see it until 2016.
  • How much will it cost? No official indication yet. When it was still available through the Explorer Program, the original Glass cost a hefty sum of $1,500 (about £1000, AU$1344.) However, Google Glass 2 is expected to be substantially cheaper if the company hopes for any shot at mass market success.

The inner workings, brought to you by Intel

Google is aiming to make internal improvements with its next wearable. According to a report from the Wall Street Journal, Google is ditching Texas Instruments and powering Google Glass 2 with an Intel processor. If this is true, Google and Intel may be positioning the new Glass for use in the professional world. Glass could easily find a helpful spot in a myriad of industries, possibly in emergency care and hospitals.

Google Glass 2

Although the report broke several months ago, there is still no sign of which Intel processor Google Glass 2 will use. 9to5Google says the Glass model in development is using an Intel Atom processing chip, but the specific model is unknown.

With a new processing chip, Glass is clearly striving to improve Glass’ battery life, one of the greatest drawbacks in the Google Glass Explorer Edition, as well as boost performance. Greater performance capabilities would certainly sit well with enterprise users.

Subtle, but fancy

Unlike Google’s web browser, there was definitely no going into Incognito Mode when donning the first Google Glass. As soon as anyone put on the sci-fi peepers, they couldn’t help but stick out like Marty McFly’s DeLorean in 1955.

While a good conversation starter isn’t necessarily a bad thing, the second iteration of Google Glass will likely see the company focus on the design to make it fit more seamlessly in today’s society, and a bit less like a live-action episode of The Jetsons.

Google Glass 2

Google confirmed in February that it was working on brand new Glass design from the ground up. Initial reports indicated Google wanted to make Glass 2 look like your everyday glasses and attract less attention. However, as confirmed to the Wall Street Journal, Google has partnered with luxury Italian eyewear maker Luxottica for the new Google Glass design.

With Fadell partnering with jewelry designer Ivy Ross as well as Luxottica, it looks like Google is aiming to make the next Google Glass stand out in a hip, fashionable way, much unlike its predecessor.

Easier on the eyes

Ever spot something off in the corner of your eye, and no matter how hard you try to ignore it, it still nags away at you? That’s basically what wearing the original Google Glass felt like.

Alright, I might be exaggerating a hair, but according to 9to5Google, Google is alleviating this annoyance by making the prism larger, so users can look straight up and see the information they need rather than up and off to the side. The screen itself is apparently getting an upgrade as well, making the vague stare into the upper right corner of space a thing of the past…we hope.

Google Glass 2

It sounds like a nitpicky thing to complain about, but if you’re going to look a little like Star Trek’s Geordi La Forge while waltzing down the street, you should expect a level comfort and functionality.

The Google Glass 2 A-team

Despite Google Glass 2’s disappointing absence from Google IO 2015, an appearance by the wearable is likely right around the corner. Since January, when Google closed the Explorer Program, the tech firm has posted over 20 job listings for positions specific to Google Glass.

This could indicate that Fadell is serious about getting a new innovative Google Glass in the marketplace as soon as is feasible.

However, that doesn’t mean it will be rushed to the public. In a July interview with the BBC, Fadell, considered the father of the iPod, said, «I remember what it was like when we did the iPod and the iPhone. I think [Glass] can be that important, but it’s going to take time to get it right.»

With Glass 2, Google is taking a much more internal approach to developing the final product, and unlike the Explorer Edition will keep prototypes in-house rather than letting developers use them ahead of time. Fadell defended Google’s choice to work from the inside out, telling the BBC that «[the customers] want something that delivers value or you end up with a real disappointment and you can spoil the market.»

Google Glass 2

One thing’s for sure, Google is taking some pointers from competitor Apple on this one, and you probably won’t see this Glass until it’s ready to hit the shelves. But if Fadell can make it half as attractive as the Nest Learning Thermostat, we’re all in for a treat.

Sneak peek at Glass at Work

«Glass at Work» is Google’s initiative of 10 startup companies aiming to help Glass improve and evolve in the workplace, and according to reports from 9to5Google, some Glass at Work partners may have seen a sneak peek of the new Google Glass as far back as October 2014.

Though it’s unclear whether the partners were shown the new model or an older model before the program was placed in Fadell’s care, these reports serve as confirmation that Google is working on bringing us a revamped Glass as soon as possible.

The future with Google Glass

Whether Google Glass 2 will address the issues that plagued the first prototype remains to be seen, but with several new reports on the progression of the new wearable, it’s easy to see that Google wants us to experience the future in a new, revolutionary way.

As further announcements, reports and rumors pour in on the anticipated arrival of Google Glass 2, we’ll keep you up to date every step of the way.


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The biggest computer hardware revolution in a decade just happened

The biggest computer hardware revolution in a decade just happened

Intel and Micron introduced a new type of memory called 3D XPoint, read as 3D Crosspoint. The technology allows memory to move closer to the processor, which the companies claim will allow computers access to large amounts of data even faster than existing 3D NAND.

This leads to faster read and write times. The speed boost is about 1,000 times that of NAND, which is already 1,000 times faster than traditional hard disks. It also has 1,000 times the endurance of current NAND storage and 10 times the density of solid state drives.

3D XPoint

3D XPoint is the first memory architecture breakthrough in 25 years since the arrival of NAND, said Rob Crooke, Senior Vice President and General Manager of Intel’s Non-Volatile Memory Solutions Group, on Tuesday in a small auditorium in San Francisco, California. 3D XPoint can be used for both memory and non-volatile storage.

Intel and Micron

For users, the benefits of 3D XPoint include gaming with faster render times, high fidelity pattern recognition for data analysis and genomics research.

More storage

The need for data storage is only increasing. Intel forecasts that in the next five years, the world will generate 44 zettabytes of data, with each zettabyte consisting of one billion terabytes.

3D XPoint

Crooke says that the architecture brings memory closer to the processor so that users can process data in a useful format. There are 100 billion cells stacked on each chip using a unique switch. The design doesn’t require transistors to arrive at a crosspoint format. The first version contains 128 billion GB on each die spread across two memory layers.

Benefits

As a result, data can be written to the cells individually rather than in block arrays currently. Memory is written at the bit level.

The chips are in production at a joint facility with Intel, according to Adams. «This one is real. It’s in our [fabrication facilities]. And we plan to ship it to our customer.»

3D XPoint

The partners described the 3D XPoint as a new category «in the place it fills in the memory hierarchy.»

When asked to compare 3D XPoint to existing solutions like 3D NAND and DRAM, Mark Adams, President of Micron, said that 3D XPoint should be considered as a whole new class of memory, describing it as «wicked fast storage.»

Even though 3D XPoint can be used for both storage and memory, «you shouldn’t think of this as NAND or DRAM,» Adams cautioned. «We think it will be used as both for different applications and different users.»

Crooke said that 3D XPoint delivers enhanced cycle-ability and better performance. «It’s dense, fast and non-volatile.»

3D XPoint is jointly developed by Intel and Micron, but each company will deliver its own product to market.

The companies would not disclose specifics about the partnership, the materials used to create 3D XPoint or the financial terms. Intel said that the cost for 3D XPoint would be between DRAM and NAND.

Read our coverage of Intel Skylake


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You won’t need to watch the next Super Bowl to see the awesome ads

You won't need to watch the next Super Bowl to see the awesome ads

For the first time, CBS will be livestreaming every commercial that airs during 2016’s Super Bowl 50. No longer will you need to be sitting in front of your TV to see the best, big-budgeted advertisements of the year. Your phone or tablet can do the job, too.

This marks a big change from last year’s game, which aired on NBC. Only 18 of 70 total advertisers elected to air their commercials during the online broadcast, which resulted in online viewers being treated to only a few of the ads during the game. But next year, every ad that appears on TV will also appear online “as close to real-time as possible,” Variety reports.

Securing a spot for a 30-second Super Bowl commercial isn’t cheap. NBC’s asking price for each time slot reached a high of $4.4 million and that doesn’t even include the cost for multi-casting to both TV viewers and online viewers. CBS is going to up the ante for air-time cost during this year’s game to something “north of $5 million.” But the kicker with this deal is that the advertisers can’t opt-out of showing their ads both TV and online. It will cost them more, but every single, glorious ad will be viewable online.

More people than ever watch video on their tablets and phones. And while television networks have had a tough time owning up to that fact, especially as it pertains to how each can calculate and monetize on ratings, this move by CBS is going to make a lot of football and Super Bowl commercial fans happy come February 2016. It’s also going to set a new standard for other broadcast companies to live up to in years to come.

Via The Verge


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