Nothing says “I love you” more than the gift of digital books. Or at least, that’s what I tell my wife when I want a new e-reader. Anyone looking for a last-minute Valentine’s Day gift should take a look at Amazon today: The online retailer—as well as other retailers like Best Buy—are selling the Kindle lineup for $20 off.
You can pick up the base Kindle for $60, the Paperwhite (Wi-Fi) for $100, and the Kindle Voyage (Wi-Fi) for $180. Note that these prices are for the models that display “Special Offers”: aka advertisements. You’ll have to pay $80, $120, and $200 (respectively) for the ad-free versions.
If an e-ink reader isn’t to your liking, the Android-based Fire and Fire Kids Edition tablets are also on sale. You can get $10 off a Fire tablet, or $20 off either a Fire tablet two-pack or a Fire Kids Edition tablet.
Of the bunch, our recommendation is of course the Paperwhite. It’s currently our top pick for best e-reader, and it’s back at the lowest price we’ve seen for it. While it lacks some of the luxury features of the Kindle Voyage—like PagePress, which allows you to turn the page by pressing on the bezel, as well as auto-adjusting screen brightness—the Paperwhite still offers a crisp 300ppi display and an manually adjustable light for reading in darker environments. Most people should find it a solid, satisfying e-reader.
“Every gamer is going to want to have 3D Xpoint. Every single gamer.”
Those were words from Intel’s CEO Brian Krzanich when updating investors on the company’s Optane technology, which the chipmaker believes could ultimately replace SSDs and DRAM in PCs and servers.
Intel is now shipping the first-generation Optane but is also working on next-generation technologies as looks to increase density in this new class of storage and memory.
Intel says Optane is significantly denser and faster than SSDs and DRAM. It is based on a technology called 3D Xpoint, co-developed with Micron.
The chipmaker looks at Optane as the Moore’s Law of storage. With future generations, Intel wants to make the memory smaller, denser and cheaper, and that’s driving the development of Optane.
That’s good news for users. Initial Optane SSDs may be expensive, but prices will go down as the manufacturing cost-per-bit is driven down. Storage will be faster as Optane will bring data closer to the CPU.
Intel has talked about some uses for Optane. Games will run faster with chapters pre-loaded in Optane SSDs. Optane could also be used for analytics and machine learning, which need to move data in and out of storage faster. Intel’s ultimate goal with Optane is to unify memory and storage, but that goal could still be a long time out.
Micron is also delivering its own brand of 3D Xpoint products under the QuantX brand. Last week Micron said it is also working on its future 3D Xpoint technologies.
Intel’s low-capacity Optane will be available for laptops in the second quarter. The company has already started shipping the first Optane DIMMs for testing.
The company has also qualified and shipped the first test Optane SSDs to data centers, Rob Crooke, senior vice president and general manager of the Non-Volatile Memory Solutions Group at Intel, said during a speech Thursday at the company’s investor day meeting.
Enterprise SSDs are typically high in capacity. Memory and storage for enterprises based on 3D Xpoint will disrupt DRAM and SSDs in servers, said Diane Bryant, executive vice president and general manager of the Data Center Group at Intel.
Intel’s projections for Optane in 2017 are modest. Crooke characterized it more as an “investment year,” with money being poured into factories and research. The total 2017 revenue will be less than 5 percent of Intel’s storage revenue.
Storage and memory aren’t major revenue generators for Intel, totaling just US$816 million in the fourth quarter of 2016. Total Intel revenue for the quarter was $16.4 billion, with a bulk coming from PC and server chip sales.
A Microsoft lawsuit against the U.S. Department of Justice over indefinite gag orders attached to search warrants can proceed, following a federal judge’s ruling on Thursday.
The tech titan sued last year to end the government’s practice of indefinitely blocking it from informing customers of search warrants for their information. Microsoft alleged that such orders violate its First Amendment frees speech rights and the Fourth Amendment privacy rights of its users.
The Justice Department argued that Microsoft couldn’t bring either of the claims in a motion argued in front of the judge two weeks ago.
Judge James Robart from the U.S. District Court for the Western District of Washington said Microsoft’s First Amendment claims could proceed, but its Fourth Amendment claims could not.
Microsoft said that it was pleased with the ruling. The DOJ did not immediately respond to a request for comment.
“We’re pleased this ruling enables our case to move forward toward a reasonable solution that works for law enforcement and ensures secrecy is used only when necessary,” Microsoft President and Chief Legal Officer Brad Smith said in an emailed statement.
At issue in the case are gag orders allowed by a section of the Electronic Communications Privacy Act, which allows the government to indefinitely prohibit a cloud vendor like Microsoft from telling one of its users about a search warrant for their digital information.
Robart said Microsoft had standing to continue with its argument that the gag orders are an unconstitutional prohibition on its speech. However, because of legal precedent, Microsoft could not assert a Fourth Amendment claim on behalf of its users, the judge said. That decision presents a conundrum, as Robart noted in his opinion.
“As Microsoft alleges, the indefinite nondisclosure orders allowed under [the law] mean that some customers may never know that the government has obtained information in which those customers have a reasonable expectation of privacy,” he wrote.
It’s been a busy month for Robart. He issued a restraining order blocking parts of President Donald Trump’s executive order banning immigration from seven countries with large Muslim populations.
Not sure what your phone is collecting about you? A free Android app is promising to simplify the privacy settings on your smartphone, and stop any unwanted data collection.
The English language app, called Privacy Assistant, comes from a team at Carnegie Mellon University, who’ve built it after six years of research studying digital privacy.
“It’s very clear that a large percentage of people are not willing to give their data to any random app,” said CMU professor Norman Sadeh. “They want to be more selective with their data, so this assistant will help them do that.”
Their Privacy Assistant is designed to automatically modify your phone’s privacy settings for you, based on your views about certain types of data collection.
For instance, when the app first starts up, it’ll ask you three to five questions to gauge your privacy preferences. How do you feel about your social media accessing your camera? Or what about game apps pulling your location data?
From those answers, the app will recommend a particular set of privacy settings you should consider. Users can then approve the recommendations or alter them, accordingly.
The assistant may sound enticing, but it comes with a catch. The software only works with Android 5.x and 6.x phones that have been rooted — which most Android users haven’t done.
Rooting a phone means gaining root access to the Android operating system, opening it up to full customization. But the act can also void your phone’s warranty or brick the phone, if done improperly.
Computer scientists at Carnegie Mellon have previously published research, showing that users are often alarmed when they learn their smartphone apps have been collecting their private data like locations.
Users, however, can face a cumbersome task when modifying their phone’s privacy settings or the app permissions.
“A typical Android user has between 50 and 100 apps, and these apps can require three permissions,” Sadeh said. “So you do the math, and the number of permissions can be overwhelming.”
Many apps are also collecting private user data when they don’t really need it, he said. The Privacy Assistant is designed to revoke those permissions, without causing any malfunctions with the offending app.
As the user downloads more software, the Privacy Assistant will continue to work in the background, recommending what new app permissions should be approved or denied.
With root access, the CMU team’s Privacy Assistant app is able to automatically apply new permission settings to the phone. However, Sadeh estimates that only about 25 percent of all Android smartphones in the world are rooted and many of those are located in Asia.
He doesn’t recommend people root their phone just to use this app. But Sadeh believes his team’s Privacy Assistant will attract a “sizable population” of existing users who are concerned about their online privacy.
The app is also part of the researchers’ larger efforts to streamline privacy settings. The hope is that Google, Apple, and device manufacturers will notice the benefits offered by their Privacy Assistant and incorporate the technology into their products.
Google is among those funding the university’s work on online privacy, Sadeh said.
“People like this stuff,” he added. A smartphone manufacturer “would have an advantage over your competitors if you ended up putting this on the smartphone you sell to customers.”
With Intel’s forecasts projecting the PC could be the smallest moneymaker five years from now, the company has gone “data center first”—giving Intel’s server business first crack at new manufacturing technologies.
It’s another sign of massive change within Intel, as the traditional PC business is shoved to the side. In a slide presented during Intel’s investor day on Thursday, the company showed off how the total available market (TAM) for its PC CPU business was just $30 billion or so, less than half that of the data center.
The TAM, as its known, projects the maximum available revenue Intel could pull in if it owned the entire market—which won’t happen. It’s an excellent guide to which segments Intel is prioritizing, however: the data center, non-volatile memory like flash and its new Optane, plus mobile communications and various embedded segments.
Historically, if Intel jumped ahead to a new manufacturing technology, its PC chips would get first crack. Now, Intel’s premium fab lines are reserved for the Xeon and other chips being shipped to cloud providers and the data center. “It’s a big deal,” according to Intel’s data center chief, Diane Bryant.
This is Intel putting its money where its mouth is. Venkata Renduchintala, president of the Intel Client and Internet of Things businesses and Systems Architecture Group, spoke glowingly on Thursday of how the PC business grew revenue as PC shipments declined. (Last week, Kim Stevenson, who was second-in-command, left after six months on the job.) But the cloud and the chips that power them are headed in the opposite direction: up. It may be unfair to characterize funding the PC business as throwing good money after bad, but that’s a bit of what’s going on here.
“2016 was probably the biggest year of transition in Intel’s history,” Intel’s chief executive Brian Krzanich said in introducing the company’s investor day, which familiarizes Wall Street with the various components of Intel’s businesses.
Intel used to be a fairly simple company: It manufactured chips for the laptop PC, the desktop, as well as for servers. Today, its core microprocessor business is complemented by forays into memory, networking, the Internet of Things, wireless communications, even software. “All of the things we do either produce or require large amounts of data,” Krzanich said.
Intel’s always had a strong interest in the server market, and a quick look at Intel’s price list shows why: Desktop Core chips command $300 or so apiece, while a single Xeon chip for servers can be priced up to almost $9,000.
That’s paid off in the “data center first” strategy. As part of Krzanich’s restructuring, “each of the functional groups inside of Intel look at their business and their investments and their strategies, in the context of making the data center a priority,” Bryant said. “And that includes being first to launch on a next-generation process technology node, and that’s a big deal.”
For what Bryant called the upcoming “10-nm+” node, as well as the 7-nm manufacturing node to follow, Intel’s data center chips will be first on those lines. Historically, it simply wasn’t possible for the Xeon to be first onto the new technology, as Intel couldn’t ship enough chips to justify the cost. The massive size of Xeon chips also meant a higher risk, as the inevitable manufacturing defects of a new process could ruin the finished product. Now, with a modular packaging structure in place, Intel can afford to shift to its data center-first strategy, she said.
That doesn’t mean the PC is dead, but it isn’t commanding the lion’s share of attention at Intel anymore.
Renduchintala opened his presentation by essentially bragging that Intel had raised its operating profits by 30 percent as the PC market declined. Part of that, he said, was thanks to fat-margin Core i7 chips, which hit an all-time high in percentage of Intel’s total CPU sales. Renduchintala said he expected that trend to continue. Intel has previously identified virtual reality as a key driver for the industry, and in one VRMark benchmark, the company found that VR performance improved by 36 percent when moving from a Core i3 to a Core i7.
Renduchintala didn’t offer much in the way of a PC roadmap, but he did confirm that Intel’s upcoming Cannonlake chips will deliver a performance improvement of more than 15 percent compared to its Kaby Lake chips, based on the Sysmark benchmark.
Unfortunately, Intel also failed to provide a roadmap for its Optane product, which Intel has said could revolutionize the PC by serving as a lightning-quick source of local storage. Rob Crooke, Intel’s memory chief, said Intel was already working on its first three generations of its Optane technology, and it’s apparently shipping to data center customers. But there was no word on pricing for PC customers.
Kraznich, though, spoke glowingly of Optane’s desktop future. “Every single gamer is going to want 3D Xpoint,” the technology underlying Optane, he said. “Every single gamer.”
Apple’s iCloud appears to have been holding on to users’ deleted internet browsing histories, including records over a year old.
Moscow-based forensics firm Elcomsoft noticed it was able to pull supposedly deleted Safari browser histories from iCloud accounts, such as the date and time the site was visited and when the record was deleted.
“In fact, we were able to access records dated more than one year back,” wrote Elcomsoft’s CEO Vladimir Katalov in a Thursday blog post.
Users can set iCloud to store their browsing history so that it’s available from all connected devices. The researchers found that when a user deletes that history, iCloud doesn’t actually erase it but keeps it in a format invisible to the user.
The company discovered the issue with its Phone Breaker product, a forensic tool designed to streamline the extracting files from an iCloud account.
Keeping a copy of a user’s browser history can certainly be “invaluable for surveillance and investigations,” Katalov said. But it’s unclear if Apple knew that its iCloud service was storing the deleted records.
On Thursday, Apple didn’t immediately respond to a request for comment but since Elcomsoft’s blog post went live, Apple appears to be “purging” older browser history records from iCloud, the forensics firm said.
“For what we know, they could be just moving them to other servers, making deleted records inaccessible from the outside,” the blog post said. But now only deleted records as old as only two weeks can be extracted, the company said.
Elcomsoft has previously found that Apple was saving users’ call history to iCloud, but offering no explicit way to turn the synching on or off. At the time, Apple responded that its call synching function was designed for convenience, allowing customers to return phone calls from any device.
For users concerned about their privacy, Elcomsoft said that they can opt-out of syncing their Safari browsing history from iCloud.
Collaboration has come a long way from projectors, cable adapters and that long wait for the presenter to make the slides fit on the screen.
Cisco Systems made a splash last month with the Spark Board, a meeting-room screen that acts like a giant iPad running the company’s cloud-based collaboration service. But other vendors are streamlining meetings too, including Google, Microsoft, and a number of startups.
One of these, Silicon Valley-based Prysm, offers a wider range of displays than the Spark Board does and will soon let users connect its meeting-room systems with screens from many third-party vendors.
Prysm Visual Workplace is a shared cloud workspace where multiple users can drag videos, documents, presentations and other content. Like Spark, it also includes group whiteboarding. It’s one of many systems that are bridging the gap between in-person meetings and cloud-based collaboration.
On Tuesday, Prysm announced Visual Workplace is now compatible with most meeting-room displays based on recent technology. The company’s hardware consists of separate appliances and displays, and customers will now be able to plug third-party displays into the Prysm appliance. The company recommends using screens with 4K or UHD resolution LCDs, a Display Port 1.2 connection and a USB 2.0 touch sensor interface.
The idea is to let customers buy displays that suit their particular needs or keep screens they already own, said David Schweer, director of product marketing.
Also Tuesday, the company announced new features in Visual Workplace to make the product easier for more participants to use.
Live Source Streaming will let users anywhere on Windows, Android, Mac and iOS devices bring live content directly onto a shared workspace. Until now, they have had to import the content to a repository first.
Wireless Screen Sharing is a way for participants sitting in a meeting room to share content on the big screen without a wired connection. This feature can be used for Live Source Streaming. It’s similar to the way in-person users can share wirelessly to the Spark Board.
Prysm also announced enhancements to Quick Start, its feature for connecting to a screen without logging in. The new features will be available worldwide by the end of March, Prysm said.
Cisco’s Spark Board, already shipping in a 55-inch model , is also a shared, big-screen client in a cloud-based collaboration system. Cisco has a bigger name but Prysm has bigger screens: Customers can get Prysm touchscreens as large as 190 inches. There are also 85-inch, 98-inch and 117-inch models, plus the new option to use third-party displays.
That stupendously big 190-incher, by the way, is designed for “customer experience centers” and starts at a cool US$175,000.
This story has been corrected with Prysm Visual Workplace as the name of Prysm’s product.
DVD drives may be a thing of the past, but the past could pay you $10 via a proposed settlement from a class-action suit.
If you purchased a DVD-ROM, DVD-RW or combination drive between April, 2003 and December 31, 2008, a collection of DVD drive manufacturers have tentatively agreed to pay you $10 per drive, whether you purchased the drive as part of a PC or by itself. You’ll simply need to visit the claim site and testify (under penalty of perjury) that you indeed purchased those drives within the given time period, and live in one of the 23 states (plus the District of Columbia) covered by the suit. The deadline to file is July 1.
Though the optical drive market continues to decrease—“the physical disk format is somewhat obsolete in the era of content streaming,” IDC wrote last year—that wasn’t the case fourteen years ago, when virtually all software was distributed via DVD-ROM. Fortunately, the settlement site isn’t asking for proof of purchase yet, but it reserves the right to do so. Filing a claim can take literally seconds, but don’t hold your breath—you’ll probably receive compensation, but there’s no guarantee.
Simply put, a group of 23 plaintiffs sued virtually every DVD drive manufacturer, alleging that they collectively conspired to keep drive prices higher than they normally would be, in violation of antitrust laws. Though the defendants denied they did anything wrong, several—Hitachi-LG, Panasonic, NEC, and Sony—settled and agreed to pay a collective total of $124.5 million into four separate settlement funds.
If you do submit a claim, however, the chances of receiving your settlement soon are slim. That’s because seventeen more defendants, including various subsidiaries of BenQ, Philips, Samsung, TEAC, and Pioneer, have yet to settle, and the suit will continue until all of the claims are resolved.
“Because other defendants remain in this litigation, the plaintiffs are proposing that distribution of the settlement funds not occur at this time,” the settlement site reads. “This is to save the expenses associated with distribution.”
In fact, the settlement hearing to finally approve the Hitachi-LG-Panasonic-NEC-Sony agreement will be held on December 8. After that, payments may begin—which means that you’ll probably receive your $10 or less a year from now. Yes, less: Payments will be “up to” $10 per drive, according to the claims site.
You should probably treat the settlement like one of those “print out your own rebate” slips from the turn of the century. Even under the best of circumstances, chances are you’ll have totally forgotten about your $10 windfall by the time the check arrives.
Use of computer or laptop or tablet is increasing day by day. People either in profession or in business, preferring use of computer or laptop to maintain their records, database and other important documents. Any type of data o file like excel file, document file, presentation, video, audio or image will be save in the computer easily and will be accessible for everyone without having any problem. People think that it is easy to save data on computers instead on paper this is the main reason that they are relying on computer or laptop. But, computer or laptop does not provide you full guarantee that your data or file will secure all time. Computer is a device and it may also damage. If your computer is damaged due to any reason, it will directly affect your stored data.
Your stored data may be damaged with reasons like:
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Data may be inaccessible to you if you have accidentally deleted data or format your secondary storage device. It may create problem for you if you did not have your data with you. Recovering your lost or inaccessible or deleted data in more important and you will have to find solution how you can get back your data to you. No need to take such problem as solution of every problem is available. You can recover your lost data or files using data recovery software or file recovery software. Number of websites or companies is available on the internet that gives you opportunity to get back your data or files.
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The Bluemix platform is build using open source technologies such as the Cloud Factory, Openstack and Docker containers.
What the course is about?
This course enables the participants how to use the cloud technology and the micro services for their application development. In this course, the candidates will learn about how to develop the cloud-based applications. By learning this course, the candidates will gain the knowledge about cloud technologies and how to apply the cloud platform to open source technologies.
The IBM Bluemix course in Noida teaches the candidates all about developing, hosting and managing the cloud applications on the IBM BluemixPaas platform. At the end of this course, the participants will be able to create a live Bluemix application on the Java or NodeJS platform.
At the end of this course, the participants of this course will obtain a certification states that the participant is an “IBM Certified Cloud application Developer”. This certification will help the candidates to find better career chances in the cloud platform.
Who can take this course?
This course can be taken by,
Developers those who want to become a cloud application developer
Architects those who want to extend their knowledge
Professionals those who are interested in learning IBM Bluemix
In this course, the candidates will be provided the basic knowledge about the IBM Bluemix platform. The participants will learn how to use the BluemixDevops features for Agile and Scrum planning. They will also learn the automation of delivery pipeline for the development of cloud applications.
The IBM Bluemixfor app development will provide the best practices for the development of cloud-based applications. This course would provide the basis for comparative analysis with competing cloud offerings such as the Amazon, Microsoft azure etc.
The benefits of learning this course
The candidates will be able to work on the IBM Cloud platform applications
The candidates can able to develop applications on IBM Bluemix using Java and NodeJS concepts
The candidates can able to deploy and manage the applications on IBM BluemixPaas
The candidates will be able to understand about the Docker container technology
The participants will be able to create and manage the simple container images
Exact Audiences for this Course
This course immensely helps the developers those who are looking to become a cloud-based application development professional.
This course is best suited for the architects those who want to implement their architecture knowledge to the cloud applications.
Architects pursuing the IBM Certification
Professionals those who want to do a certification in IBM Bluemix platform
And people those who want to do a certification in the Cloud platform application development
What are the requirements for this course?
The prerequisites for this course are as follows,
The basic knowledge of Java
The conceptual knowledge of Cloud, Iaas, Paas and Saas
Basic knowledge of softwaredevelopment
Some conceptual knowledge of software building processes
The ability to understand the Internet domains and URL’s quickly