Intel Buys KNO Software

Intel has acquired educational software developer Kno to add to its Education division.

Speaking in the company blog, Intel Sales and Marketing Group VP John Galvin explained that in a world where kids are being bombarded by technology, Intel Education has a mission to support the rollout of technology in the classroom.

Galvin said, “The Kno platform provides administrators and teachers with the tools they need to easily assign, manage and monitor their digital learning content and assessments.”

This acquisition brings Intel’s global digital content library to over 225,000 [higher education] and K-12 titles from 74 education publishers. “We’re looking forward to combining our expertise with Kno’s rich content so that together, we can help teachers create classroom environments and personalized learning experiences that lead to student success,” Galvin added.

Intel Education has been working for the past decade with over 10 million teachers that it has assisted to integrate technology with education.

In the UK alone there have been tremendous strides in educational software over the past 30 years, dating back to the government pledge to provide a computer in every school, which led to the creation of the BBC Microcomputer designed specifically for that purpose.

Today, not only is ICT a dedicated lesson in its own right, but it forms one of the key skills that educators are expected to incorporate into all lesson plans, putting it on a par with English and Maths, showing just how far we’ve come from making Venn diagrams with ascii art.

Source

Will nVidia’s Tegra 5 Go LTE?

The tradition continues. Our sources are confirming that Nvidia’s Logan SoC, possibly called Tegra 5, doesn’t come with an integrated LTE modem. Just like Apple, Nvidia makes a big fast chip with impressive Kepler based GPU, but it won’t put a an icera LTE solution inside the same chip.

Icera i500 is Tegra 5 compatible and it has AT&T certification. As the launch draws near, it should become compatible with other US and international LTE carriers like Verizon and T-mobile.

This should not be a big issue for Nvidia’s target market, manufacturers will have to choose two chips instead of one, a clear competitive disadvantage compared to future Qualcomm chips with Adreno 400 graphics and updated CPU cores, expected in early 2014.

During Nvidia’s recent conference call, CEO Jen Hsun Huang said devices based on the new Tegra 4i with integrated LTE should be announced in Q1 and ship no later than Q2. Jensen also mentioned that people are going to be “delighted by the OEM that it comes from” which is probably his way of of announcing some big brand design wins, but he also emphasised that the designs will be global rather than US. For US success you need CDMA Jensen said, but as far as we know Verizon is the only company using it.

Since Apple can pull of two chip designs from day one, we can only assume that two chip approach won’t cost much battery life compared to single chip design that has LTE on board (Snapdragon 600 and 800 ed. ). However, Nvidia is likely going to be making bets on its Kepler based GPU, expected to be the fastest graphics core ever integrated in a mobile SoC that will rock tablets and some phones around the world. The fact that Logan is likely to pack very powerful graphics sans on-die LTE makes it a bit more interesting for tablets than phones, which is exactly what we saw with the Tegra 4.

We expect to see Tegra 5 devices announced at CES 2014 so early January and with some luck we might see them shipping very early in 2014.

Source

Adobe Data Found Online

A computer security firm has discovered data it says belongs to some 152 million Adobe Systems Inc user accounts, suggesting that a breach reported a month ago is much larger than Adobe has so far disclosed and is one of the largest on record.

LastPass, a password security firm, said that it has found email addresses, encrypted passwords and password hints stored in clear text from Adobe user accounts on an underground website frequented by cyber criminals.

Adobe said last week that attackers had stolen data on more than 38 million customer accounts, on top of the theft of information on nearly 3 million accounts that it disclosed nearly a month earlier.

The maker of Photoshop and Acrobat software confirmed that LastPass had found records stolen from its data center, but downplayed the significance of the security firm’s findings.

While the new findings from LastPass indicate that the Adobe breach is far bigger than previously known, company spokeswoman Heather Edell said it was not accurate to say 152 million customer accounts had been compromised because the database attacked was a backup system about to be decommissioned.

She said the records include some 25 million records containing invalid email addresses, 18 million with invalid passwords. She added that “a large percentage” of the accounts were fictitious, having been set up for one-time use so that their creators could get free software or other perks.

She also said that the company is continuing to work with law enforcement and outside investigators to determine the cost and scope of the breach, which resulted in the theft of customer data as well as source code to several software titles.

The company has notified some 38 million active Adobe ID users and is now contacting holders of inactive accounts, she said.

Paul Stephens, director of policy and advocacy for the non-profit Privacy Rights Clearinghouse, said information in an inactive database is often useful to criminals.

He said they might use it to engage in “phishing” scams or attempt to figure out passwords using the hints provided for some of the accounts in the database. In some cases, people whose data was exposed might not be aware of it because they have not accessed the out-of-date accounts, he said.

“Potentially it’s the website you’ve forgotten about that poses the greater risk,” he said. “What if somebody set up an account with Adobe ten years ago and forgot about it and they use the same password there that they use on other sites?”

Source

Africa To Lead Global Bandwidth Demand

Africa’s demand for Internet access to the rest of the world will grow by an average of 51 percent every year until 2019, ahead of all other regions, according to a forecast by research company Telegeography.

Rapid economic growth and wider Internet use will drive the increase in demand, which will be met mostly by turning on unused capacity in existing cables, according to Telegeography analyst Erik Kreifeldt. Terrestrial links are in demand partly because much of Africa still relies on satellite, which is far more expensive per bit than wired broadband, he said.

Most Internet bandwidth between continents is provided by undersea cables built and financed by groups of service providers. From Africa, most of those links go to Europe. Other carriers pay to tap into those cables and link their customers to the Internet. In some parts of Africa, running cables from coastal areas to the interior is a challenge so satellite remains the major Internet source, Kreifeldt said.

The capacity of international cables landing on African shores is just a fraction of the bandwidth available between Europe, the U.S. and Asia. After seven years of the growth that Telegeography forecasts, from 2012 through 2019, Africa will have 17.2Tbps (bits per second) of links to the outside world. That’s up from just 957Gbps in 2012 but will still be only about one-quarter of the international capacity of Latin America and less than that of Canada, according to Telegeography.

The hunger for the Internet varies among African countries. Through 2019, bandwidth demand is expected to grow fastest in Angola, at 71 percent per year; Tanzania, at 68 percent; and Gabon, at 67 percent.

Many new cables have been built to Africa and around the continent in the past several years, giving service providers excess fiber capacity that can be turned on when needed, Kreifeldt said. As that fiber gets lit up and supply rises, prices should fall for enterprises and other users in African countries, he said. However, due to relative scarcity, a given amount of bandwidth between Africa and Europe costs about 10 times as much as the same size connection between Europe and North America, he said. Africa’s bandwidth gains aren’t expected to shrink that gap.

Source

Amazon Debuts Cloud-based Transcoding Service

Amazon Web Services has rolled out the option to use its Elastic Transcoder for audio-only conversions.

Amazon Elastic Transcoder was developed to offer an easy and low-cost way to convert media files from their source format into versions that will play on devices like smartphones, tablets and PCs.

The new feature lets anyone use Amazon Elastic Transcoder to convert audio-only content like music or podcasts from one format to another. Users can also strip out the audio tracks from video files and create audio-only streams. An option that, for example, can be used to create podcasts from video originals that are compatible with iOS applications that require an audio-only HTTP Live Streaming (HLS) file set, Amazon said.

The output from Elastic Transcoder is two-channel AAC, MP3 or Vorbis. Metadata like track name, artist, genre and album art is included in the output file and users can also specify replacement or additional album art.

Users of the service pay for the length of their converted content. For audio-only transcoding, prices start at $0.0045 per minute. That compares to the video version, which costs from $0.015 per minute for standard definition content and $0.03 per minute for high-definition clips, according to Amazon’s website.

For users who want to try out the service, the AWS Free Tier offers up to 20 minutes of free audio output per month. The service was announced for video in January and is still tagged as a beta.

Source

Sharp Shows MEMs

Sharp on Monday unveiled its latest prototypes of a new kind of display screen that it says brings several advantages over today’s liquid crystal display (LCD) screens.

The screens, called microelectromechanical systems (MEMS) displays for the tiny moving parts they contain, are being developed by the Japanese company in partnership with Qualcomm and were on show at the Ceatec electronics show just outside of Tokyo.

Behind each pixel in a MEMS display is a backlight that flashes red, green and blue in fast succession, and in front of it is a tiny shutter can be opened to let light through.

Synchronized to the backlight, the shutter can control the amount of each color of light allowed through. The eye perceives these flashes as the desired hue.

In contrast, today’s LCD screens create colored pixels using three filters. The filters swallow about two thirds of the brightness of the backlight before it leaves the display, said Akira Imai, deputy general manager of Sharp’s new business development center.

The MEMS display can allow all the light through, so the intensity of the backlight can be reduced using less power for the display, said Imai.

In a portable gadget, the screen often consumes more power than any other component, so reducing its demands can have a big impact on battery life.

The screens on show at Ceatec were 7-inch models with 800 pixel by 1,280 pixel resolution. The colors were bright and the screen image was sharp, although people viewing the screens did tend to see a brief flash of red, green and blue pixel each time they turned their eyes away from the display. That’s something Sharp is working on, said Imai.

Sharp also showed a version of the screen working in several low power modes.

The development work with Qualcomm began earlier this year when the U.S. company said it would invest $120 million into Sharp. The money, which was invested in two parts, was accompanied by Qualcomm’s MEMS expertise. Sharp has a long history in flat-panel display technology, especially LCD, and has recently been working on a new type of display called IGZO, on which the MEMS display is partly based.

Source

More OEM’s Seeking nVidia

As expected and announced, Zotac has now “joined the mobile gaming revolution” with the new Tegra Note 7 tablet and will be one of a handful of Nvidia partners that will sell it in both Europe and Asia-Pacific region for US $199.

In case you missed it yesterday when it was officially unveiled by Nvidia, the Nvidia Tegra Note 7 is based around a 7-inch 1280×800 IPS display and powered by Nvidia’s own Tegra 4 SoC with quad-core Cortex-A15 CPU and 72-core Geforce GPU paired up with 1GB of memory. It also packs some neat features exclusive to Nvidia, including a stylus with Nvidia DirectStylus technology as well as the 5-megapixel rear main camera backed by Chimera computational photography architecture revealed earlier by Nvidia. The camera will have support for both HDR as well as slow-motion video.

Unfortunately, Zotac did not announce the precise launch date so we are still stuck with Nvidia’s October time-frame and we are still to see the price of the new Tegra Note 7 in Europe.

Source

Are More Firms Moving To Tegra 4?

A curious rumor is coming out of Taiwan this morning. Nvidia is reportedly seeing more Tegra 4 orders, boosted by the Xiaomi Mi3 smartphone, Surface RT 2 and new tablets from Asus, Toshiba and HP. The source is Digitimes, or its moles in the “upstream supply chain” to be specific. Specific is not the word usually associated with such sources and we have no specific numbers to report.

However, while Nvidia is seeing a bit more interest for Tegra 4 it simply has no high-volume design wins and shipments will remain low until it is eventually phased out in favour of the Tegra 5. We wrote about Nvidia’s Tegra 4 volume woes last month, here.

The Tegra 4 still has just a handful of design wins and the fact that most of them are high-end tablets is not encouraging at all. Not much has changed since our previous report, although Nvidia did manage to land a single smartphone design win, albeit not a major one.

We still believe Tegra 4 shipments will be modest at best and new Android tablet design wins will not help much. Neither will the Shield and Tegra Note tablets.

Source

HTC Exec Leaks Trade Secrets

Three HTC Corp design executives were arrested on suspicion of illegally sharing trade secrets, sending the Taiwanese smartphone maker’s shares tumbling as its troubles deepened amid a wave of senior staff departures and disappointing sales.

Taipei prosecutors confirmed that HTC vice president of product design Thomas Chien, research and development director Wu Chien-Hung and senior manager of design and innovation Justin Huang were arrested on Friday.

Chien and Chien-Hung remain in custody, while Huang was released on bail, prosecutors office spokesman Mou Hsin Huang said.

The executives were also accused of making false commission fee claims totaling around T$10 million ($334,200). No further details about the allegations were immediately available.

The arrests came in response to a complaint filed by HTC last month accusing the executives of leaking trade secrets.

HTC declined to comment except to say the investigation had no impact on its operations. Chien and Chien-Hung could not be reached and Huang was not immediately available to comment.

Media reports citing the police said the executives were planning to use stolen new interface technology to set up a new mobile design company aiming at Chinese vendors.

Rocked by internal feuding and executive exits, and positioned at the high end of a smartphone market that is close to saturation, HTC has seen its market share slump to below 5 percent from around a quarter five years ago.

Source

Will The Tegra Processor Pay Off?

Last year Nvidia’s Tegra gamble seemed to be paying off nicely, but the insanely competitive SoC market moves fast and all it takes for things to go badly wrong is one botched generation. The Tegra 4 was late to the party and Nvidia eventually ended up with a big and relatively powerful chip that nobody wanted.

In its latest earnings call Nvidia made it clear that revenues from Tegra are expected to decline $200 to $300 million this year from about $750 million last year. Even this seems like a relatively optimistic forecast. Tegra 3 ended up in quite a few high-volume products, such as the Nexus 7, HTC One X, LG Optimus X4 and a bunch of other phones and tablets. On paper, Tegra 4 will end up with a similar number of design wins, maybe even more, but nearly all of them are low-volume products.

At the moment there are only a handful of Tegra 4 products out there. These include HP’s Slatebook 10, Toshiba eXcite Pro and eXcite Write tablets and Nvidia’s own Shield console. Nvidia’s 7-inch Tegra Tab is also on the way, along with the Surface RT 2. Some Chinese vendors like ZTE are also expected to roll out a Tegra 4 phone here and there, but the chip won’t end up in any big brand phones.

Nvidia does not release any Tegra unit shipment info, so we can only guess how many Tegra 3 and Tegra 4 chips are out there, but it doesn’t take much to realise Tegra 4 is a flop. Shipments of the original Nexus 7, powered by the Tegra 3, are estimated just north of six million units. Surface RT shipments were abysmal. Earlier this year analysts put the figure at just 900,000 units after a full quarter of sales. Microsoft eventually took a massive write-down on its Surface RT stock. LG and HTC didn’t reveal any shipment figures for the Optimus 4X and HTC One X, either. HTC shipped about 40 million phones last year, while LG managed about 27 million. We can’t even begin to estimate how many of them were flagship products powered by Tegra, but the number was clearly in the millions.

This time around Nvidia can’t count on strong smartphone sales, let alone the Nexus 7 and Surface RT. Even if it scores high-end tablet design wins, the truth is that high-end Android tablets just aren’t selling well. Nvidia needed high-volume design wins and Android tablets just won’t do the trick. Qualcomm is in the new Nexus 7 and the HTC One. Back in May analysts reported that HTC One sales hit the 5 million mark in the first two months of sales, although shipments have slowed down since then. Millions of Snapdragons found a home in the HTC One and millions more will end up in the new Nexus 7.

Nvidia’s talk of a $200 to $300 million hit this year doesn’t exactly paint the full picture. Tegra 3 shipments in the first two quarters of 2013 were modest, but relatively good. However, nothing took its place and the true extent of the Tegra 4 flop will only become visible in the first quarter of 2014 and beyond. The big hope is that the Tegra 4i and Tegra 5 will start to come online by then, so the numbers for the full year won’t be as terrible, but it is abundantly clear that Nvidia cannot afford another Tegra 4.

As for Nvidia’s Tegra Tab and Shield, they might do well. Nvidia knows a thing or two about hardware, but even if they prove successful, they just won’t be enough, at least not in this cycle.

Source

« Previous Page — Next Page »