Nokia

Showing posts with label Nokia. Show all posts
Showing posts with label Nokia. Show all posts

Monday, 28 April 2014

Microsoft Acquisition Of Nokia Devices Business Complete


Microsoft’s $7.2 billion acquisition of Nokia’s devices and services business has been completed. Nokia confirmed the completed transaction in a press release, noting that it has “completed the sale of substantially all of its Devices & Services business to Microsoft” (using the same phrasing it has deployed throughout the process).

Nokia said it expects the final price-tag to be “slightly higher” than the original figure of €5.44 billion given when the deal was announced last September due to the transaction being “subject to potential purchase price adjustments”:

The estimate of the adjustments made for net working capital and cash earnings was slightly positive for Nokia, and we currently expect the total transaction price to be slightly higher than the earlier-announced transaction price of EUR 5.44 billion after the final adjustments are made based on the verified closing balance sheet.

Another adjustment is to the terms, with Nokia’s manufacturing facilities in Chennai in India and Masan in Korea not transferring to Microsoft. Nokia has been facing ongoing tax proceedings in India which was presumably holding up the deal — hence the workaround, with Nokia noting that it has entered into a service agreement with Microsoft to produce mobile devices for Microsoft. (Some small irony there then, that Nokia is not technically getting out of mobile-making altogether.)

The release notes that the Korean facility will be closed by Nokia, with the loss of 200 jobs. But Nokia said it plans to extend “elements” of its Bridge Program — which elsewhere gives support to employees who leave the company to set up their own businesses — to staff in Chennai and Masan.

Amid the uncertainty for our employees in Chennai and because of the planned closure of our facility in Masan, Nokia plans to offer a program of support, including financial assistance which would give our employees the chance to explore opportunities outside Nokia starting from a sound financial base. The company plans to bring to Chennai and Masan elements of its Bridge program, which we have made available for employees affected by company changes in other sites.

The transaction’s closing had been delayed slightly by regulatory hold ups (and presumably also the ongoing Indian factory-related tax affair). The two companies had originally said they expected the deal to close in Q1– but last month bumped that time-frame up to April, saying they were still pending approvals in certain markets.

The deal got the green light in China earlier this month, although the Chinese Ministry of Commerce did have some concerns about how Microsoft’s patent licensing practices might change post-acquisition. And required the company to agree to a list of patent-related commitments to grant approval.

Commenting on the completion of the transaction in a statement today Tom Gibbons, Microsoft corporate vice president who is responsible for the Nokia integration, said the advantages it will bring are greater intimacy between the two entities — which have of course been publicly working together on Windows Phones since their 2011 ‘strategic partnership’ announcement — and greater efficiency.

“Customers should see a bunch of great end-to-end experiences that really empower them to have very enjoyable, very comprehensive solutions to things that they want to get done, whether you’re talking about smartphones or feature phones,” Gibbons added. “The feature phone product family coming to Microsoft will start to have more of the Microsoft services shipped on those phones right out of the gate.”
With the deal closed, Microsoft acquires Nokia’s smartphone and mobile phone businesses, its design team, most of its manufacturing and assembly facilities and operations, and sales and marketing support…The acquisition also brings key capabilities around supply chain, distribution, operational processes and systems and skill in managing hardware margins to Microsoft. The unified company will benefit from speedier execution and best-in-class business operations.

It will be interesting to see what Microsoft does with the Nokia X family of smartphones, which are built atop the Android Open Source Project — and sit between Nokia’s feature phones and the full-fat Windows Phone Lumia devices.

Gibbons’ comments about pushing Microsoft services on “feature phones” is opaque on the question of what Microsoft does with Nokia X devices — and whether new CEO, Satya Nadella (pictured below with former Nokia CEO Stephen Elop, who’s now been brought back into the Redmond fold), is willing to give Nokia’s “Lumia feeder” strategy some breathing room (or not).

Wednesday, 10 October 2012

Camera megapixels: Why more isn't always better (Smartphones Unlocked)




It's time to forget megapixels as the measure of smartphone camera performance and pick a new yardstick.

Just days ago, Samsung announced the Samsung Galaxy S III, the global, quad-core, Android Ice Cream Sandwich successor to its best-selling smartphone ever, the Galaxy S II.

CNET readers' reactions were mixed, with several comments that the 8-megapixel camera didn't seem too hot.

Rumors of a 12-megapixel camera leading up to the announcement were partly to blame. It's no wonder that some felt that a perfectly good 8-megapixel spec was taking a step back, especially with the 16-megapixel shooter on the HTC Titan II out in the wild, and Nokia's 41-megapixel 808 PureView, a Mobile World Congress stunner.

Despite the fact that 8 megapixels is pretty standard for a high-end smartphone camera these days, one CNET reader described the Samsung Galaxy S III's camera as "so last year." Never mind that at least one high-end phone, like the Samsung Galaxy Nexus, still touts a 5-megapixel camera.

It isn't that 5-megapixel cameras can't be good, even better than phones with an 8-megapixel count lens; or that we're due for another bump along the megapixel scale. It's that to many shoppers, 5 megapixels just doesn't sound as good as 8, even if the camera produces terrific, knock-your-socks-off shots. And well, if 8 is good, then 12 is better.

The dirty secret lurking behind today's 8-megapixel yard stick for high-end status (and what any photography nut will tell you) is that the megapixel number alone is a poor way to predict photographic performance.

For instance, the original Samsung Focus took some lovely shots on its 5-megapixel camera, while the Motorola Droid Razr's 8-megapixel lens creates disappointing pictures. And the 5-megapixel camera on Apple's iPhone 4 beat out some 8-megapixel cameras on the market and delivered good low-light results.

Of course, that's not to say that bigger can't also be sometimes better. For instance, HTC's One X high-performance 8-megapixel smartphone camera boasts rapid shot-to-shot action, and its Titan II takes 16-megapixel shots of solid quality.

So what's the formula for fantastic photos? It involves an entire camera module that includes not just the size and material of the main camera lens, but also the light sensor behind it, the image processor, and the software that ties it all together.

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The fallacy of megapixel - megapixels camera


Internet Giant Social Media - The fallacy of megapixels

You can start to see that cramming more pixels onto a sensor may not be the best way to increase pixel resolution.

Jon Erensen, a Gartner analyst who has covered camera sensors, remembers when the cell phone industry jumped from 1-megapixel to 2-megapixel sensors.

"They would make the pixel sizes smaller [to fit in more pixels]," Erensen told me over the phone, "But keep the image sensor the same." Erensen similarly used the water analogy, this time swapping "buckets" for "wells."

What ended up happening is that the light would go into the well and hit the photo-sensitive part of the image sensor capturing the light. So if you make the wells smaller, the light has a harder time getting to the photo-sensitive part of the sensor. In the end, increased resolution wasn't worth very much. Noise increased.

The relationship between the number of pixels and the physical size of the sensor is why some 5-megapixel cameras can outperform some 8-megapixel cameras, and why we may not see, or want, a 12-megapixel camera on a smartphone. A slim smartphone limits the sensor size for one, and moving up the megapixel ladder without increasing the sensor size can unnecessarily degrade the photo quality by letting in less light than you could get with slightly fewer megapixels.

Then again, drastically shrunken pixel sizes aren't always the case when you increase your megapixels. HTC's Bjorn Kilburn, vice president of portfolio strategy, did share that the pixel size on the 16-megapixel Titan II measures 1.12 microns whereas it measures 1.4 microns on the One X's 8-megapixel camera. CNET's Josh Goldman points out that this is a small pixel size; however the take-away in terms of this discussion is that the two similar sizes mean that photo quality should be comparable at a pixel-by-pixel comparison.

Unfortunately, most smartphone-makers don't share granular detail about their camera components and sensor size, so until we test them, the quality is largely up in the air. Even if smartphone makers did release the details, I'm not sure how scrutable those specs would be to the majority of smartphone shoppers.

For more information on the interplay between megapixels and sensors, check out the excellent description in CNET's digital camera buying guide.

What about Nokia's 41-megapixel PureView?

Nokia's story behind its 808 PureView smartphone is really interesting. CNET Senior Editor Josh Goldman has written one of the best explanations of the Nokia 808 Pureview's 41-megapixel camera that I've seen. I strongly suggest you read it.

In the meantime, here's a short summary of what's going on.

Juha Alakarhu (pronounce his first name YOO-hah), is head of camera technologies at Nokia, where he works within the Smart Devices team. Alakarhu explained to me that although Nokia has engineered the PureView to capture up to 41-megapixels, most users will view photos as the 5-megapixels default.
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