India's snow-capped terrains

We end this edition with a photograph of Gulmarg by Rahul Kanungo.



Next up is this photograph of the confluence of Indus and Zanskar taken by Arvind Jain.



Yet another photograph from Shubhashish Ghosal, this time of the Tsomorri Lake!



Subhasish Ghosal recently visited Ladakh and sent us this photograph of the Naubra Valley.



The wondrous Leh! A typical scene enroute Stok Palace by Parag Joshi.



A serene picture shot by Satyendra Mishra from Phata in Kedarnath.



Sadhana Sinha shares with us this picture of the serene Betab Valley.



Next up is the picturesque Yumthang Valley in Sikkim shot by Raghu Rao.



Next up is this photograph taken at Solang Valley, about 20 km from Manali by Krishnakumar Menon.



Kishore Reddy shares with us this image taken at Khardung La, one of the world's highest motorable road, during his recent bike trip to Leh-Ladakh.



Jitendra Rai shares with us this photograph he shot at Chang-La in April.



Next up is Hemant Sapkal's photograph of the snow-capped Lachung valley of north Sikkim.

Yet another shot from Manali, this time from Amalendu Mahanty.

Next up is this image Ajay Sonawane shot during his recently Manali trip.

Amarjit Singh recently visited Chitkul in Himachal Pradesh and shared this photograph from his visit there.

Next up is this image of the Neelkanth peak looking like a mountain of solid gold shot by Neeraj.

Readers send in their travel images. Have you sent yours yet?

We invited you, our readers, to share images of your summer travels and we were inundated with your emails.

Here is a fresh batch of responses:

Today's edition features India's snow-capped scenes and we begin with this image of shot by Amol Tavkar of the Gurudongmar Lake that is India's highest lake, located at 17,100 feet above mean sea level.

"The lake presents a mesmerizing view and makes one wonder if heaven can be any prettier than this. The place is about 70 km from a village called Lachen in North Sikkim," Tavkar writes.

ARM Cortex-M0+ is a low-power, low cost 32-bit processor for the 'internet of things'

The "internet of things" is quite the buzzed about phenomena these days and everyone wants in on the action. But, much of the hype so far has been associated with that DIY staple, the Arduino, and its admittedly under-powered 8-bit MCU. ARM is looking to put more power at developers fingertips, though, with the Cortex-M0+, an ultra low-power processor designed for embedded applications. The 32-bit chip is based on the existing M0, but with significant tweaks that greatly improve performance while keeping power draw to a minimum. Freescale and NXP should be first out the box with licensed processors and, while we wouldn't anticipate these showing up in a refrigerator or printer just yet, we wouldn't be shocked if they drew some interest from hobbyists. Check out the complete PR after the break.

Coutesy Engadget.com

Vizio reveals $3,499 price for its 58-inch ultrawidescreen HDTV

We were told at CES last month to expect Vizio's ultrawidescreen LCDs would hit the market sooner rather than later, now we know how it will fit into our budgets, even if we're not sure how the aspect ratio will fit in our living rooms. Similar to the way its first Theater 3D TVs popped up last year, the XVT 3D CinemaWide product page reveals a 58-inch model (50- and 71-inchers are also planned) sporting its trademark 21:9 aspect ratio (compared to a traditional HDTV's 16:9) and 2560x1080 resolution will start at $3,499. It also has an array of specs, measuring the 120Hz Edge LED lit screen at 56.7-inches wide by 29-inches high and 1.8-inches deep. Just as we saw when they were first announced at CES 2011, Vizio upscales Blu-ray and other wider-than-widescreen sources to fill the screen without those black bars we've become accustomed to. If you're watching standard HD programming, the extra space alongside can accommodate tiles for Yahoo! Widgets pulling information from the internet without blocking the picture at all. Check our gallery below for a better look and a demo video after the break, we'll keep an ear to the ground to find out when and where these displays might hit the market first.

Update: Vizio tells USA Today to expect this set to launch ahead of March Madness -- the better to manage our completely-useless-by-the-Sweet-16-because-Gonzaga-won-again brackets on.
[Thanks, chilipalm]

Courtesy Engadget.com

AMD's new plan: focus on tablets, cloud computing and developing markets

Chipzilla has long been atop the PC chip manufacturing mountain, with AMD running a rather distant second. That's why AMD's new top man, Rory Read, plans to move the company in a more mobile direction. Speaking at the company's analyst day, Read stated that the chipmaker will focus on outflanking Intel in the tablet space and by growing its business in cloud computing and emerging markets like China (read: entry-level PCs and devices). As to whether AMD would venture into the smartphone space, Read was quite clear in stating that there were no plans to do so. But, he did make mention of being flexible when it came to chip architecture, including using 3rd party IP in developing new silicon -- so a switch to ARM may not be out of the question. How will AMD accomplish its new goals? By focusing on execution of its technology rather than trying to be on the bleeding edge -- sound familiar?

Courtesy Engadget.com

AMD reveals its 2012-2013 roadmap, promises 28nm chips across the board by 2013

Ready for a bevy of more exotic-sounding codenames from AMD? Well, have a seat, as the maker of everyone's favorite APUs just revealed its roadmap extending through 2013. And folks, it's quite the doozy. But before we delve into its technical intricacies (which you'll find tucked after the break), we'll begin with some general takeaways. Per CEO Rory Read, 2012 and 2013 are "all about execution," with the company girding itself for the next "inflection point" where it'll excel. The key to this strategy, as he describes it, is to continue marching towards a full-SoC design that will cover a host of devices running the gamut from mainstream laptops to tablets and so-called Ultrathins, the company's forthcoming answer to Intel's Ultrabook onslaught.

During its announcement, timed to coincide with AMD's annual financial analyst day, the company also stressed its unique position wedged between Chipzilla and makers of ARM chips. Ask Read and he'll tell you that's a key advantage for AMD, that its CPU and GPU IP will bring more value through a better overall experience in the market. That's a strategy less obsessed with raw specs and sheer speed and more focused on a holistic package. Senior VP Lisa Su said AMD will aggressively enter the tablet arena this year in a big way, reiterating that AMD-based Windows 8 slates are indeed en route, though she stopped short of giving an ETA. Finally, the company's renewing its focus in the server market, as it seeks to cut a larger slice of the cloud computing pie. That's AMD's 2012 / 2013 plans in a nutshell, but if you're the kind of person who likes a few technical specifics (and who doesn't, really?) meet us after the break for a peek at what's in store.

For the sake of giving newcomers proper background, let's begin with some tidbits you may or may not have known. For starters, the company will sail through 2012 with refreshed versions of its current APUs, covering mainstream laptops, cheap ultraportables and low-power tablets. From the most high-end down, we begin with its Trinity APU (which we toyed with at CES), which replaces Llano and will power traditional laptops in 35W guise (with twice the performance of Llano). Interestingly, it will also have 17-25W versions of its Trinity chips, promising the same performance as Llano, but with half the power consumption. (If that's not a direct shot at Ultrabooks, we don't know what is.) Available with dual or quad-core "PileDriver" CPUs, the 40nm APU will be paired with a DX11 compatible GPU.

Moving on, Brazos (i.e., AMD's C- and E-Series Fusion chips) will see an update in the aptly named Brazos 2.0 family, while the low-power Z-series (formerly known as Krishna), will now be known as "Hondo." Expect to see those 4.5W chips in tablets and other similarly mobile devices.

As for next year, the company seeks to standardize around moving its APUs and GPUs over to the 28nm process, except for a continuation of its lone quad- and octo-core high-end 32nm family of CPUs, codenamed "Vishera." Starting with Trinity, that A-Series of Fusion chips will be known as "Kaveri" in its third iteration, and will be offered in 35W, 25W and 17W flavors. "Kabini," the follow-up to Brazos, will have two- and four-core models, and carries the vague promise of "better graphics" and lower power consumption. In the case of both the Kaveri and Kabini families, AMD will begin integrating the fusion controller hub, allowing for a more bona fide system on a chip. At the lower-power end of the spectrum, the "Temash" platform will succeed the Z series, but we don't know much about it except that it will be targeted at fanless tablets, fanless clamshells and other thin form factors expected to deliver exceptionally long battery life.

COurtesy Engadget.com

Spark Linux tablet specs updated, going up for pre-order

We already got a brief introduction to the Spark Linux-based tablet, but details were a little sparse. Since then, a few more key bits of info have been added to its Q&A page, which might help sway your purchasing decision. That KDE Plasma Active UI we knew it'd be sporting will stare out at you via a modest 800 x 480 screen, and there's a 1.3 megapixel snapper tucked in alongside for video calling. The 1GHz / 512 MB internals we initially reported remain unchanged and the two USB ports and 3.5mm audio jack we saw in the pre-release picture above also get the official seal. There's talk of GPS making it into the next iteration, but for now you'll have to find your own way. The main news, however, is that pre-orders are pegged for next week, and shipping set for May. The initial focus is on Europe, but plans for it to arrive in US retailers are apparently underway. If that's suitably tickled your fancy, head on over the break and tap the source for more info.

Longest Solar Eclipse of the Millennium

A nice article from FunZug.com

The solar eclipse of January 15, 2010 is an annular eclipse of the Sun with a magnitude of 0.9190.

This is the longest annular solar eclipse of the millennium, and the longest until December 23, 3043, with a maximum length of 11 mins and 7.8 seconds. (The solar eclipse of January 4, 1992 was longer, at 11 minutes, 41 seconds, occurring in the middle of the Pacific Ocean.)

After 108 years it just Happened.

Sounion, Greece.
Jan. 15, 2010

Manila Philippines

Manila Bay, Philippines

Dehkade, Karaj, Iran

Weishan Lake, Shandong, China

Bangalore, Karnataka, India

Bükk mountains of Hungary

Degania A, Israel

Lijiang, China

Kerman, Iran

Sizihwan, Kaoshung City, Taiwan

Esfahan, Iran

Solar eclipse Jan 15, 2010 in Chiang Mai, Thailand


A view of a partial solar eclipse over Gaza City.

Bagan, Myanmar

Rawalpindi, Pakistan
A crescent on the minaret of a mosque is reflected in the eclipse

Kaifeng, China

Bangkok, Thailand
The moon starts its path across the sun, obscuring a portion of it.

Nairobi, Kenya

The best place to view the eclipse from India is Dhanushkodi in Pamban Island off Tamil Nadu coast.

Best Place to watch the eclipse of 2010 in India: Dhanushkodi in Pamban Island off Tamil Nadu coast

Solar eclipse 2010 in India on Jan 15, Fire Ring event once in a blue moon