Asus lauched 4G ZenPad 8 voice calling tablet of 8 inch

Asus launches 4G enabled tablet zenPad 8 voice calling tablet price Rs 14,999 only. Asus announced three new budget tablets in India with voice call support to capitalize the tablet market in the coming season. Asus zenPad 8 is an 8-inch tablet which supports 4G voice call with Micro-SIM slot. Asus launched its zenPad voice call 8-inch tablet in India at Rs 14,999. The zenPad 8 is sold with an audio coverage will cost Rs 1799  separately.

The Asus zenPad 8 features an 8-inch WXGA display with a resolution of 1280 x 800 pixels and Corning Gorilla Glass protection at the top. The tablet is paired by an OCTA-core power Qualcomm Snapdragon processor 615 and Adreno 405 GPU. The zenPad 8 comes with 2 GB RAM and 16 GB of internal memory but it is expandable up to 64GB via microSD card.

The Asus zenPad 8 comes with an 8-megapixel rear camera and a 2-megapixel camera on the front. The tablet supports voice calls only with a micro-SIM slot and supports 4G. The tablet is equipped with microSD readers, the microSD card and microSDXC card supports up to 128 GB of memory.

The Asus zenPad 8 has a 4000mAh battery power and Android 5.0 Lollipop is loaded with Asus ZenUI 2.0 on it.

Asus also announced that 7-inch HD IPS zenPad Z370CG has a 7-inch screen and is powered by an Intel Atom processor. It has a 7-inch screen with 1280 x 800 pixels and rated 3,450mAh. The Asus zenPad Z370CG price is Rs 11,999 and Rs 14,999 along with an audio cover.

Asus has one more 7-inch tablet called Asus Z170CG with 1GB of RAM and a 7-inch screen with a lower resolution of 1024 x 600 pixels. It has an internal memory of 8 GB and 5 GB of web storage with Asus and it also offer Google Web Drive 100GB storage for two years. This particular tablet is priced at Rs 8999 only.

Don't Discount The Floating Data Center Just Yet

Floating Data Center.
The floating data center — it sounds like some sort of futuristic feature in a sci-fi novel or movie, but it's actually a reality, and one that big brands like Google and Microsoft have gotten involved with. These centers are made up of technology, computers and monitors and lots and lots of wires. If you put enough of these devices together in a room, it's apt to get excessively hot to the point of the machines overheating and possibly even powering down. To combat the problem, water keeps the temperatures reasonable.

However, in many cases, the water that is needed to keep the technology from frying needs to be pure without any salt. While there are plenty of processes that exist to remove salt, these take a lot of time and manual effort and could also drain the world of its natural resources. Rather than rely exclusively on pure water, some companies have started implementing the floating barge, which can sit on seawater if necessary. As Sean Shado of CloudWedge wrote in his December 2014 piece, "The Practicality of Floating Data Centers," this isn't exactly the newest concept. "Mainstream news outlets began reporting on mysterious barges that were popping up off of the East and West coasts in the early 2010s," he writes.

As it turns out, these barges belong to Google. Sterling Faubel, a Dallas-based sustainable logistics and environmental expert, explains the Google barge as such: "The ocean water cools the equipment, while moon's gravity provides consistent power. Unlike other data centers, deconstruction is not required. When the center is needed elsewhere, move the ship...simple." The Guardian'sRory Carroll reported in October 2014 in a piece called "Google's worst-kept secret: floating data centers off US coasts" that you could spot these in the waters of Maine and California.

Google Patented

Google patented the idea of a floatingmeans of keeping data cool all the way back in 2009, which is no surprise considering that it's also spearheaded projects like smartphone-like glasses and a self-driving car. Carroll spoke with Cargotecture's leader Joel Egan, who certainly understands the containers and storage cases that are stacked up on these barges. "The cutouts in the long walls of the containers, when they line up, they make hallways. You could put all sorts of mainframes into the containers," he helpfully explained.

Of course, Google isn't the only major company to get into the idea of floating data centers. Microsoft also wanted to make its own infrastructure for years now, situating it in Wyoming, where biogas would serve as the fuel."The small data center is connected to the Supercomputing Center of the University of Wyoming and is not connected to the local power grid at all; it's completely autonomous and powered by renewable energy," Megan Treacy of Treehugger wrote in her December 2014 article called "Microsoft data center goes completely off grid."

Summary

According to Treacy, Microsoft's barge uses electrochemicals and a 300-kilowatt fuel cell to garner electric power from the biogas. This gas itself is actually borrowed from a nearby sewage treatment plant, making the barge totally sustainable. It could fit up to 200 servers. Clearly, those that think that the floating data center is an idea of the past should just look to Google and Microsoft to see that that's far from the case. 

Featured images:

•  License: Royalty Free or iStock source: istock.com

Katrina in addition to her work with rack solutions Katrina has a video series featured on Youtube called ask Katrina that aids in answering your IT needs.

What Is a 3D Printer - A Technology That Can Change The World

3D printing: the technology that could change our life and modern technology

3D printers become cheaper and more powerful. Shane Richmond said, as long as we could print our own consumer goods.
The O2, threatens the massive structure formerly Millennium Dome, at the Ravensbourne College of Higher Education windows. Immediately inside of the window is a great model, detailed, the cathedral. It is, however, the accuracy of the model is interesting is the fact that it is produced by a printer.

Ravensbourne students have access to used 3D printers for rapid prototyping designs. The printing process can take some time - often are the machines running overnight - but it is faster than traditional methods and allows for easier modification, because it requires to optimize a to a computer model instead of, say, an upgrade of a machine .

Instead of printing the ink on paper, with 3d printing technology, a fine powder that is placed on a hard, chalk, building a layer of an object at a time. Build an object layer by layer wastes less material than conventional manufacturing methods used to produce things that are very difficult to do by other means.

Which could now be used for rapid prototyping soon bring great changes, not only for the industry but also for our homes. 3D printing has decreased since about 20 years, but have been in the last ten years and the range of materials that can be used has increased. 3D printer used to work mainly with plastic, but it is now possible to print with metal, nylon, recycled paper and even print an object of mixed materials.

Aircraft manufacturers are studying the possibility of printing, such as the wing of an airplane, but it is also possible that one day can print our own furniture.
"If you want to print something like the pieces of gear, that's one thing," said Peter Cochrane, an entrepreneur and futuristic ", but if you have a full box, the print works, it is quite another thing."

He adds: "The big transition for machines and parts of everyday objects."
Flora Parrott, Professor of Ravensbourne and an artist, I'm talking about can be made to scan objects for 3D replicas of the Museum plans. It would, for example, the historian opportunity to study the interior of an object that is not considered in other ways by the fracture. It would also mean that schools can manage print objects and students to explore in the classroom.
Schools in California are 3D printer installed and is not hard to imagine that gradually appear, in all schools, such as computer has. During the 1980s

Medical researchers have artificial bone, cut to be printed and then implanted to replace the bone that has been removed or damaged in humans on the analysis of real bones. The next challenge is to print materials and artificial organs with 3d manufacturing technology.
Will not take long to start up 3D printer appear in the main street and copiers were decades ago. And the technology is now available for home use. A RepRap - short for reproduction Rapid Prototyping - can be built for about £ 300 and the part print for another 3D laser printer. You can also see many other objects, such as door handles, coffee mugs and puzzles, drawings, for the community website uploaded.

This is the exclusive domain of the fans at the moment, but the 3d printer price will reduce, the major printer manufacturers are starting to take notice. Peter Cochrane said: "The printer manufacturers arrive early and catch or a Kodak and pretend that the technology does not exist"?

Of course, all this raises the question of intellectual property. Could we have a piracy lawsuits for people who have illegally downloaded or libraries transmission. What happened to the music industry and the film could happen again to manufacturing.

Technology That Changed Our Lives

Technology that changed our lives   

 When I was a child, my mom was anxious to take us to the community library once a week. It was a regularly planned event, and a location we kids really found awesome. Today, the majority of visits to the “library” take place on the web. Long gone are the wonderful smells of all the pulp, and actually holding a book in your hands and flipping through pages. With Verizon Delaware we’ve exchanged these more visceral activities for easier access to far more information, and, not surprisingly, a greater utilization of our time, resources, and energy.

So, has technology made how we live simpler, or better? Definitely we’re the heirs of huge technological improvements. The following are some ways technology has made how we live much better.

Additional Education The technology boom in the 1980s observed factory and commercial automation really take off. Menial, tedious positions were replaced by computer and robotic automation. Many workers found themselves at a crossroads within their professions, and as a consequence millions of Americans took the chance to get back to school. Many mastered exactly how to program computers and develop applications, thereby making themselves employable in far better jobs, and appealing to more corporations.

Better Use Of Our Time Today, with the creation of the Verizon Delaware high-speed Internet and mobile smart-phones, we’re able to accomplish more responsibilities without actually being forced to endure a lot of “dead time,” such as commuting, to get them done. Increased productivity is definitely the absolute result of the engineering advances we’ve witnessed over the past few decades, which has allowed us to accomplish more faster.

Preservation of Our Natural Resources Telecommuting has changed into a regular work process for many businesses and thousands of workers. Technologies have made it possible for workers that do not really need to be in the workplace the chance to complete their tasks from a home office. From support services specialists to software engineers, millions of commuter-miles are saved each and every year, meaning less pollution and less usage of our limited resources by technology that changed our lives.

Learning A New Language In addition to the many men and women studying the language of computer programming, better technology has produced very beneficial software applications which make understanding a different language as easy as sitting in front of your laptop. A great number of individuals throughout the world have completed something they never hoped feasible, because technology made it much simpler for them.

Opportunities For Creative Outlet For as long as humankind has graced this planet, imaginative undertakings have been part of the zeitgeist. Tech also tells us how to be make money These days, the net from Verizon Delaware and the hundreds of channels of premium television programming are inventing a demand-marketplace for filmmakers, musicians, graphic artists, and writers to show their wares without the need for millions of dollars and a bevy of legal professionals to accomplish it. Getting eyeballs on your projects, today, is a much simpler endeavor and it’s all due to modern technological improvements or the technology that changed our lives.