To celebrate the spirit of Easter, we have found some incredibly cool geeky pop-culture inspired Easter eggs. They range from superheroes to characters from popular TV shows, all displayed in their truly amazing and unique way. Watch the video below and let the Easter holiday and egg eating marathon begin!
Do you find pulling toilet paper off the roll the most laborious task of your day? Have you ever wondered why a machine can’t do it for you?
Well The Useless Duck Company has come up with this incredible innovation in toilet roll technology. It rolls paper off so you don’t have to, using its highly safe and incredibly sharp blade to slice the perfect portion of paper for your toiletry needs.
Ensure it’s switched off when you grab that paper, otherwise you might just lose your arm. Still, that’s one tiny drawback for a device that could revolutionise our daily lives.
4G has now been implemented around the globe in major cities for just over a year now. Looking for constant advancement in technology, Huawei have claimed that their new 5G infrastructure and technology will reach 100 times the speed of 4G by the year 2020.
As we reported, Huawei have announced their plans for a 4.5G opening in China by 2016, so this information coming to light is quite interesting. Will 4.5G still be worked on, or is Huawei looking to skip it and reach straight for the stars? 4.5G is set to provide the average user with 100Mbps speeds stable and support up to 30,000,000 connections per tower – set to be somewhat of a ‘patch’ for the current 4G offering, which often experiences connectivity, signal and data transfer issues.
In comes 5G, claiming a 10Gps peak transfer speed – quite possibly faster than your phone can process. Coming from backward Australia, I can only dream of a day when internet will out-perform things like your computers HDD speeds or LAN infrastructure – with 5G in the pipeline, it seems like somewhat of a reality.
As with all new major advancements in technology from 4K cable streaming to 10km data “fricken lasers”, the cost of the research, installment and implementation is always something to consider. Taking a look at 4G speeds currently, they’re amazing and offer the user with speeds that are likely much faster than their current ADSL2+ offering, but are extremely expensive. An Australian eSports group called ACL PRO often experience issues with venue internet being poor in Australia – meaning that they have to run their StarCraft II tournaments via multiple 4G ‘wireless sticks’ – seeing hundreds of dollars worth of data transfer flushed down the drain per event. Wouldn’t it be amazing if one day, we could do away with home line ADSL style internet and simply power our whole houses infrastructure simply by walking inside with our mobile phone? Until then, enjoy thousands of dollars a month in downloads of shareware programs and creative commons music through your 4G connection – if you can even get one.
Back to the topic at hand, 5G is set to allow you to reach speeds of up to 10Gpbs, we’ve decided to list out the speeds below to give you an easily viewable comparison of past and future technology.
2G: A few hundred k per second
3G: Up to a few M per second
4G: Two hundred M per second
Chinese Ministry of Industry and Information Technology Chief Engineer Zhang Feng has announced that the global information and communications industry is ushering in a new wave of innovation, cloud computing, networking and other technologies alongside the rapid redevelopment of new applications. All said to be supported by an amazing 5G mobile internet infrastructure.
As IBM and NVIDIA have teamed up to win the next generation of top-level US government supercomputers, Intel is not to be left in the dust. After 50 years of global supercomputing, the Intel platform occupies a massive 85.5% of all machines, with a reported 97% ownership in new age systems. Today, Intel have announced the details of some of their planning in high-performance computing.
The announcements have come to us thanks to CNBeta and Chiphell, these are listed in dot point form as:
The third-generation Xeon Phi family, codenamed “Knights Hill”, will use Intel’s 10nm process. This is the first publicly identified 10nm product, as well as Intel Omni-Path fiber optic interconnection technology. Intel’s upcoming second generation “Knights Landing” will be the first commercial system set to debut early next year.
The industry’s interest in Xeon Phi is more concentrated. There are already a large number of customers looking to order Knights Landing, of which more than 50 percent will use the processor version, and the rest set to utilize the PCI-E accelerator card version. The total computing capacity is said to contain more than 100 PFlops (10 quadrillion floating-point calculations). NOTE: Using the Intel Xeon Phi to accelerate your system is done through a PCI-E expansion card, this card must be used with Xeon processors and can only be used as a coprocessor. The next generation will have separate processor and coprocessor versions.
Knights Landing’s latest implementations include: Los Alamos, Sandia Supercomputers “Trinity”, the US Department of Energy National Energy Research Scientific Computing Center (NERSC) ultra-count “Cori”, Earth Science Enterprise DownUnder GeoSolutions, large-scale cooperation projects in SGI and the National Supercomputer Center IT4 Innovations projects in Europe (to deploy large clusters).
Omni-Path Interconnect architecture with provides 100 Gbps of bandwidth, fiber-optic switching and medium-sized clusters. Comparing this to the now popular InfiniBand, latency can be reduced up to 56%. The product architecture will use a 48 switch chip, in comparison to InfiniBand using up to only 36.
Intel Fabric Builders project has started, created based on the ecosystem Omini-Path. The Intel Parallel Computing Center also announced their expansion will be the construction of 40 facilities in 13 countries and regions.
Intel Enterprise Edition for Lustre v2.2 has been scheduled for release.
That’s quite a lot of information to take in one hit, so we will continue to report on this as the story develops. We’re sure that Intel will now sit down and take a look at these siz points one by one in the near future, so help keep it streamlined and easy to track for consumers.
We’ve seen many things 3D printed before, but this one is my favourites by far. The Minnesota based Andrey Rudenko has amazed us before with his goal of a 3D printed house and his concrete 3D printer is already a reality. He has shown us some smaller projects in the past and is now stepping up the size.
A couple of months ago he announced that he was going to print a 3D castle as a large scale test before printing his house. Not only has he begun this process, he is almost done with it. The ability to print smaller buildings would give him the confidence to advance on to the full scale, he told.
The castle is big enough for people to both stand and walk inside and he is currently printing 50 cm of height every 8 hours. Test have shown that he could go as high as 75-100 cm during warm temperatures. The dark-grey area on the images show one such printing period.
“I still have some imperfections, mostly when I stop the printer,” Rudenko wrote. “But if I print nonstop, the layers look great.Though I’m not completely finished with this structure yet, from the current progress, I can already see that I am ready for the next step, which is printing a house with this technology.”
Rudenko is still a little behind his original schedule, wanting to start the print of his house this summer. While the summer isn’t over yet, it seems unlikely that he’ll manage to stick to that timeline. The small delay doesn’t diminish the awesomeness of his projects and I for one can’t wait to see this one finished.
Rudenko also told that he still plans to make a few improvements to the printer and redesign a few parts of the house before the actual print. It should be clear by now that his dream of a fully printed house isn’t just a dream any more.
Thank you 3Dprint.com for providing us with this information