As new smartphones hit the market month in month out, one Slovak technology buff is offering visitors to his vintage phone museum a trip down memory lane – to when cell phones weighed more than today’s computers and most people couldn’t afford them.
Twenty-six-year-old online marketing specialist Stefan Polgari from Slovakia began his collection more than two years ago when he bought a stock of old cell phones online. Today, his collection at the vintage phone museum boasts some 1,500 models, or 3,500 pieces when counting duplicates.
The vintage phone museum (website: http://www.mobilephonemuseum.org/), which takes up two rooms in his house in the small eastern town of Dobsina, opened last year and is accessible by appointment.
The collection includes the Nokia 3310, which recently got a facelift and re-release, as well as a fully functional, 20-year old, brick-like Siemens S4 model, which cost a whopping 23,000 Slovak koruna – more than twice the average monthly wage in Slovakia when it came out.
“These are design and technology masterpieces that did not steal your time. There are no phones younger than the first touchscreen models, definitely no smartphones,” said Mr. Polgari.
“It’s hard to say which phone is most valuable to me, perhaps the Nokia 3510i Star Wars edition,” said Mr. Polgari – who uses an iPhone in his daily life. (VOA)
A U.S. government-led group is working with chipmaker Intel and Cray to develop and build the nation’s fastest computer by 2021 for conducting nuclear weapons and other research, officials said Monday.
The Department of Energy and the Argonne National Laboratory near Chicago said they were working on a supercomputer dubbed Aurora with Intel, the world’s biggest supplier of data center chips, and Cray, which specializes in the ultra-fast machines.
The $500 million contract for the project calls on the companies to deliver a computer with so-called exaflop performance — that is, being able to perform 1 quintillion (1,000,000,000,000,000,000) calculations per second.
If the project succeeds, Aurora would represent nearly an order of magnitude leap over existing machines that feature so-called petaflop performance, capable of doing 1 quadrillion (1,000,000,000,000,000) calculations a second.
It also heightens the stakes in a race in which the United States, China, the European Union and Japan have all announced plans to build exaflop-capable supercomputers.
One of Aurora’s primary functions would be simulating nuclear blasts, a pillar of weapons development since the ban of live detonation testings.
Aurora will be built with artificial intelligence capabilities for projects such as developing better battery materials and helping the Department of Veterans Affairs prevent suicides, Rick Stevens, an associate lab director with Argonne overseeing the exascale computing project, said during a news
The project is a win for Intel, which will supply its Xeon CPU chips and Optane memory chips for Aurora.
Intel has been fending off rival U.S. chipmaker Nvidia Corp.’s rise in the chip content of supercomputers as the machines take on more artificial intelligence work. Nvidia’s chips are found in five of the world’s current top 10 supercomputers, though the Nvidia chips are found alongside chips from its rivals, according to TOP500, which ranks the machines.
The world’s current most powerful machine, the Summit supercomputer at Oak Ridge National Laboratory in Tennessee, contains chips from International Business Machines Corp. and Nvidia.
The source of chips for supercomputers has become a factor in trade tensions between the United States and China. The world’s third-fastest supercomputer — the Sunway TaihuLight in China — has chips developed domestically in China.
Chirag Dekate, an analyst with Gartner who studies the supercomputing market, said that despite the small contract size relative to Intel’s overall revenue, the work done on Aurora will eventually filter down to the company’s commercial customers.
“It’s not just a jingoistic race between the U.S. and China,” Dekate said. “The innovations that Intel is developing here will percolate down to other parts of its business.” (VOA)