Laser pointers banned in New South Wales after rash of attacks on pilots

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Posts with tag australia

We haven't heard too many specifics when it comes to performance of actual WiMAX rollouts (and let's be real, we're all kind of waiting for LTE at this point, right?), but Garth Freeman, CEO of Buzz Broadband, apparently shuttered the company's Australian WiMAX rollout in Hervey Bay, publicly declaring that for his company and customers the technology "failed miserably". Apparently beyond about a mile from the base station non-line of sight performance was "non-existent", regular indoor use produced latencies as high as 1000ms even just 400m away, and the company had to scrap its network for TD-CDMA service on 1.9GHz just to make sure customers weren't completely left in the cold. Maybe they should have checked for an errant satellite, eh mate?
As Hitachi continues to streamline operations, we get word that it is pulling out of the consumer electronics and whitegoods market in Australia. Announced over the weekend, Hitachi will no longer sell their appliances or flat-panel TVs, camcorders, and other CE-class goods in the land down under. ACs, industrial, and electronic goods will still be available. The move brings along 40 job cuts from its Sydney HQ. Hitachi claims that the Australian market is just too small and too competitive to warrant the effort. A sentiment backed by Sharp Australia's deputy managing director, Denis Kerr, who claims that Australia is under, "a siege mentality that has forced pricing to ridiculous levels that cannot be sustained." He surmises that if the trend continues, "Brand names are going to withdraw from the market place.'' Of course, all this leaves us wondering... who's next?
While 250Mbps isn't likely to get the drool flowin' quite as quickly as a 40Gbps connection in one's home, it's still nothing to scoff at. And best of all, the technology is quite a ways beyond the drawing board. Reportedly, University of Melbourne's Dr. John Papandriopoulos has patented his SCALE and SCAPE methods for "dramatically reducing the interference which slows down data transmission in typical DSL networks." 'Course, the tidbit you're interested in comes when we find that these techniques can potentially deliver speeds of up to 250-megabits per second through existing telecommunications networks. The only changes that would be necessary to facilitate such sensational speeds are new modems for end users and "operational system changes" for providers. No word on when this technology will actually be put to good use (read: installed in our homes), but the inventor himself is headed to the US soon to take a new position within a startup company founded by "Stanford University Professor John Cioffi, the so-called father of DSL." Bring the goods with you, Doc.
CSIRO and aggravation tend to go hand in hand, so it's no real shock to learn that the organization is playing hard ball in a recent push to get 802.11n closer to ratification. Reportedly, CSIRO "refused to provide a letter of assurance to the IEEE working group developing the much-delayed 802.11n WiFi standard," and it cited legal discord between it and Microsoft, Intel, Dell, HP, Netgear, Toshiba, Fujitsu, Nintendo and 3Com as the primary holdup. The group's senior vice-president of licensing, Denis Redfern, was quoted as saying that "where litigation is involved, CSIRO will continue to reserve its rights in relation to licensing," so it looks like an official 802.11n standard is still that far off from being founded.
HP has started selling its first pre-loaded Linux computers, although it's arguably a rather backwater offering. You see, the HP dx2250 is HP's first pre-loaded Linux machine, but it's only available in Australia, and only in this iteration. The desktop machine runs 1.6GHz AMD Semprons up to the 2.8Ghz AMD Athlon 64 X2, comes with 2GB of RAM, HDD up to 250GB, and CD drives up to Multi-Format burners. You'll have to pay around $500 for the pre-installation of Red Hat Enterprise Linux 5 Desktop version too: this ain't no Dellbuntu deal.
They may have had to wait a bit longer, but Australian gamers can now save a considerable chunk of change on a new Xbox 360 just like the rest of us, with the Core model now even able to boast the same price tag as the Wii. That puts it at A$399.95 (down from A$429), while the 20GB Xbox 360 Pro drops all the way from A$649 to A$579.95 (or $486US at the current exchange rate). According to Gamespot, Xbox regional director for Australia and New Zealand David McLean also confirmed that the HDMI-equipped Xboxes would be making their way down under as well, as would the Elite and Halo 3 Special Edition varieties of Xboxen, although he's apparently not quite ready to get specific about prices or release dates for those just yet.
In today's edition of How Your Office is Slowly Killing You, a study emerging from Queensland University of Technology suggests that laser printers can emit clouds of ultra-fine particles that compare to "cigarette smoke and motor vehicle emissions." Reportedly, 13 out of 40 models tested were deemed "high emitters" of particles from the toner, and while office photocopiers failed to produce similar results, concentrations of microscopic particles near laser printers were found to be "five times higher than outdoor levels often produced by traffic" in a given investigation. Currently, no efforts have been made to actually study the chemistry of the emissions, but considering that such fine objects could easily sink "to the very lowest reaches of the lungs," we'd say that's reason enough to request an airtight office a few floors underground.
Although the idea of teleporting individuals from one place to another in order to sidestep the headache of rush hour traffic has been around for quite some time, a team of Australian physicists are busy making it work (on a smaller scale, of course). Granted, they don't fully expect their teleportation scheme to be used on humans in the near future, but there's always hope, right? Anyway, the team has developed a so-called "simple way to transport atoms," which involves bringing the atoms to almost absolute zero, beaming them with two lasers, and using fiber optics to transport them to any other place at the speed of light where they "enter a second condensate" and reconstruct. We'll keep you posted on when human trialing (hopefully) begins.







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