FiberOpticCable
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Time Warner Cable expanding fiber broadband coverage in NYC, only businesses to benefit
Google, we're not in Kansas anymore, we're in New York, where Time Warner Cable is planning to drop $25 million on expanding its (up to) 1Gbps fiber broadband infrastructure. Specifically, the additional network is hitting neglected areas in Brooklyn and Manhattan, but it's not for general consumption -- it's strictly for businesses. Don't feel too disheartened though -- you might not be getting a slice of this particular fiber pie, but it's all you can eat, all the time at the free WiFi buffet.
Mainland China, Taiwan send first data over direct fiber optic link, take steps towards peace and harmony
Relations between mainland China and Taiwan haven't always been what you'd call warm, even with many companies having a footprint in both regions. Consider the first bursts of network traffic from a newly active connection as olive branches: a pair of undersea fiber optic cables running between southern China's Xiamen and the Taiwan-claimed Kinmen island chain represent the first truly direct data link between the two sides. Built by China Mobile, China Telecom, China Unicom and Taiwan's Chunghwa Telecom, the link both has its share of diplomatic symbolism as well as the very practical advantage of a faster, more reliable route -- there's no globetrotting required to get data and voice to their destinations, and there's fewer chances of blackouts if a boat inadvertently slices a cable. We wouldn't go so far as to call it a Happily Ever After for either faction after decades of tension, but it does at least provide a greater semblance of normalcy to their communication. [Image credit: Aine Hickey, Wikitravel]
Intel's Light Peak optical interconnect shrinks slightly, LaCie, WD, Compal and Avid begin prototyping
Intel's Light Peak isn't setting any new speed records at IDF 2010 -- it's still rated at 10Gbps for now -- but the optical data transfer system is finally looking like it might appear in some actual products. As you can see immediately above, a Light Peak to HDMI converter has shrunk considerably since May, and a number of optically-infused sample products were on display at Intel's Light Peak booth. Compal's got a laptop with the optical interconnect built in, while Western Digital showed an external hard drive, from which the Compal could pull and edit multimedia in real-time using a Light Peak-enabled Avid rackmount. Meanwhile, LaCie showed off what appeared to be a 4big Quadra RAID array with two Light Peak ports catapulting high-definition video content at 770MB/s to a nearby Samsung TV, though we should warn you that the TV itself was a bit of a hack job, and not a collaboration with Samsung -- note the big, honking EVGA video card sticking out of the back. Though obviously a good bit of work went into these prototypes, Intel reps told us none would necessarily become a reality. Either way, don't expect to see Light Peak products until sometime next year.
New fiber optic cables promise to bring better, cheaper internet access to West Africa
Last summer, the lone undersea cable linking West Africa to the rest of the world was damaged, forcing Nigeria to fall back on slower and expensive satellite connections, and knocking several other countries completely offline until the cable was repaired. While that has been a relatively common occurrence to date, the chances of it happening again in the future are now considerably less likely. That's because a second undersea cable project was just completed this summer, which is the first of two more cables planned, and just the beginning of a new round of investment in the region that the U.N.'s International Telecommunications Union says will vastly increase the bandwidth available by mid-2012. As the AP reports, that additional investment in the region promises to not only increase reliability, but significantly reduce the cost of internet access as well, which currently costs nearly 500 times as much as it does in the U.S. on a wholesale level. Exactly how much cheaper it'll get remains to be seen, however, and there's also still the issue of expanding internet access further inland, where infrastructure remains spread thin and in the hands of only a few companies that tightly control access.
Intel demonstrates Light Peak on a laptop, says 10Gbps speeds are only the beginning
Folks in Brussels for Intel's European research showcase got to get their hands on the company's Light Peak this week, with the first demonstration of the optical cable technology running on a laptop. Outfitted with a 12mm square chip that converts the optical signal into data the machine can read, two separate HD video streams were piped to a nearby TV, which displayed them with the help of a converter box -- a necessary evil until the Light Peak chips are developed for the display side of things. According to Justin Rattner, Intel's CTO, the current 10Gb / second speeds are just the beginning. "We expect to increase that speed dramatically. You'll see multiple displays being served by a single Light Peak connection. There's almost no limit to the bandwidth -- fibers can carry trillions of bits per second."
Intel says Light Peak coming next year, can and will coexist with USB 3.0
How do you sell a generation of hardware manufacturers on yet another standard? If you're Intel, you tell them that it'll transfer files at 10Gbps and is compatible with every major protocol that came before... and if that doesn't work, you simply fail to give your competitor hardware support. But PC World reports that while Intel is still dragging its feet regarding USB 3.0, it's planning to have Light Peak fiber optic devices in the market next year. Intel insists Light Peak isn't meant to replace USB, in so much as it can use the same ports and protocols (photographic evidence above), but at the same time it's not shying away from the possibility of obliterating its copper competition with beams of light. "In some sense we'd... like to build the last cable you'll ever need," said Intel's Kevin Kahn. Now, we're not going to rag on Light Peak, because we honestly love the idea of consolidated fiber optic connectivity. We just want to know now whether we should bother locking ourselves into a USB 3.0 ecosystem if better things are just around the corner.
