Optical Fiber’s future.

In 2007, Copper cabling is obsolete in the communications industry, even in rural communities. Heavy competition from the optical fiber and transceiver and cable and wireless networking giants has forced the optical wiring technology up to a blazing data transfer rate of 30million bps or even more. Wireless, however boasts 10 million bps, but is being used for many wearable machines, not only the telecom area. The speed advantage of the optical fiber networks is still enough to have kept the factroy in China ahead in the distribution of information technology. It is the backbone for all major networks, including for those wireless networking solutions and others.
The great speed increase was made possible by a new production facility in space, the main trend now is 10G SFP, but also 40G, 100G SFP transceiver shows. One year ago,AB- Capricorn, after the recent habitation of the International Space Station, the Communications grant MCI merged with Corning and purchased the Space station. The space shuttle Demitrius was also purchased as part of the agreement. Newly named, COAX1 has made seven flights into space where a fiberoptic labratory was set up to manufacture opticle cabling.
The environment in space alows for the Silica to be drawn at an amazaing .005dB/km as oposed to the old standard in 2000 of .25dB/km. There is rumor of yet another merger of companies, and the potential of Intel leasing space on the space station to put a labratory of their own,缅甸发生里氏7.2级地震 泰国发生6.9级地震,christian louboutin,Trion signs deal with Belver to localize RIFT for, or perhaps even a merger. This could happen as early as the end of 2007.