Optical Internet Backhaul - Revision history

Smaldonado: Added to Optical Communications category

2015-08-11T06:14:15Z

Added to Optical Communications category

← Older revision		Revision as of 06:14, 11 August 2015
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	One major problem with this approach is that it is highly susceptible to fluctuations in weather. A small rainstorm (or even fog) will typically break a link like this.		One major problem with this approach is that it is highly susceptible to fluctuations in weather. A small rainstorm (or even fog) will typically break a link like this.

			[[Category:Optical Communications]]

Ehillstrom at 05:57, 30 July 2015

2015-07-30T05:57:12Z

← Older revision		Revision as of 05:57, 30 July 2015
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	Optical communication provides significantly better transmission speeds than copper wiring or conventional wireless communications, and so for high-traffic, high-speed networks fiber optic cable is generally used. Free space optical systems are used for relatively short links where the speed of optical communications is desired but using fiber optic cable is not a viable option. For example, Stanford Hospital uses an optical link between two nearby buildings (~1km apart) which need rapid access to a shared network and which could not be cost-effectively linked by fiber.		[[Optical communication]] provides significantly better transmission speeds than copper wiring or conventional wireless communications, and so for high-traffic, high-speed networks fiber optic cable is generally used. Free space optical systems are used for relatively short links where the speed of optical communications is desired but using fiber optic cable is not a viable option. For example, Stanford Hospital uses an optical link between two nearby buildings (~1km apart) which need rapid access to a shared network and which could not be cost-effectively linked by fiber.

	One major problem with this approach is that it is highly susceptible to fluctuations in weather. A small rainstorm (or even fog) will typically break a link like this.		One major problem with this approach is that it is highly susceptible to fluctuations in weather. A small rainstorm (or even fog) will typically break a link like this.

Ehillstrom: Created page with "Optical communication provides significantly better transmission speeds than copper wiring or conventional wireless communications, and so for high-traffic, high-speed network..."

2015-07-30T04:31:09Z

Created page with "Optical communication provides significantly better transmission speeds than copper wiring or conventional wireless communications, and so for high-traffic, high-speed network..."

New page

Optical communication provides significantly better transmission speeds than copper wiring or conventional wireless communications, and so for high-traffic, high-speed networks fiber optic cable is generally used. Free space optical systems are used for relatively short links where the speed of optical communications is desired but using fiber optic cable is not a viable option. For example, Stanford Hospital uses an optical link between two nearby buildings (~1km apart) which need rapid access to a shared network and which could not be cost-effectively linked by fiber.

One major problem with this approach is that it is highly susceptible to fluctuations in weather. A small rainstorm (or even fog) will typically break a link like this.