You can find a list of many different companies that manufacture fiber optic cables. The better company to go with would be the one with the best overall customer satisfaction. You can find customer reviews on their website. http://wiki.answers.com/Q/List_of_major_fiber_optic_cable_manufacturers
The fiber optic cable was first introduced to the public in 2000. You can find out more information of fiber optic and its history at en.wikipedia.org/wiki/Optical_fiber
An OTDR will help to find flaws in the fiber and it's connections.
Information about Fiber Optic Transceivers may be found at websites which sell these devices. Some companies which sell them are Perle, Vesitron, Micropac, Fiber Optic Cable Shop as well as Fiber Optics Systems and Belden.
American Cable Assemblies, Inc. provides high quality products for fiber optic connectivity, copper connectivity, power cords, network solutions, panels, enclosures and racks, etc. Visit americancableassemblies. com for more details. americancableassemblies. com/power-cords/international-power-cords/
A cable transit is an insert to a wall, bulkhead, hull or other barrier, that allows an electrical cable to be installed passing through the barrier. When the cable transit is tightened up it forms a seal around the cable that will prevent leakage. You can easily find information on various manufacturers by doing a web search for "cable transits".
I didn't find a specific reference (perhaps that part isn't standardized), but it looks like the standard UTP cable has a thickness of about half a centimeter. Note that there are other kinds of cables - some of the kinds include UTP (unshielded, the most commonly used cable, mentioned above), STP (similar to UTP, but shielded, therefore a little thicker), and coaxial cable. Optic fibers are also used for Ethernet.I didn't find a specific reference (perhaps that part isn't standardized), but it looks like the standard UTP cable has a thickness of about half a centimeter. Note that there are other kinds of cables - some of the kinds include UTP (unshielded, the most commonly used cable, mentioned above), STP (similar to UTP, but shielded, therefore a little thicker), and coaxial cable. Optic fibers are also used for Ethernet.I didn't find a specific reference (perhaps that part isn't standardized), but it looks like the standard UTP cable has a thickness of about half a centimeter. Note that there are other kinds of cables - some of the kinds include UTP (unshielded, the most commonly used cable, mentioned above), STP (similar to UTP, but shielded, therefore a little thicker), and coaxial cable. Optic fibers are also used for Ethernet.I didn't find a specific reference (perhaps that part isn't standardized), but it looks like the standard UTP cable has a thickness of about half a centimeter. Note that there are other kinds of cables - some of the kinds include UTP (unshielded, the most commonly used cable, mentioned above), STP (similar to UTP, but shielded, therefore a little thicker), and coaxial cable. Optic fibers are also used for Ethernet.
Time Warner provides all of these services as the area's leading cable entertainment provider. For even faster speeds and higher quality, AT&T offers fiber optic service.
That will be sufficient, but to save money, consider an ethernet cable. It may be a bit messier, but I think you will find this option more affordable.
You may find the manufacturers by doing an online search.
You can find fiber optic connectors online. You can shop around to find the best pricing/quality. They can be found at industrial supply stores like Grangier. Here is their website: http://www.grainger.com.
The best place to find information about Laser Optic Surgery is to at your eye doctor or general practitioner. They can provide detailed information about the procedure and how it will affect you.
It depends upon where you are physically located and the various internet options that are available there. Generally fiber optic is considered the fastest with cable internet access a close second. DSL and dial up are much slower.