sanspotfiber.blogspot.com
SanSpot Blog: Product Spotlight: LTO Tape Barcode Labels
http://sanspotfiber.blogspot.com/2014/12/product-spotlight-lto-tape-barcode.html
Fiber Optic Networking and Solutions Blog. Patch Panels and Accessories. Tuesday, December 23, 2014. Product Spotlight: LTO Tape Barcode Labels. With LTO tapes holding such vital information, it is important that your data library is well organized. SanSpot has a series of highly customizable LTO tape labels to be sure that your LTO tapes are easy to identify, sort, and categorize, and can apply for data, cleaning, or diagnostic cartridges. If you are not 100% sure which labels are right for your library...
sanspotfiber.blogspot.com
SanSpot Blog: January 2015
http://sanspotfiber.blogspot.com/2015_01_01_archive.html
Fiber Optic Networking and Solutions Blog. Patch Panels and Accessories. Tuesday, January 13, 2015. Protecting Your Fiber Optic Cables from the Elements. Will it be exposed to chemicals or extreme temperatures? Could it be accessed by squirrels, woodchucks — or even sharks — that mistake it for a chew toy? Luckily, today we are sharing some types of cables that will not be vulnerable to the elements. Any outdoor cable must be protected from water or moisture. When protecting your cable, the most comm...
sanspotfiber.blogspot.com
SanSpot Blog: July 2015
http://sanspotfiber.blogspot.com/2015_07_01_archive.html
Fiber Optic Networking and Solutions Blog. Patch Panels and Accessories. Wednesday, July 8, 2015. Fiber Optic Networks vs. Ethernet – What You Need to Know. For comparison, certain copper Ethernet cables can support transfer rates of 10 gigabits per second. Ethernet has experienced better speed capabilities with the introduction of Cat6 cables, which also have improved crosstalk, a major security concern which we’ll cover next. The amount of data transmitted between cabling systems is significant! Fiber ...
sanspotfiber.blogspot.com
SanSpot Blog: Fiber Optic Networks vs. Ethernet – What You Need to Know
http://sanspotfiber.blogspot.com/2015/07/fiber-optic-networks-vs-ethernet-what.html
Fiber Optic Networking and Solutions Blog. Patch Panels and Accessories. Wednesday, July 8, 2015. Fiber Optic Networks vs. Ethernet – What You Need to Know. For comparison, certain copper Ethernet cables can support transfer rates of 10 gigabits per second. Ethernet has experienced better speed capabilities with the introduction of Cat6 cables, which also have improved crosstalk, a major security concern which we’ll cover next. The amount of data transmitted between cabling systems is significant! Fiber ...
sanspotfiber.blogspot.com
SanSpot Blog: The Fiber Optic Revolution: Why Fiber Optics Are Replacing Copper
http://sanspotfiber.blogspot.com/2014/12/the-fiber-optic-revolution-why-fiber.html
Fiber Optic Networking and Solutions Blog. Patch Panels and Accessories. Tuesday, December 16, 2014. The Fiber Optic Revolution: Why Fiber Optics Are Replacing Copper. The physical advantages of fiber over copper are irrefutable. With a lightweight, thin, and durable design, it is easier to transport and handle. Its small size not only means that it takes up less room, but allows for a greater number of lines to be installed, either above or below ground. Fiber optic cables are dielectric materials, mean...
sanspotfiber.blogspot.com
SanSpot Blog: December 2014
http://sanspotfiber.blogspot.com/2014_12_01_archive.html
Fiber Optic Networking and Solutions Blog. Patch Panels and Accessories. Tuesday, December 30, 2014. How Fiber Optics Are Made. Each fiber cable must be tested for a variety of factors, including tensile strength, refractive index profile, operating temperature, and attenuation. Finally, the fiber is rolled onto a drum, and either shipped out as is, or inserted into a cable. They can then be distributed to telephone companies, network providers, or distributors like SanSpot. Tuesday, December 23, 2014.
sanspotfiber.blogspot.com
SanSpot Blog: How Fiber Optics Are Made
http://sanspotfiber.blogspot.com/2014/12/how-fiber-optics-are-made.html
Fiber Optic Networking and Solutions Blog. Patch Panels and Accessories. Tuesday, December 30, 2014. How Fiber Optics Are Made. Each fiber cable must be tested for a variety of factors, including tensile strength, refractive index profile, operating temperature, and attenuation. Finally, the fiber is rolled onto a drum, and either shipped out as is, or inserted into a cable. They can then be distributed to telephone companies, network providers, or distributors like SanSpot. Join our Mailing List.
sanspotfiber.blogspot.com
SanSpot Blog: Protecting Your Fiber Optic Cables from the Elements
http://sanspotfiber.blogspot.com/2015/01/protecting-your-fiber-optic-cables-from.html
Fiber Optic Networking and Solutions Blog. Patch Panels and Accessories. Tuesday, January 13, 2015. Protecting Your Fiber Optic Cables from the Elements. Will it be exposed to chemicals or extreme temperatures? Could it be accessed by squirrels, woodchucks — or even sharks — that mistake it for a chew toy? Luckily, today we are sharing some types of cables that will not be vulnerable to the elements. Any outdoor cable must be protected from water or moisture. When protecting your cable, the most comm...
