The Romans would have been so proud when they created lead pipes 2000 years prior. Finally, they had invented a way which was simple to carry water from one place to another. Envision what they’d make of the modern-day fiber optic cables that can carry phone calls, messages and E-mails around the globe in a flash of a minute!

The Fiber Optics Cable Guide

We’ve utilized many ways of information transmission. As soon as we talk on a landline phone, a copper cable conveys the sounds of our voice into an outlet at the wall, in which a different cable carries it into the local phone exchange. Cellphones operate another way: they deliver and receive data using wireless waves--a new technology known as wireless since it employs no wires. Fiber optics use a different method than these. It transmits data coded in a ray of light down a glass or plastic pipe. It was initially designed for endoscopes in the 1950s

Universal Serial Bus (USB) was developed in the 1990s in a bid to simplify the relations between computers and peripheral devices. It has come to be popular because of its compatibility with several platforms and operating systems, its reduced cost of implementation, and its simplicity of usage. Most machines that are constructed now come with different USB interfaces and USB is the port of choice for many homes and workplace peripherals such as cameras, printers, modems, and mobile storage devices. USB criteria are developed and preserved by an industry body known as the USB Implementers Forum (USB-IF). In its first specification, USB cable described just two connector types: A and B. Revisions to the specification and needs on producers have expanded the width of connectors utilized for USB devices, but the vast majority of USB products use this B and A connector ports. USB is supposedly universal. However, there are many diverse kinds. 

  Copper is less expensive to connect network devices and has some advantages, including the fact that it exists in several places. While fiber optic cables are more expensive, there are lots of benefits that make it a cable infrastructure solution. Fiber Optic and copper cable are capable of doing the same thing, but the question is which one is better for any given scenario? Ethernet has been in the news lately. From applications of LED lighting to innovative IP camera technology, there is no shortage of applications for Ethernet cabling. Copper cabling, for example, Ethernet is the cheaper of the two, which makes it a low-cost choice with a bevy of applications. However, a high-cost option like fiber is necessary. What emerges as you learn about the two options is that there is no war between them. In fact, each solution has its fair share of advantages and disadvantages. With benefits and limitations to every technology, it rarely seems like they're competing

Red Fiber Optic Jumpers

Color Coding you Fiber patch cords is the Easiest & Cheapest way to ID your Fiber Optic cords in your Data Center. Many Data Centers now color code their Fiber Optic cables to easy identification. I have a customer that uses the in the following way Red Fiber optic cords for outside Circuits Greed Fiber optic cords Fiber optic cords for 40G Circuits Blue for Fiber optic cords 10G circuits Pink for Fiber optic cords Customer A Circuit Purple for Fiber optic cords Customer B Circuit The colored fiber cords create the ability to

 Connectzone is now part of Google Project beacon A couple weeks ago, I received a package in the mail from Project Beacon with the Google's Mountain View, California address on it. When I opened it up, I found a beacon and some instructions on how to set it up. I did not yet set it up, but I dug deeper into it. No one was talking about it until this past week. I spotted a number of posted about it on Twitter just this past week, all asking what this is about.

  Category 5e 110 Patch Cords exceed performance specifications as defined in ANSI/CEA S–90–661–2006 & eliminate the hassle of punching down your conductors into the punch down block since the ends are already terminated. Used for telecom applications from 110 to RJ45 connections. Tested up to 350MHz. Patch cords are available with four-pair 110 plugs and are used for patching between category 5 &  110 termination fields. Category 5 RJ-45/110 Patch Cords are available in four-pair configurations wired to T568B wiring scheme. RJ-45/110 Patch Cords are used for patching between equipment and cat 5 110 termination fields. All cords are 100% factory performance tested.

Available in the Following Colors:

Red Cat5e 110 Patch Cable

 

Colored Fiber Optic Jumpers

Colored Fiber Optic jumper cables can help you quickly identify you fiber cords in your data center.

Single Mode High Visibility Colored Fiber Optic Jumpers

For instance one of our customers uses Red Fiber Cords for  Security systems. Purple Fiber Cords for Cameras. Blue Fiber cords for 100G Systems. Pink Fiber cords for Mission Critical systems, Green Fiber cords for Backup Systems and White

[caption id="" align="alignnone" width="400"] 110 Patch Cord Red[/caption]

Category 5e 110 Patch Cords exceed performance specifications as defined in ANSI/CEA S–90–661–2006 & eliminate the hassle of punching down your conductors into the punch down block since the ends are already terminated. Used for telecom applications from 110 to RJ45 connections. Tested up to 350MHz.

Patch cords are available with four-pair 110 plugs and are used for patching between category 5 &  110 termination fields. Category 5 RJ-45/110 Patch Cords are available in four-pair configurations wired to T568B wiring scheme. RJ-45/110 Patch Cords are used for patching between equipment and cat 5 110 termination fields. All cords are 100% factory performance tested.

Category

 

Colored Fiber Optic Jumpers

Colored Fiber Optic jumper cables can help you quickly identify your fiber cords in your data center.

Single Mode High Visibility Colored Fiber Optic Jumpers

For instance one of our customers uses Red Fiber Cords for  Security systems. Purple Fiber Cords for Cameras. Blue Fiber cords for 100G Systems. Pink Fiber cords for Mission Critical systems, Green Fiber cords for Backup Systems and White

    ConnectZone has just released its Cisco Compatible PWR-CAB-AC-USA power cord for the Cisco ASR 9000 Series Router.

PWR-CAB-AC-USA

Cable specifications:

• L6-20P - C21
• 8 feet
• 3 conductor 12Awg
• Rated for 300V
• ConnectZone brand

ConnectZone also carries many other Cisco compatible cables to meet our customers' needs. Click HERE to view our other options. Be the first to know when new products are