In contrast to the standard standard copper coaxial cables, fiber optic cable is a new and advanced method utilized in modern telecommunication and data transmission networking applications. Fiber optic cables are made up of transparent glass or plastic fiber which permit light to become guided in one end to the other with minimal loss.

Fiber optic cable has obvious advantages over copper cable with regards to transmission efficiency, capacity, material cost and even environmental friendliness. Listed here are the detailed top seven reasons to opt fiber optic cable versus copper cable.

No.1 - Great Transmission Capacity
In contrast to traditional copper, working frequency of fiber optic is 8-9 orders of magnitude higher, which work a larger carring capacity. Fiber optic cable is capable of carrying much more data than copper. Besides, additionally, it may carry the information for much more distances. For example, a fiber optic can certainly transmit an indication so far as 80 km or more without resorting to amplification.

No.2 - More Transmission Efficiency
In comparison, fiber optic cables can transmit a lot more information, with a greater amount of fidelity. Fiber links offer over one thousand times as much bandwidth over distances more than one hundred times beyond copper. For instance, downloading a 2 GB movie over a typical Fast Ethernet connection (100 Mbps) would take almost 22 minutes. While, downloading the same movie over GPON with fiber cabling, also it would just take about 2 minutes. By providing quicker use of volumes of data which will empower end-users to be easier.

No.3 - Energy Saving And Environmental Friendly
The equipment employed for a GPON fiber optic implementation is usually about 50% more energy-efficient than the traditional networking equipment present in a IDF/Telco closet. This reduction in energy consumption for the IT network does mean there's a huge reduction in the quantity of Greenhouse Gas emitted in to the atmosphere.

No.4 - Free of Interference
Unlike electrical cables which conduct with electricity, fiber optic cables are glass-based carring light signals. This eliminates the requirement for grounding and means they are immune to any type of electrical interference - even lightning. Taking the benefits of potential to deal with interference and atmospheric conditions, outdoor fiber optic cables may be used outdoors as well as closeness to electrical cables without concern.

No.5 - More Data Secured
Aside from interference-free, class fibers may also work well in roughing conditions. We know, copper cabling is sensitive to water and chemicals, class fiber cabling runs nearly no risk of being damaged by harsher elements. Fiber Optic cables can certainly endure living environment that coaxial cable just cannot, for example being buried with soil, or in close proximity to chemicals. Besides, as it is also far more difficult to tap, fiber cabling would offers extra security for the data being transmitted.

No.6 - Easy Handling And Installation
Fiber optic cables are much lighter and smaller as compared to copper-based cables, which make it quicker to handle and require less time and effort to set up. Additionally, the carriers would never get shocked when the fiber optic cables are break as the electrical coaxial cables do. Since fiber cabling transmits light and not electricity, the folks handling it run no risk of injury from fire, sparking or electrocution.

No.7 - Cost Effective
Using the growth and development of fiber optic technology, fiber optic cable is no longer always regarded as too fragile or expensive for the deployed for general applications, by contract, it has gets to be more simpler to work with and install. With various cable metal material price rising around the present market, while optic fiber has declined and the manufacturing processes are also improving, that has created an essential prerequisite for the quick development of optical communication.

FiberStore, the best fiber optic cable supplier from China, can provide all kinds of fiber optic cables including glass optical fiber and plastic optical fiber. Whether single-mode and multimode(OM3, OM4), or simplex and duplex, outdoor and indoor cables are all available.

Information available at our fingertips in form of digital data today has swelled up to levels which had never been before. At the same time, real time communication has exponentially increased to extremely high levels. A whole class of applications have emerged that demand for transmission of high-speed data.

Necessity may be the mother of invention – optical fiber networks have been invented and deployed to solve the problem of high volume data exchange. And multimode fiber patch cables have grown to be the very first choice one of the different connectors of the wired carriers with endpoint devices.

What are the speed-hungry and volume-hungry data centric applications that have created this entire demand? Some examples of those applications are the Internet, the local area multi-computer networks, the phone networks and the ATM networks. There are many more applications with intense hunger for fast communication resources. For those practical purposes, these communication channels need a high-speed network that can carry enormous volumes of data with minimal attenuation and extreme accuracy. The modern fiber optic cable technology provides exactly this sort of communication.

The multimode patch cables are used to connect this data transmitted over the network towards the devices that they target to cater. These patches may also be used to connect the two loose ends of two fiber optic cables. The patch cables have to be multimode when the requirement is to support multimode optical fibers.

What is a multimode cable poor fiber optics? A multimode is one in which multiple packets of data can be simultaneously carried across the wire. The result is that the network can carry numerous data packets at a instant of time. The multimode mainline network cables are usually short long since the target with these cables is to support high speed and high power multiuser systems in a localized sense. The patches are compatible with the network cables to enable the machine remain aligned with the network objectives. Consequently the multimode patches support multiple user applications transferring data simultaneously, as well as retain the qualities of standard single mode patches like the high network speed, low network hindrances and occasional external interferences.

It’s also interesting to note that the end point devices these patch cables connect can be heterogeneous in nature. The aperture the end point device requires and types of applications supported may be diverse. There exist several different kinds of multimode fiber patch cables you can use based upon the requirements. And depending upon the exact reason why you have to install the patch on your fiber optic network, you shall need to select your patch and go ahead with the required installation.

Source: http://www.fiberstore.com/