structured cabling,Washington DC New York City

Important Considerations for Structured Cabling

13 Sep 2017

 cables,structured cabling, Network CablingAn infrastructure for enterprise communications, structured cabling is a system of hardware and cables designed for flexibility and future capability. Complying with the Electronic Industry Alliance/Telecommunications Industry Association (EIA/TIA), conventional structured cabling meets the organization’s standards internationally. The following are three important aspects of structured cabling that every organization should consider.


Over time, IT infrastructure has become more condensed and more sophisticated, and the importance of structured cabling has grown. Structured cabling eases a company’s expansion via a design that allows the adoption of additional hardware and software. As it has consistent network architecture, structured cabling allows the simplification of maintenance and repair, decreasing costs of upkeep. A study by the International Engineering Consortium discovered that standardizing cabling components and reducing cable delivery methods decreased startup construction outlay by almost a third. Moreover, expenses for network maintenance are lowered 40%.


Structured cabling is gradually making the transition from copper cabling to fiber optic because companies desire greater speed and better air circulation for the reduction of cooling costs. Lighter and narrower cables allow an overhead system of cabling to be installed instead of raised-floor cabling. The installation and management of cabling is made easier by less cumbersome cables, and so this trend will grow over time.


Sound planning is crucial for the success of IT projects. The future number of users, their locations, and required bandwidth must be diligently considered. How PoE (Power over Ethernet) will provide power to devices via must be studied. As Wi-Fi use grows, the number of wireless access points must be determined by every enterprise. Where will cables be located inside and outside the premises? Will the structured cabling be able to cope with moves and changes within the premises? Scalability and flexibility are both important, and so the locations of furniture and server racks must be carefully planned with respect to cabling. IT staff should also understand that different types of cable have limitations as to the length of their respective runs. Finally, there may be government regulations for structured cabling that require compliance.

Progressive Office Cabling

Founded in 1986, Progressive Office’s success has been a direct result of years of commitment to seeking solutions on behalf of their clients in the Washington, D.C. and New York City areas. Efficiently working together, their teams get cabling installed and operating as fast as possible while minimizing disruption and downtime. Call their toll free number (800) 614-4560 today.

Structured cabling,Network Cabling, Washinton DC

Data Center Cabling Best Practices – Part 3

5 Jun 2017

cable management,Network Cabling,New York CityAs mentioned previously, modern data centers must be flexible, scalable, reliable, and manageable, making best practices required. Part 3 will cover Color Identification and Naming Scheme.

Color Identification

A method of fast visual identification, color coding makes management simpler, conserving time spent on the tracing of cables. Patch panel ports can also be coded, and various colored jacks and inserts are also coded. As determined by a particular manufacturer’s own color scheme, cables are available in numerous colors, each of which can be made applicable to the specific function of a cable or connection type.

Color schemes are expandable through the use of color bands at the end of every cable, using various colored sleeves and colored ports on the patch panel. However, it will also be necessary to use a secondary non-color scheme to make it possible for those who are color blind to identify the cables.

Naming Schemes

After determining the physical layout for the cabling that will be used, use a naming scheme that can be logically applied for facilitating fast and effortless identification of every cable component. Labeling can be an especially effective way to improve team communication among staff members because it makes confusion and uncertainty unlikely when a colleague must search for a particular component. Clear labeling is integral to the success of the naming scheme, and it should not be neglected.

A good naming scheme documents and labels every cable component. The following is the typical hierarchy for a naming scheme: Building, Room, Rack, Patch Panel, Workstation Outlet, Port, and Cable. Each should receive a designation indicating its location preceded by the area(s) above it. For example, Rack A03 would receive the designation SJ01-5D11-A03, if Room is designated SJ01-5D11, and Building is designated SJ01.

Upon the approval of the naming scheme, your team can begin labeling components. The team should prioritize drafting a manual that details the naming scheme and include it as part of the training program for newly hired data center administrators.

The Best Practices for Cable Component Selection will be discussed in the next series.

Union Network Cabling

When your work requires a unionized cabling group, call on Progressive Office Inc. for your commercial Cat5e/6/6a and fiber cabling projects. Specializing in cabling for data, voice, security and even the latest WiFi and LiFi solutions. Phone: (202) 462-4290

Data Cabling, Fiber optic cable

Fiber Optic Cabling for PC Networks

17 Apr 2015

 Data Cabling, Fiber optic cableIt is not easy to install fiber optic cables for computer networks. Fiber optic cabling components consist of the core, buffer, cladding, and jacket. Some cables also have copper conductors to provide power for repeaters. Nonetheless, installation should only be performed by experts. The first step is to determine the cable that you want to use. The second is to learn the procedures of fiber optic cable installation.

Varieties of Fiber Optic Cables

Multi-mode fiber optic cable is meant for short distances or a maximum of 1,800 feet. It can transfer 10 gigabits of data per second. The single-mode fiber optic cable costs more. Yet, it has the capacity to convey the same 10 gigabits up to 37 miles. The first option is recommended for residences and small offices since there is really no need to cover such long distances.

How do you begin an installation? Prepare the switches and devices for the office PCs as well as at the faceplate for your future fiber solution. Connect the computer cable to the outlet and hubs/routers to the desktop. Attach a fiber optic cable to the router and hook it up to the second computer (if there is one). The cable must not be too tight so you can unplug it without difficulty. Secure the cables properly. Rather than replacing the existing 10BaseT network card. Leave it installed and install a new separate fiber network adapter. That will help make the transition is smoother.

You will need a media converter for devices without fiber optic outlets. It transforms light pulses into low voltage data. Plug the computer into the network using a Universal Serial Bus (USB) adapter and an Ethernet cable. Connect the workstation without the fiber optic outlet into your converter. Now, you can turn on all apparatus linked to the network.

Upkeep Techniques

Minimal maintenance is required for household networks. Simply make sure that cables are not damaged or disconnected. Cables should be bundled neatly to prevent damage. Keep these out of the reach of youngsters and pets. Puppies love to chew cables! Fiber optic cable speeds can be degraded by dust, scratches and humidity. Try to buy a cheap laser pointer to check if your cables are functioning efficiently. Position the laser at one edge of the cable and find out if the other point lights up. If it lights, the cable conducts light well. Otherwise, it is time to clean or replace the fiber optic cable. Also check your outdoor cables often since they are more susceptible to damage.

Fiber optics provide much higher speed and clear data signals compared to conventional copper cabling. Indeed, fiber optics is a terrific solution if you need more speed to your Server or for your Internet apps. And even though the cost is quite high, you are assured of a high value for your investment.