Office Cat6 Computer Network Cabling Pittsburgh PA

The Importance of Structured Cabling to Your Company

13 Oct 2018

Office Cat6 Computer Network Cabling Pittsburgh PAStructured cabling provides consistently high performance because of its proper design and installation, which also allows for expansion and flexibility. When designed and installed by expert technicians, a structured cabling system is composed of several components that communicate with each other. As a result, it performs with efficiency and reliability. In addition, cabling can be transferred, adjusted, and expanded with ease. The system is also future proofed, so the system can evolve with technology as the company grows.



Conventional vs. Structured Cabling


Running point to point, conventional cabling directly connects hardware by utilizing jumpers or patch cables. Differing in approach, structured cabling deploys a series of trunks or patch panels that connect to hardware. These patch panels then link to another patch panel within the Main Distribution Area (MDA), the nerve center of a structured cabling system. MACs (moves, additions, and changes) at the MDA can be accomplished with ease by using short patch cords.



Why Use Structured Cabling?


Providing a more secure, rapid, and efficient method for connecting an office, structured cabling utilizes compact and standardized patch panels connecting to the MDA. This permits easier revisions and additions. The superior organization of structured cabling lets teams address issues faster, resulting in less labor cost and downtime.


Structured cabling’s goal is a well-organized cabling system that results in rapid connections and a leaner server room. As a result, cabling requires less room and is tidier, permitting improved airflow. The regulation of temperature is optimized, which helps preserve sensitive server room equipment.



Advantages of Structured Cabling



  • Cable and port tracing performed faster

  • Decreased downtime due to improved cable organization

  • MACs eased because of improved MDA configuration

  • Reduction of cabling mass, increasing airflow and cooling

  • Speedier connections and easier troubleshooting

  • Tidier and better organized cabling


A transition to structured cabling will improve the aesthetics and organization of your company’s cable system. It will also help your team function with more speed, efficiency, and effectiveness.



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 our clients in the Washington, D.C. and New York City areas. Efficiently working together, Progressive teams get cabling installed and operating as fast as possible while minimizing disruption and downtime. Call our toll free number (800) 614-4560 today.

Structured Cabling,,Office Cabling.connectors

How Improper Cabling Causes Network Issues – Part 2

12 Sep 2018

Structured Cabling Office Cabling Atlanta GAAs discussed in Part 1, the performance issues of your company’s network may be directly related to improper cabling. Part 2 will discuss Compatibility, Patch Cords, and Poor Installation.



Compatibility


Issues occasionally arise when coupling cabling and connectivity from various manufacturers. The use of jacks from one manufacturer with cabling from another, and then patch panels from a third firm is an example. This combination may result in compatibility problems. When components that are not intended by design to function together are used, network performance issues will likely result.


Purchasing top of the line high-performance cables, while utilizing lower-quality connectivity components, will produce a weak link in the chain. Cable of the highest quality will be unable to attain its full performance potential when it is married to jacks, patch panels, and plugs that are not rated to support its capabilities.



Patch Cords


Patch cords may be the top reason why there are issues in network performance.


Your company may have installed a high performance cabling infrastructure of the highest quality, but if low-quality patch cords were purchased to economize, network speed, signal quality, and overall performance will be compromised.



Poor Installation


Vetting the cabling services team you hire is perhaps the most important factor in the prevention of network performance issues. Check that the company you are considering has technicians that are properly trained and certified to install the cabling system you have chosen.


When cable installers are not properly trained, it will greatly increase the probability that your company’s structured cabling system will not be properly installed. Incompetent installation can result in problems such as improper pulling, excessive bending, and cable being installed too near sources of signal interference like large motors and machinery.


Poorly trained technicians will leave cabling that is not properly terminated or correctly polished. Sloppy work and insufficient attention to detail during installation will usually result in poor network performance, along with costly and time-consuming efforts to address the problems the substandard work caused.



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 our clients in the Washington, D.C. and New York City areas. Efficiently working together, Progressive teams get cabling installed and operating as fast as possible while minimizing disruption and downtime. Call our toll free number (800) 614-4560 today.

cables, cabling design,Structured Cabling

Basics and Benefits of Zone Cabling – Part 1

7 Dec 2017

cables, cabling design,Structured CablingTopology or zone cabling design starts with horizontal cables running from patch panels within the TR (telecommunications room) to connections in a ZE (zone enclosure). A ZE can be installed in a ceiling, on a wall or beneath a raised floor. Next, cables originating from ZE connecting blocks or outlets lead to telecommunications outlets inside the WA (work area), equipment outlets, or straight to BAS (building automation system) devices.


Keep in mind ZE connections are creating by modular outlets or punch down blocks. No active equipment is housed in the ZE. For zone cabling deployment, experts recommend installing zone enclosures within a floor space’s populated areas that have the greatest density.


The primary element of zone cabling design is allowing flexibility in client work spaces that enable efficient MACs (moves, adds, and changes). Studies have found that zone cabling can result in considerable savings as opposed to the traditional configuration of home run work area to TR cabling. This is attributable to the fact that MACs on a home run topology need a greater amount of cabling materials and installation time for implementation.


To illustrate the savings mentioned above, we can compare a home run cabling link to a zone cabling link. Both can support a WA outlet positioned 200 ft. from the TR. In this scenario, the ZE is already cabled from the TR with extra ports for supporting additional services and positioned 50 ft. from the WA outlet. Should a second cable be required for deployment, 200 ft. of additional cable will require pulling from the telecommunications room that is designed traditionally, but just 50 ft. will require pulling with a zone cabling design.


Other important benefits derived from the utilization of zone cabling designs are considerably decreased installation and disruption times, along with cable pulling savings of 75%, which will result in significantly improving ROI (return on investment).


Part 2 will continue discussing the basics and benefits of zone cabling.



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 our clients in the Washington, D.C. and New York City areas. Efficiently working together, Progressive teams get cabling installed and operating as fast as possible while minimizing disruption and downtime. Call our 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

Cat5e ,Cat6/6a Cabling,patch cables

Patch Cables and Twisted Pair Cabling

21 Mar 2015

The patch cable is used to link up two network devices. This type of cabling is usually a Cat6 or a Cat5e cable thaCat5e ,Cat6/6a Cabling,patch cablest connects personal computers to the wall plate or provides the short interconnects among the switches, routers and the patch panels in the wall closet or Server Room. These make use of stranded wires instead of solid to increase flexibility. It also lessens the risk of cracking when you unplug the cable. There is also a variety of Ethernet patch called the crossover cable. It is used to hook up two PCs together and sometimes to interconnect switches.



Ethernet Systems


Ethernet systems ensure adaptable and economical methods of conveying voice, data, and multimedia over integrated networks. In fact, Ethernet patch cords have become very common. These wall to wall cables gave rise to the growth of generic and structured cabling systems. Today, these are used practically for all networking components regardless of industry or application. However, there are concerns that you need to consider. Whereas modular attributes and profusion of patch cables denote absolute universal use, there are differences that can reduce interchangeability. Some of the disparities originate from various wiring configurations of cable conductors and connector pins.



Twister Pair Cables


For this type of cabling, two conductors are coiled to prevent electromagnetic interference (commonly known as EMI) that comes from external (usually electrical) sources. One example is the electromagnetic radiation caused by uncovered twisted pair cables or UTP as well as cross talk produced by adjacent electrical wires. The process of shielding generates a conductive barrier to lessen these electromagnetic waves. It also creates a conduit for conduction so that  currents and data can traverse freely. Shielding can be applied on individual pairs or as a group of pairs.


Twisted conductor pairs form a secure circuit. The voltages carry the same magnitude or amplitude. However, one is positive while the other is negative. Incidentally, crosstalk takes place if the electromagnetic field turns out a signal that is too big or strong and intereferes with a nearby pair. The sound is like a fusion of the two fields by means of a swap of the energy between them. Certain components of these signals are passed on to each other during this exchange of energy.


As a result, here is an ensuing increase in the level of “noise”. External sources of EMI and RFI create signal interference in a similar manner. These cause distortion of the signals that go to your office and communications equipment.


Overall, these are the things that you should take into account with regards to twisted and patch cabling.


Please feel free to contact us if you need help with your office cabling project!

Data Cabling Cat5e Cat6/6a Cabling

Abandoned Cable Liability Issue

17 Oct 2013
 Cabling,Data Cabling Cat5e Cat6/6a Cabling

As tenants come and go in a commercial building, the cabling infrastructure sometimes leaves behind abandoned Cat5, Cat6 and coax cabling. All that needs to happen is for the new tenant to request a reconfigured layout that relocates the main wall closet. Or, sometimes the old tenant will cut away the cabling in order to take the patch panels with them. If possible, keep the wall closet location. And always offer to buy the patch panels from a departing tenant.



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Network Cabling Data Cabling

How to Install a Patch Panel

27 Jun 2013

The process of installing a patch panel onto a wall begins with the preparing the wall to hold the rack. Most offices have drywall walls. Sometimes the walls are concrete if they lie along the structural boundaries of the building. This installation involved mounting the patch panel onto a wall that is drywall on top of concrete.


The photos below will illustrate what is involved in mounting a rack that holds the patch panel and switch.

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network cabling, data cabling

Perfect Patch Panel Installation

4 Jun 2013
This project involved installation of 28 double drops into two 48-port patch panels. Each wall plate has two connections with one dedicated to data and the other dedicated to voice. Price Benowitz has a lovely office at 409 7th Street, NW. The building is historic but renovated into a modern office. So, the drop ceilings and hollow walls facilitated a straight-forward installation of the Cat5e network cabling system.
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Network Cabling, Data Cabling ,Cat5e ,Cat6/6a Cabling

Computer Network Patch Panel

23 Dec 2009

Network Cabling ,Data Cabling, Cat5e, Cat6/6a CablingA patch panel is an in-line series of connections mounted onto a frame to enable network cables to be terminated in an orderly manner. Typically, the panel is the termination point of network cabling drops that are installed in a office or residential cabling system.It is numbered and comes in 12-port, 24-port, 48-port and 96-port configurations. The numbering of the panel ports allows for the network installer to label the wallplates to match the corresponding connection at the patch panel.


Patch panels are most commonly used for computer data networks but as Voice Over Internet Protocol (VOIP) phone systems become more common, we are seeing phone systems being terminated into panels. They are wall or rack-mounted. In small offices, a 12 or 24-port patch panel might be wall-mounted to a wooden mounting board. Larger office networks will usually require a rack mounted series of  panels.


The patch panel comes in Cat5, Cat5e and Cat6 types to match the cable being installed. The connections on the panel are RJ45 that are designed to allow for a cable to "punch-downed" into the connector. The connector has 8 punch down points to accommodate the 4-pairs of wires in a Cat5/6 cable.