The cables behind the walls of your office, under the floors, and within the ceilings are by far the least glamorous part of I.T. Mostly considered an essential utility, you need cabling and conduits that support low-voltage to help minimize cost.
The need for a low-voltage infrastructure that crucial in running high-performance businesses. It includes both wired and wireless components. Your Structure Cabling components should support high transmission speed and all the bandwidth requirements within the organization.
At House of I.T., we practice all the standard prescribed codes within an organization. With our design and management, you can implement the most efficient physical infrastructure within your organization. If you wonder which standard describes structured cabling, it is the Commercial Building Wiring Standard.
The Structured Cabling Systems consist of the complete cabling and associated hardware within your office space. With its help, you can optimize a more comprehensive infrastructure for your telecommunication. Not only does it allow a broader range of use, but it also helps in faster data transmission throughout your entire computer network.
Without proper and faster connectivity, your organization's workflow can be jeopardized. Consider the cabling as the backbone upon which the productivity of your entire organization depends.
Don't get left behind. With House of I.T., you have 15 years of experience and expertise by your side. Let our experts deliver the most appropriate and standardized structured network cabling system. Enjoy the highest speed at the lowest-cost network infrastructure available today with these types of network cables.
Did you know many companies are losing money because they are using an IT system that isn’t designed for their business specifically? Not only do you lose productivity, but you could also be losing across the board ranging from customer relations to process efficiencies. Let us help you get the right network that supports your business growth instead of hindering it.
You ever wondered how information is connected and transferred throughout an organization? Cabling is the networking process that allows it. It can be between computers, routers, networks, storage, and even switches. These cables are set up through internet cable installation and link your systems to the internet for faster connectivity.
That is also the single system that interconnects your PCs, phones, and other necessary devices for your business. If you seek a reliable solution that also caters to a whole range of communication requirements, you need structured cabling.
Point-to-point cabling can get very disorganized and requires a lot of maintenance. If you want a neat and clean system, then structured cabling is the way to go. Since jumper fiber cables are used in point-to-point cabling, you cannot patch panels to the Main Distribution Area.
As a result, you can only run the cables to and from the equipment. It is not possible for large enterprises, where there are tons of equipment across the floor. On the other hand, if you need to connect different hardware to your primary data center, Structured Cabling can offer a more extensive facility.
Structured system cabling has six components, according to ANSI/TIA-568-C.0 (Generic Telecommunications Cabling for Customer Premises) and ANSI/TIA-568-C.1 (Commercial Building Telecommunications Cabling Standard).
The ANSI/TIA-568-C.0 (Generic Telecommunications Cabling for Customer Premises) standard is maintained for generic infrastructure. The ANSI/TIA-568-C.1 (Commercial Building Telecommunications Cabling Standard) is maintained for commercial building infrastructure.
Your entrance facilities consist of cables, connecting hardware, network demarcation points, and other equipment. EF helps connect to the private network cable layout or the access provider (AP). Also, it helps build the cabling connection between the inside building cabling and the outside plant.
That is the part of your Structured System cabling, where the telecom company's wiring ends, and your company's wiring begins. You can connect the provider's cabling to your private cabling using the demarcation points, connecting hardware, or any other equipment. All of these are available in entrance facilities.
You need a more environmentally controlled centralized space for telecommunications equipment. It is more complex than a typical telecommunications room (TR) or telecommunications enclosure (TE).
Having it environmentally controlled means you can modify and adapt the features to your physical workplace to enhance business effectiveness. It also consists of the main cross-connect (MC), intermediate cross-connects (IC), and horizontal cross-connects (HC).
A telecommunications room helps connect the hardware to the horizontal terminals and backbone cables. That includes nay patch cords or jumpers as well. In an FTTE structured cabling installation, the backbone fiber runs through the telecommunications room (TR), starting from the entrance facility.
Similarly, a telecommunications enclosure (TE) acts as a secondary telecommunications room (TR) in some instances. You can say that the TE can work as a more miniature TR that helps consolidate, distribute, and offer a point of network cable termination nearby. This way, you can establish the final link to your desktop via a fiber, UTP cable, or even wireless connection.
The physical cabling and terminating hardware that helps transmit data and voice signals between the Work Area Outlets and TR is called Horizontal Cabling. The maximum length of the horizontal cable can extend up to 90 meters or 295 ft. As you can see, this long network cable can come in handy.
Horizontal cabling is also considered as cabling subsystem 1. Cabling subsystem 2 is the backbone cabling between the horizontal and intermediate cross-connect. There is a cabling subsystem 3 that connects between an intermediate cross-connect and the main cross-connect.
The horizontal cabling subsystem 1 stretches from your primary work area's telecommunication information outlet to the TR or TE. It comprises a horizontal cable, some mechanical terminations, patch cords, and jumpers.
The Work area of WA components expands from the telecommunication connector end of the horizontal cabling system to the Work Area equipment. You would need at least two permanent telecommunications outlets for each work area. The multiuser telecommunications outlet assembly (MUTOA) is a part of the WA.
Now, when planning horizontal cabling, what is the maximum allowable distance that can be used? Now ideally, the answer is 76 meters or 250 feet. That is why your telecommunication room needs to be on the same floor as the work area.
You need backbone cabling to interconnect between the other structured cabling components of the Structured wiring system. A structured cable installation usually happens from floor to floor or between the IT rooms on the same floor.
What does backbone cabling consist of?
The components, which the backbone cabling system helps interconnect, include the entrance facilities, the equipment rooms, the access provider (AP) spaces, and the telecommunications rooms.
Mechanical network cable termination
Patch cords or jumpers There are three types of backbone cabling:
Twisted pair (shielded or unshielded)
Every professional organization needs a robust infrastructure. If you want seamless integration of all your low-voltage cabling, there is no substitute for this. Scalable, adaptable, and highly cost-effective, Structured Cabling surely wins the day.
Today, with wireless technology, almost every I.T. infrastructure needs to run on fewer wires and more devices. Even as we live through the Wireless Revolution, Structured Cabling Systems will stay relevant for businesses. They help keep things organized, but at the same time, are more reliable.
One of the most significant challenges businesses feels while using wireless technology is the security issues. On the other hand, Structured Cable Systems are proven to be customizable, organized, and very safe solutions for transferring confidential business information. That is also why they are standard across much industrial use despite the popularity of wireless networks.
You can surely keep things more organized with a structured data cabling system. Gone are the days of complex infrastructure that led to errors, like unplugging the wrong hardware port or sudden shutdowns. Let's not forget how much trouble the tangled cables can be!
You can now enjoy an environmentally controlled centralized network system with structured cabling. Now you can increase your productivity with a seamless information flow.
You can easily move, add, and make necessary alterations to your network cabling infrastructure when you have a structured cabling system. Even troubleshooting becomes easy with these and can detect the problems much faster. Not only that, but the issues will be easier to fix.
Structured cabling systems will support all your applications and hardware, even after making the changes or mixing and cabling vendor. With some adequately installed structural cable systems, you are no longer required to rework the cabling after upgrading to another vendor or model.
The best part about these types of cables is perhaps the consistency they provide. You can use the same cabling system for all purposes. Standardizing your system has never been easier, whether for a phone, standard Ethernet cable, or ISDN cabling. It also makes troubleshooting a lot smoother and streamlines your future cabling upgrades.