Pre-installed with fiber optic adapters and pigtails
Easy to operate and convenient maintenance
Used in the CATV, telecommunication equipment room and network equipment room
|Product Name||Fiber Patch Panel|
|Height||1U to 5U|
|Adapter||FC, SC, ST, LC|
|Splice Tray Capacity||12 Fibers/Tray; 24 Fibers/Tray|
|Color||Black, White and Grey, or Customized|
|Weight (kg)||According To Cores|
Fiber Patch Cables
Fiber Optic Patchcord
fiber optical patch cord
Cable Patch Cord
Fiber Patch Cord
Fiber Optic Adaptor
Fiber Optic Adapter
fiber patch panel refers to an interface that connects optical equipment to multiple fiber
optic cables. Fiber patch panel has many fiber optic ports that help you organize all your cables
for ease of making connections. You cannot complete an extensive fiber-optic network without it.
You will find many fibre optic patch panels ranging from small ones to large types. Usually, the small types have few ports, while the large ones have many ports. Every port has a wire or cable that connects various devices or locations.
So, to use many fiber optic devices without creating confusion, you’ve got to get a reliable panel. Whether you are designing a communication closet, data center, office telephone communication center, and any other network set up, you need this interface.
Since there are many types of fiber optic ODF out there, you ought to know their roles. You will understand if you, indeed, need one for your facility, if and only if you know its purpose. You should also be clear as to what you want to achieve.
Figure 2 Fibre optic patch panel
Using Bwinners fiber patch panel helps you reduce cable clutter. You can also efficiently scale up your fiber network to include many devices if you have a large one. Most importantly, you ought to acquire it to keep your center organized. It is easy to locate faults when there is such an organization.
Without a doubt, this fiber optic device plays a very vital role. So, to help you understand its role better, we’ve answered all questions you might have about optic terminal box. This comprehensive guide has quite essential information to help you master the use of fiber patch cables.
Each time you search, ensure that you purchase a suitable type that will serve you well. Here we go:
Bwinners fiber patch panel is simply a piece of hardware that has ports that help in organizing
cables in a fiber optic network. In physical terms, you will find fiber
optical patch panel as an enclosure that houses splicing trays, adapter panels and space
that stores any excess fiber.
Its many ports interface with other patch cables. These cables are connected to an equipment that in most cases is outside the building. The adapter panels provide an interface for ports both those within and outside the enclosure.
You’ll find that the ports inside the enclosure are fixed since they are not going to be disconnected any time. The ports outside serve the role of patching cables. They can thus be plugged or unplugged to create the necessary connections.
Fiber patch panel is used for connecting various IT devices. If you have network system where LAN
connects to WAN or even to the internet, you need a good patch panel.
Ideally, you cannot create connections between different devices if you do not have optical fiber patch panel. Similarly, any connection that uses several cables should also make use of this device.
Using Bwinners fiber optic patch panel makes cable management in your network easier. You can thus quickly fix any issue that arises without interrupting the whole system.
Fiber patch panels bring together multiple ports together to help create connections between incoming
and outgoing fiber lines.
Figure 5 Optic Terminal Box
If you want to create connections in areas of work that include electrical systems, communications networks, electronics and local area networks then you need patch panels.
So, in simple terms, fiber optic termination box works by connecting a wide variety of devices within a network system.
You already know the function of a fiber patch panel. Now the big question is, how do you connect it
to a switch? You need to understand how you can connect this very vital device to the cabling system
in your network.
Figure 6 Fiber Termination Box
You can easily troubleshoot mistakes in future only if you know the layout process, especially in the fibre optic terminal box. Here is a procedure for creating a connection:
Step#1: Get a Cabinet to House the Panel and the Switch
You require a cabinet that will house your panel as well as the switch. It should be large enough to accommodate all the ports of the panel and their respective switches all within the rack.
Step#2: Trim Cables to Size
You need to prepare cables for connection by reducing them to proper lengths. If you use cables that are too long, you are likely to cause a mess. However, as you trim them, remember also not to reduce them too much.
Step#3: Match the Ports on the Panel with those on the Switch
You should match ports correctly to avoid any confusion. For instance, if you are using a 24 port patch panel, you should use the twelve ports on top of the panel for the twelve on the bottom of your switch.
Also, remember that one set of patch cables would have to be a little bit shorter than the other set.
Step#4: Connect the Modulars with Cables
Using the cables you already reduced to the right lengths, connect all the modulars that or at the back side of the optic patch panel with respective cables going into each unit.
With these four simple steps, you have a good connection with the system. It should not have any problem with powering. It is also easy to detect faults within a system that is connected following the right procedure.
Irrespective of the kind of application you have, you need to know the installation process for a
fiber patch panel.
Getting the right wiring instructions and adhering to them will help you complete the process hassle-free.
In the following video, you will get tips on a 12-port fiber patch panel:
You will come across many types of fiber patch panels out there. Their classification depends on many
factors. Here are the major types you are likely to use:
Indoor and Outdoor Types
Indoor types fiber optic patch panels are those you will use with applications inside or a room. They are uniquely created in a way that makes them adaptable to such areas of use. They will often have a structure as illustrated in the picture below:
Figure 7 Indoor Fiber Optic Patch Panel
While it serves the same work just as the indoor type, the outdoor fiber patch panel has unique features. For instance, it is waterproof to help keep it intact in moist or rainy outdoor conditions. Its structure is thus a bit different as shown in the picture below:
Figure 8 Outdoor Fiber Optical Patch Panel
Loaded Versus Unloaded Types
Loaded fiber termination boxes are those that have adapter panels or cassettes. In most cases, you will find that these types are loaded with MTP and LC adapter types.
Figure 9 Loaded Fiber Patch Panel
The unloaded type of fiber optics termination box does not have adapters loaded in it. It is simply an empty panel. You will, therefore, select the adapters to use depending on what you want to use it for. This type is thus flexible as it gives you room to choose what best suits you.
Figure 10 Unloaded Fiber Patch Panel
Small versus Large Fiber Patch Panels
Small fiber patch panels are those with few ports. Usually, if you get one with 12 it is a small type. Actually, 12 is the smallest since there are many others with several ports. Others are those with 24 ports and even 48.
The large type of optical fiber ODF has several ports. The number of ports can go to as many as 96 and even more, especially for large networks. Any panel with 64 ports and above is relatively large compared to others.
Wall versus Rack Mount
You can easily mount this type of panels on any wall, hence the name. A panel of this kind often comes with a mounting holes in the inside part. These help in mounting them on the wall. Here is what most of them look like when it comes to design:
Figure 11 Wall Mount Fiber Patch Panel
Rack Mount Type
Bwinners rack mount type of fibre patch panel usually holds fibers in a horizontal manner. You should thus mount them onto relay racks, so you use it properly. Standard relay racks are often 19" or 23" in size and the panels look as shown in the picture below:
Figure 12 Rack Mount Fiber Optic ODF
You are likely to find other types of fibre optic termination boxes. What we’ve explored here are the most common ones you in the market as well use by network systems owners.
You ought to use Bwinners fiber patch panel since they offer many benefits. Here are some of the
notable benefits you need to know:
Protection of Networking Equipment
Using Bwinners fiber patch panel protects your network equipment including cables, adapters, servers and switches from wear and tear. All connections and cabling will take place within the panel.
Figure 13 Optical Termination Box
Ease of Operation and Maintenance
Since all devices and fibers are within one panel, operation becomes easy. You will do everything within it, including maintenance, and any repairs/replacements when necessary.
Grouping of Jacks and Ports
With all ports and jacks within one panel, it is easy to manage all devices. You will, therefore, no longer hunt input ports as is the case when they are scattered. You can easily make changes and create connections all in one place easily.
Indeed, you need to get a good optical fibre termination box for all the amazing reasons. Its benefits will help you keep your network in good working condition easily.
Figure 14 Optical Fiber Termination Box
Specifications give you the guidance and instructions you need to follow. In a nutshell, they specify what you can do or not do with your optical fiber terminal box. Here are the most common specifications you should pay attention to:
You can terminate Bwinners fiber patch panel using two approaches. These are by use of a
field-installable connector or by using pigtail.
If you use the field-installable approach, you’ll just install a connector to each individual fiber cable. So, that means you have to polish the fiber and create a connection using the connector.
For the pigtail approach, you will simply get a splice and use a splice tray in the fiber patch panel. That still terminates the panel and it works.
Whichever approach you use, ensure that you create a connection that will ensure there is good performance.
Figure 15 Optic Patch Panel
If you have used panels and connectors before, you can easily know the type of ports that your fibra
optica ODF has.
The physical appearance tells it all. Good panels also come with labels and their descriptions will also tell you that type they are.
If you are unable to identify, seek the help of a technician. It is better to seek help rather than end up creating a connection that is not good with your panel.
Figure 16 Fibre Patch Panel
Fiber patch panels make use of connectors to connect to fiber cable ends. But you should also note
that there are several types of connectors out there.
To create a connection successfully within a panel, you need to match the connectors correctly. The most common types of connectors that you’ll find in fibre termination boxes include:
Yes, you can re-use fiber terminal box. So long as it is in good working condition and without any
damage, you can use it again.
The only time you should not re-use patch panels is when there are faults mainly physical damages that make it inappropriate to use.
As a precaution, it is good to do some maintenance work before re-using the panels. That will ensure that they are in good working condition.
You will not find a uniform price for all fiber patch panels out there. The price varies with the
type of panel you are getting.
Prices also vary from one manufacturer to another. The other thing worth noting is the fact that price change over time.
Generally, if you want a high-quality fiber patch panel, you must be willing to set a good budget. Most importantly, buy from reputable manufacturers such as Bwinners.
You can request a quote and catalogue so you get price and feature details.
An intelligent fiber patch panel functions in a way that the normal panels do. It allows fiber optic
cables to connect to their network ports.
However, unlike the normal fiber patch panels, the intelligent types often have some extra features. For instance, they have LED indicators and you will have to power them as well since they need power to function.
Intelligent fiber patch panels also have circuitry and pins that are built inside them. You can, therefore, use software management tools to monitor connectivity remotely.
Generally, if you want to use and external control, then intelligent fiber patch panels might be the best option for you.
You can get the best fiber patch panels from China from Bwinners Company.
You will find high-quality fiber patch panels with them.
Whether you want a small type or a large one for applications that require many ports, you will find them at Bwinners.
Figure 18 Patch Panel 24 Port
When you purchase Bwinners fiber patch panel, you get a device that will help you complete your network and boost performance. So, here’s why you should purchase Bwinners fiber patch panel the next time you need one:
The common challenge with fiber
patch panel is getting one with sufficient capacity. Many people often face the challenge of
deciding which one best suites their application.
If you want to avoid falling into the trap of buying panels every now and then, you need to know how to get the best. The best one is a type with the right features as well as the capacity to meet your needs.
You need to get also optic patch panel that is flexible. It should serve almost in any fiber application you have at home. It should also be a type that is easy to use, especially when you want to scale it up. So, one with many or extra ports would be ideal.
fiber patch panel performs several very vital functions. That means when you start a search,
you need to look for the best option. However, you can only get the best if you know how to assess
them. Here are things to check:
Size of the Panel
You should get fiber patch panel that will manage the work you have at hand. Size, therefore, plays a very vital role in the choice process. You need to get a fiber patch panel that is as small or large to meet your needs. Number of ports determine the size of a panel.
Type of the Panel
You already know that there are different types of fiber patch panels out there. You choose one that has the features you need. If you get the wrong type, you are likely to have problems sooner than later.
Your network is likely to grow in future. That means you will have to change a few things along the way. With a versatile or scalable patch panel, you will be safe. You will not need to buy another one.
Ease of Maintenance
Your fiber patch panel will require regular testing, routing/re-routing, monitoring and switching among other maintenance work. If you get a type that is east to maintain, you won’t have a problem with doing some of these activities. So pick wisely.
You need to check what buyers have to say about the fiber patch panel that you are considering buying. Their comments will help you make the best decision. You are not obviously the first to purchase, so learn from other buyers.
All you need when making a choice is a way of arriving at one option from many. If you keep all these factors in mind, it will be easy to narrow down to a single one. You need to get a high-quality fiber optic patch panel.
If your fiber patch panel has a failing link somewhere, you have to troubleshoot it immediately.
Leaving it will cause serious connections problem that might be a little bit hard to fix. Here are
steps you can take to troubleshoot it:
Step#1: Test the Patch Cords
Use a tester to assess if fiber patch cords are in good condition at both ends. The most commonly used testers that you can also use are visual fault locator (VFL) and a power meter. You’ll locate the fault easily with these devices.
Step#2: Repair or Replace the Faulty Link
Once you’ve known where the problem is, you need to correct it. You can repair it or eliminate any faulty connection if damage is serious. The best cure is to replace all faulty connections within the panel.
Step#3: Label All Links Correctly
After fixing the problem, label the fiber patch panels. It helps in ensuring that you do the correct routings from port to port. So, put the appropriate labels at both ends.
In conclusion, the ability of your fiber patch panel to transmit signals and data depends on its state.
If you keep it in good condition and free from faults, you’ll enjoy excellent transmission performance.