Home>Products >Fiber Optic Patch Panel ODF

Fiber Optic Patch Panel ODF

Company Advantages

Company Strength

Yingfeng Optical Communications was founded in 1982. After years of rapid and sustained development, it currently has Yingfeng Modern Industrial Park with a production area of 35,000 square meters.

Professional Team

We have a professional team to provide you with comprehensive one-stop services. Professional manufacturer, 100% tested. We have first-class production lines and strict quality management systems.

Our Certificate

ISO9001:2015,CE, ROHS,UL,ANATEL

Rich Experience

We have 40 years of experience in this field. We are a professional supplier you can trust

What is Fiber Optic Patch Panel ODF

The optical fiber distribution frame (ODF) is used for the termination and distribution of the local main optical cable in the optical fiber communication system, which can easily realize the connection, distribution and dispatch of optical fiber lines. Simply put, the fiber optic patch panel is the wiring connection between the optical fiber and the optical communication equipment or between the optical communication equipment.With the increasing degree of network integration, optical-digital hybrid distribution frames integrating ODF, DDF and power distribution units have emerged, which are suitable for small and medium-sized distribution systems from fiber to residential areas and fiber to residential areas.

MPO Patch Panel

Add to Inquiry
3U Optical Distribution Frame

Add to Inquiry
Server Cabinet 42u

Add to Inquiry
24 Cores Optical Distribution Frame

Add to Inquiry

Benefits of Fiber Optic Patch Panel ODF

Aesthetic Appeal
The biggest benefit of using a patch panel has been told when you have a first look at this neat cable system. A neat and orderly cable system completely depends on whether you use a fiber optic patch panel or an Ethernet patch panel. I believe no one can refuse the magic of patch panel after comparing a messy spaghetti-like cabling system in the data center

Excellent Flexibility
When you need to replace cables or when something is damaged, you don't need to re-lay cables or change the location of equipment, which provides enough flexibility for cabling management. Stamping cables into terminal patch panels allow the mechanical decompression of relatively expensive switch ports. When a cable from a wall or ceiling is inserted into the switch port, it may be pulled, pushed, etc. if so, many links like an RJ-45 plug will easily lose connection.

Make Cabling Management Simpler
Patch panel can easily connect multiple different devices to any outlet,which brings a lot of convenience to engineers' wire access work and makes patch panel wiring easier. At the same time, using a label management system in different patch panel links can make you easily find a signal flow you need and make troubleshooting easier

Enhanced Signal Quality
Fiber Optic Patch Panel ODF help to minimize signal loss and degradation by distributing optical signals directly to connected devices.ODF offer a central location for managing and organizing fiber optic cables, making it easier to connect and maintain them.Fiber Optic Patch Panel ODF can accommodate multiple fiber optic cables, allowing for easy expansion and scalability as network demands grow.

The Purpose of Optical Fiber Distribution Frame ODF

01/

Cable Termination
The patch panel allows the termination of multiple fiber optic cables in a single location. It provides a connection point where the individual fibers can be terminated, spliced, or connected to other devices or cables.

02/

Cable Organization
A patch panel helps organize and manage the fiber optic cables within a network. It provides a structured and neat arrangement of the cables, reducing clutter and making it easier to identify and trace specific fibers when needed.

03/

Flexibility and Scalability
Patch panels offer flexibility and scalability in network configurations. By providing a central point for cable connections, it allows for easy changes, additions, or removal of fiber connections without disrupting the overall network.

04/

Efficient Troubleshooting
When an issue arises in the network, a patch panel simplifies the troubleshooting process. By having all the fibers neatly terminated and labeled, it becomes easier to locate and isolate problematic connections or fibers.

05/

Improved Maintenance
Patch panels make maintenance tasks more efficient. They enable technicians to quickly access and test individual fibers without the need to directly access the main fiber cables, reducing the risk of damage or disruption to the network.

06/

Patching and Cross-Connectivity
Patch panels enable cross-connectivity between different fibers or devices. By using patch cords or jumpers, connections can be easily established or rerouted between different ports on the patch panel, facilitating network flexibility and configuration changes.

Types of Fiber Optic Patch Panel ODF

Breakout Patch Panel
It is used for breakout cables such as 40G-10G and 100G-25G breakout cables. It has the advantage of high density and brings flexibility and convenience to cable management. Meanwhile, the breakout patch panel gives the data center a more inviting place. The airflow and cable cluster problems that may exist for special breakout cables can be properly solved. Using a breakout patch panel can make your messy breakout cable become more organized and more aesthetic.

Modular Patch Panel
There are two main types of modular panels, one is the rack mount modular fiber enclosure panel, and the other is the multimedia adapter panel. The former is generally used for front and rear installation in horizontal cable management, up to 4 FHD MTP cassettes or adapter panels can be placed up. The engineers can customize their own suitable adapter panel in the high-density cabling system with multimedia adapters.

Ethernet Patch Panels
Different suppliers mainly provide different models such as Cat5e/Cat6/Cat6a Ethernet patch panel, blank keystone patch panel, 110 punch down Ethernet patch panel, etc. Currently, the most popular model on the market is the Cat6 feedthrough Ethernet patch panel because of its simplicity and cost-effectiveness. The blank keystone patch panel can make a mixed connection to the connected hardware, which is especially useful when you don’t know what cable the panel will be connected to in the future.

Functional Requirements of The Fiber Optic Patch Panel Odf

Fixed Protection Of The Optical Cable
The fiber optic patch panel shall have an equipment for the introduction, fixing and protection of optical cable. The equipment introduces and fixes the optical cable on the rack to protect the optical cable and the fiber core in the cable from damage. The metal part of the optical cable is insulated from the metal rack, and the metal sheath and reinforcing core of the fixed optical cable should be reliably connected to the high-voltage protective grounding device.

Termination Function Of The Optical Fiber
The fiber optic patch panel shall have an optical fiber termination equipment. The equipment is convenient for the splicing operation, construction, installation and maintenance of optical cable core and pigtail optical. It can fix and protect the joint parts and keep them straight without displacement, avoid the influence of external force, and ensure that the coiled optical cable core and pigtail optical are not damaged.

Wire Dispatch Function
With the help of the optical fiber jumper connector plug, it can quickly and conveniently dispatch the core serial number in the optical cable and change the path sequence of the optical transmission system.

The Protection Of Optical Cable Core
After the optical cable is stripped, there are a protection equipment for the core, and a termination equipment for the introduction of the optical fiber after being fixed.

Capacity
The capacity of each rack and unit capacity (determined by the number of adapters) shall be specified in the product enterprise standard, and the optical fiber termination equipment, optical fiber storage equipment, and optical fiber connection and distribution equipment shall be able to be configured as a complete set within the full capacity range.

Identification And Record Function
The rack and unit should have a complete identification and recording equipment to easily identify the core serial number or transmission path sequence, and the recording equipment should be easy to modify and replace.

How to Choose Fiber Optic Patch Panel ODF

Panel Location
One of the first and easiest question to be answered is“What will be the panel's location?” as it will determine housing design, required protection and application. Will it be used indoor or outdoor, will it go inside a rack or mounted to a wall?

Panel Capacity & Density
The second consideration is in respect to the fiber patch panel capacity and more specifically addresses the quantity, density and scalabilty of the amount of fiber ports / connections required.

Port Density & Rack space Footprint
Most fiber optic patch panels are installed inside rack cabinets in server rooms, network closets or data centers. Rack space footprint in Data Centers comes at a premium making the density of number of fiber ports per rack-unit (RU) an important selection criteria. A rack unit (typically shortened to RU or U) is a unit of measure defined as 1 3⁄4 inches. Commonly used as a measurement of the overall height of standard (19 - or 23 inch) data center rackcabinets, or the height of equipment that mounts inside.

Panel Compatibility & Performance
The third and possibly most important consideration in picking a patch panel revolves around the performance, polarity & connector type of front and rear connectors. Panel compatibility is essentially dictated by the fiber optic equipment and components requiring optical connectivity via the patch panel. Typical duplex Single - or Multimode optical links require LC or SC connectors of either the UPC or APC variety. However, due to next generation 40G and 100G networking and the use of more advanced multi-fiber connectors and pluggables (e.g. QSFP+), design and layout of a fiber patch panel may call for specific polarity requirements.

How Do I Connect a Optical Fiber Patch Panel to a Switch?

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.

How to Maintain Fiber Optic Patch Panel ODF

Check Connectors: Check the connectors periodically to make sure they are not damaged or dislodged. If you notice any problems, you should replace the connectors immediately.
Clean the connectors: Use a clean cloth or paper towel to clean the connectors regularly to ensure they stay dry and clean.
Keep dry: Fiber optic patch cord should be kept dry and avoid exposure to moisture.
Avoid Bending: Fiber optic patch cord should avoid excessive bending or stretching to avoid damage.
About Fiber optic patch cord installation and maintenance summary

Our Factory

Yingfeng Optical Communication takes "promoting the spirit of craftsmanship and creating high-quality optical communication" as its mission, "becoming a world-renowned manufacturer ofoptical communication equipment" as its vision, "committing to Asia and facing the world" as its strategic policy, and "serving customers is for us" as its management. Philosophy, continuous innovation and advancement with the times.

Certificate

FAQ

Q: What is a fiber optic patch panel?

A: A fiber optic patch panel is commonly described as the interface panel that connects multiple optical fiber cables and optical equipment. Patch panels are rack-mountable onto 19”, 21”and 23” rack systems, and some are designed to be wall-mountable.fiber patch panels do not require power. They are passive devices used for organizing and connecting fiber optic cables. Patch panels provide a central location for terminating and managing the fiber optic cables, allowing for easy patching and reconfiguration of connections.

Q: What is the difference between a fiber distribution panel and a patch panel?

A: ODF are designed to distribute optical signals, while patch panels are designed to connect devices and manage cables. ODF are typically used in fiber optic networks, while patch panels are commonly used in local area networks (LANs) and other copper-based networks.

Q: Can fiber optic cable be patched?

A: Fiber optic cables are repaired in the same way that they are spliced. Unlike conventional copper wire, a cut fiber cable cannot simply be twisted or crimped back together. If the fiber isn't cut but damaged, then the bad section is removed and the remaining fiber must be carefully spliced.A patch panel provides a way to keep large numbers of cables organized, enabling flexible connectivity into network hardware located in a data center or an access or wiring closet. The most common type of patch panel is used within an organization's LAN.

Q: Do I really need a patch panel for home network?

A: If there are more than a dozen connections to your switch, it may be time to get a patch panel. Also, if there are plans to scale out the network, and/or a strong desire for organized cables, then a patch panel would be the right call. In general, patch panels should be used in any network with rack-mounted hardware.

Q: How do you connect a fiber optic cable to a patch panel?

A: Fiber optic cable can be terminated in a patch panel using both pigtail or field-installable connector fiber termination techniques. The pigtail approach requires that a splice be made and a splice tray be used in the patch panel. The pigtail approach provides the best quality connection and is usually the quickest.

Q: What are the different types of fiber patch panels?

A: There are various fiber patch panel connector types, including LC, SC, FC, ST, and MTP/MPO fiber patch panels. Fiber patch panels with different connector types work with corresponding fiber optic cables. In data center cabling, the most widely used are LC patch panels and MTP patch panels.

Q: What not to do with fiber optic cable?

A: Never look directly into the end of a fiber optic cable. You won't see anything, even if the cable is live — but the invisible infrared light could still do damage to your eyes. Not only can the right tool help you get the job done better and faster, it can help you avoid possible injury.

Q: Do people still use patch panels?

A: Yes, patch panels are still commonly used in networking and telecommunications systems to organize and manage multiple network connections efficiently. They provide a central location for connecting and routing cables, making it easier to troubleshoot and reconfigure network setups.If your home already has Ethernet wiring, you may not need to rewire. However, if you have outdated coaxial or telephone wiring, rewiring with Ethernet or fiber optic cables would be necessary to fully optimize the speeds offered by fiber optic technology and future-proof your home network.

Q: Should a patch panel be grounded?

A: An Ethernet switch powered via an external two prong AC/DC adapter (wall wart) is NOT properly grounded! It cannot serve as the path to ground for your Ethernet cable shield. In this case, you MUST separately bond your shielded patch panel to ground with a “ground wire”.

Q: What ports are on a patch panel?

A: Most patch panels have either 24 or 48 ports. However, panels can include 96 ports, and some specialty versions reach 336 or more. The number of ports on a panel is not subject to physical limit other than the room to place them.

Q: Are patch panels expensive?

A: Inexpensive – Patch panels aren't considered “smart” devices in that they don't perform any function other than facilitating the passing of data. This means they are very inexpensive. Lowering Cable Cost – Having a patch panel allows you to use shorter cables, which cost less than longer ones.

Q: What is the most commonly used type of patch panel currently in use?

A: The two most commonly used types of patch panels are Ethernet patch panels and fiber optic patch panels. Ethernet patch panels are used for copper-based Ethernet connections, while fiber optic patch panels are used for fiber optic connections.

Q: What is the code for patch panel?

A: HSN Code 8517 7090.MX offers Patch Panel, which is manufactured using high quality raw material and is used for effective management of cable connections. The panel has a rugged design that offers protection to connectors and terminations.Patch panels also feature different appearance designs. Generally, there are flat and angled patch panels. Flat patch panels are standard ones that help organize the cabling in the horizontal direction; while angled patch panels are usually designed for high-density applications.

Q: Why only ground one end of shielded cable?

A: Instrument cables only get drained to ground at one end. It's to keep potential external noise out of the cable. I normally ground the end where the signal is being measured, but I have run into cases where not grounding the shield or grounding the opposite end yielded better results.

Q: Does a patch panel connect to a switch?

A: All the network drops to your various rooms end up at the patch panel. From there you mount your switch nearby and use (appropriately named) patch cables to connect each port on your switch to a port on the patch panel.They come in various types, classified by termination methods including punch down, feed-through, and blank keystone patch panels, each serving specific purposes in network setups.

Q: What is the purpose of a fiber optic patch panel?

Q: What is in the back of a patch panel?

A: Patch panels work by connecting cables through its RJ45 connectors and IDC terminal blocks to reach from one port to the next. Network and Ethernet cables will be connected to the back of the panel using the IDC termination blocks to reroute their signals to their new intended destination.

Q: How many ports can a patch panel have?

A: Speaking of cables, patch panels are designed to accommodate a wide range of cable types. For example, patch panels are made to facilitate Cat5e, Cat6, Cat6a, and fiber optics. Lastly, patch panels come in different sizes. Usually, there are 12, 24, 48, or 96 ports on them.Fiber patch panel ports provide a place for data to enter and exit the panel. The number of these ports vary from 12, 24, 48, 64, 72, 96 to 288 and even more. Actually there is no limit to the number of ports on a patch panel.

Q: Does patch panel require power?

A: Do patch panels need power? No, patch panels themselves do not require power. They serve as passive components in the network, providing a physical interface for cable connections. However, other network devices connected to the patch panel, such as switches or routers, may require power for their operation.Patch panels are also referred to as patch bays, patch fields or jack fields. In addition to being used within enterprise LANs, patch panels are also commonly used in the legacy voice, radio and television fields.

Q: What happens if you accidentally cut fiber optic cable?

A: Fiber cuts can disable internet or phone service, and rerouting service isn't always seamless. Service outages caused by fiber cuts to fiber hubs or VIP lines are especially problematic, as they affect a high volume of customers. Some service outages—like those due to equipment failure—are unavoidable.

As one of the most professional fiber optic patch panel odf manufacturers and suppliers in China since 1982, we're featured by quality products and good service. If you're going to wholesale discount fiber optic patch panel odf, welcome to get quotation from our factory.