Difference Between ODF and Patch Panel

At present, fiber optic connection is becoming more vital since it can transfer data among a large number of sources. In addition, due to the increasing demands of bandwidth and storage, the number of fiber optic cable of data center has surged than ever. With the continuous development of bandwidth requirements, technicians are relying on optical fibers that can support data transmission speed at 10Gbps or even higher. Here comes the problem, how to deal with the plenty of fiber optic cables? For many years, technicians have adopted ODF or patch panel as the means of cable management. The two methods are the highly reliable and easy ways that allow simultaneous high-speed communications among servers and data storage systems via fiber optic cabling. However, what’s the difference between them? This article will help you find the answer.

Overview of Patch Panel

Commonly, patch panel is installed in racks or enclosures to organize connections between a cable and an optical communication device. It can be used in fiber and copper cabling systems and serves as a terminal for cables that laid in vertical or horizontal direction. Patch panel works as a passive networking device that can bundle multiple ports together for connecting incoming and outgoing lines.

Overview of ODF

ODF is short for optical distribution frame, which is an important part of building a safe and flexible environment for optical network. This equipment is widely used in optic communication room, fiber optic connecting devices and it can function as the protector of optical cable termination and line transmission.

Difference Between ODF and Patch panel

Though optic distribution frame and patch panel are both the ideal solutions for cable management, there are several differences lie in the aspects such as design, types and so on.

• Design

A typical patch panel contains four parts, enclosed chamber, adapter panels, connector adapters and splice tray. The product 1U Rack Mount HD Fiber Enclosure unloaded with a dimension of 1.73"×17.64"×18.41" provided by FS.COM, is designed to accept up to 4 series MTP modular cassettes or fiber adapter panels within a 1U space. This product adopts the new design parallel sliding drawer, which can be pushed or pulled more stably as well as faster.

Optical distribution frame is a modular design with siding type trays. And it can be preloaded with different optical adapters and pigtails. The size of the indoor equipment could be very big or small just like patch panel boxes. FS.COM 19" ODF with a dimension of 480mm×250mm×1U can offer a flexible cabling access, expandable frame design and comprehensive cable management.

• Types

There are fiber and copper patch panel available. Copper patch panel is suitable for shielded and unshielded copper cables such as CAT5e, CAT6 and CAT7. In addition, due to different design, patch panel can be divided into rack mount and wall mount patch panel for different uses. FS.COM provide 12 ports, 24 ports and 48 ports of 1U high fiber patch panel.

ODF is usually divided into floor mount, rack mount and wall mount ODF for users’ different choices. FS.COM offers various types of optic distribution frames, such as 1U 12 fibers type, 2U 24 fibers type, 3U 48 fibers type and 6U 96 fibers type.

Conclusion

FS.COM offers many kinds of ODF and patch panels, and all are the cost-effective solution for your application. Due to the difference between them, you should choose one based on your actual demand.

How to Connect Fiber Optic Cable to Fiber Optic Patch Panel

Fiber optic cable is usually terminated in two ways. One is using connectors that pairing two cables to set up a link, and the other way is connecting the fibers to some network equipment such as fiber optic patch panel or switch for better cable management. No matter which terminations it uses, fiber optic cable should be installed in a manner with less signal loss. However, how to connect fiber optic cables to fiber optic patch panel correctly? Today, we will talk about the steps of this process. First, let’s have a overview of patch panel.

Types of Patch Panel

Patch panel is defined as the interface between multiple optical fibers and optical equipment. It’s a termination unit that helps networking and fiber distribution from wiring closet to various terminal equipment. Patch panel are divided into two types based on different designs, the wall mount and rack mount category. Both types can house, organize, and protect fiber optic cable and connectors.

Wall mount fiber patch panel is usually fixed on indoor walls with low-profile and compact design. It has a terrace that can provide a flexible cabling system. This patch panel is a suitable device for on-site installation of pre-connected cables and connectors.

Rack mount fiber patch panel is an indoor network equipment which is designed for standard 19 inch rack mounting. It’s available in 1U, 2U and 4U size due to different connection demands. This type can accommodate all kinds of fiber adapter ports like SC, LC, ST, FC and so on.

Structure of Fiber Optic Patch Panel

A typical fiber enclosure consists of four elements with different uses. They are enclosed chamber for installing adapter panels for holding, connector adapters for mating and splice tray for organizing. Thus, technicians can use a fiber optic patch panel to terminate fiber optic cables in a tidy and secure way. In addition, with assistance of a patch panel, they can also install, repair and upgrade networks quickly and efficiently.

Steps of Connecting Fiber Optic Cable to Fiber Optic Patch Panel

It’s important to make a right connection between cables and fiber optic patch panel so that the device can run well. Following the steps, you can do it.

• A fiber optic patch panel should be prepared first and make sure this work will be done on a clean and level work surface. Patch panel is supplied empty, so the adapters should be inserted into the mounting plate. Then fix the mounting plate in position.

• Prepare cables based on standard termination procedures and ensure there is enough surplus cable to work with. Connect the cable by fixing the gland and roll the excess fiber onto the spool. After that, remove the protection cap and insert into position in the adapter. Once the cables are all attached, it’s better to use a zip tie to secure the cables in a bundle.

• Label each jack location on the fiber optic patch panel so as to distinguish the cables. Finally, mount the patch panel in a rack or cabinet.

Conclusion

Fiber optic patch panel is a cost-effective way for cable management. Connecting fiber optic cable to patch panel is easy and can actually optimize the network work. So why not have a try?

Introduction of FHD Wall Mount Patch Panel

Different systems is usually equipped with a functional unit which aims at improving work efficiency and performance of such a system. In fiber cabling system, a fiber patch panel is regarded as the functional unit. Data transmission may become ineffective if there is no fiber patch panel. Since it’s introduced in telecommunication, fiber patch panel has opened up new possibilities for cable management and data communication. It can connect all horizontal and vertical cables in any facilities, for changing the long and troublesome cables into ordered and more manageable ones, as a result, the signal can be connected directly to its destination via a patch code. In terms of different designs, wall mount patch panel and rack mount patch panel are the two types. Today, we will discuss FHD wall mount patch panel.

Overview of FHD Wall Mount Patch Panel

Form the name, we know FHD wall mount patch panel is a patch panel with high density cassettes fixed on walls. The cassettes lie in a space-saving and mountable panel enclosure. As the following figure shows, it includes two separate parts. The left side can accommodate outside cables entering the device while the right side is used for internal cable assembly network. Both sides have a door that can be locked separately for security.

Benefits of FHD Wall Mount Patch Panel

Once installed, enterprises can use the FHD wall mount patch panel to connect and disconnect different types of cables. This particular wall mount enclosure has many benefits.

• Saving Space

Space saving is the obvious benefit that can be seen. In data centers, technicians always hope the working space could be larger, the larger the better, so that they can introduce and use the most advanced equipment to upgrade networks or do some researching. Wall mount patch panel makes it possible for optimizing their work space by keeping the equipment off floors or desks.

• Increased Capacity  

FS.COM wall mount interconnect enclosure can house 2pcs FHD series MTP modular cassettes or fiber adapter panels, providing a convenient convergence point for interconnecting and splicing in wall mount applications.

• Easy Installation

There is no need to use tool to install the cassette which helps simplify installation process. Users can assemble a FHD wall mount patch panel quickly with the instruction book.

• Additional Security

FHD wall mount patch panel have two doors that will reduce the risk of accidental restart, bumping or other work done computer equipment. In some sense, using a patch enclosure can protect devices and cables against the dust and is easy for cleaning.

FHD Wall Mount VS FHD Rack Mount Patch Panel

FHD rack mount patch panel look like a drawer. Compared with the wall mount product, the differences lie in many aspects such as the installation, application and designs. For more details about the two types, you may visit this article Wall Mount VS Rack Mount Patch Panel.

Conclusion

FHD wall mount patch panel is a perfect solution in cabling system. It’s a quite smart choice for those who have big technology demand of a limited space. So if you’re looking for a space-saving and secure way to store your fiber optic cables, then FS.COM is the place for you.

LC Fiber Patch Panel vs SC Fiber Patch Panel

Any enterprise no matter how its giant scales and gigantic actual strength, it’s almost always smart to install a fiber patch panel in its information technology center. Fiber patch panel, serves as a network’s central location, is often used for connecting and disconnecting electronic devices. Patch panel can handle both copper and fiber networks, for every cable has to go into the central location through the patch panel connector. Having all cables connected to the patch panel can contribute to making cables in an organized and neat way instead of becoming tangled and messy. Based on different port connections, fiber patch panel is usually divided into LC fiber patch panel, SC fiber patch panel, ST fiber patch panel, MTP fiber patch panel and so on. LC and SC types are the most commonly used.

LC Fiber Patch Panel

LC fiber patch panel uses a LC connector which belongs to small form factor(SFF) connector. The name LC comes from its inventor Lucent Technologies, an American multinational telecommunications equipment company. LC fiber patch panel adopts a design of 1.25mm zirconia ferrule that utilizes a retaining tab mechanism. And the LC connector usually uses the duplex configuration with a plastic clip. FS.COM provides 1U high 19" fiber patch panel with 24 ports and 48 ports. They are designed for connecting different fiber cabling. For example, the product 48 fibers, 24 ports LC duplex OS2 single mode adapters, 1U high 19" fiber patch panel is designed for backbone-to-backbone and backbone-to-horizontal single fiber cabling.

SC Fiber Patch Panel

SC fiber patch panel takes the SC connector, which is a snap-in connector. SC connector is developed by NTT, a Japanese telecommunications company, which is widely used for its excellent performance. SC fiber patch panel uses a round 2.5mm ferrule to connect a single fiber. It’s also available in a duplex configuration. It is designed for gigabit ethernet networking and standardized in TIA-568-A. SC fiber patch panel is an ideal choice for data and telecommunication applications. Compared with the LC ones, type of SC fiber patch panel only can accommodate 24 ports. The product 24 fibers, 24 ports SC simplex OS2 single mode adapters, 1U high 19" fiber patch panel, manufactured by FS.COM, is often used for connecting OS2, OM3 and OM4.

LC Fiber Patch Panel vs SC Fiber Patch Panel

The two types are developed at different times for different purposes. From the above introduction, the differences between LC and SC fiber patch panel are clear. LC product can be made in 24 or 48 ports while the SC only have 24 ports in 1RU size.
Available in different designs and ports, the two types of patch panels can be customized to fit users’ network’s unique needs. They are designed for achieving data transmission and serve as standard 1U 19” rack. LC and SC fiber patch panel can offer a convenient and flexible routing option for technicians or network engineers. They are both the ideal equipment for better cable management.

Conclusion

LC fiber optic patch panel and SC fiber patch panel are the integrated unit for fiber management. When buying a fiber patch panel, there are many options for one’s choice. So choosing the suitable one for your specific project and need. Regardless of which type is chosen, one thing is for certain that any network can not run well without a properly deployed fiber patch panel.

How to Install Patch Panel in Rack

As the requirements of network and data center enjoy sustainable growth, the demand for a fast, reliable and customized network will also increase. With the help of color coding, patch panel and other methods or solutions, the unorganized and disordered fiber cable is managed in an organized and neat way, which really can help set up a well designed network. However, how to install a patch panel in rack? Today, we will discuss this question.

What Is a Patch Panel?

A patch panel often acts as a connector in a network system. It is usually constructed of steel, mental or plastic used in home, commercial audio studio setups, or industries. The ports of a patch panel are the connection places for cable signal’s entry and exit. The patch panel can use cables to interconnect the electronic devices such as computers or fax machines within a local area network and to the external lines in a larger area network. In addition, the ethernet patch panel can be used for wiring cat5, cat6 and cat7 cables. Commonly, patch panels are mounted on a network rack, occupying 1U or 1.75 inches of space above or below the network switch.

What Is Rack?

Rack, an information technology term, is a metal frame made of aluminum or stainless steel. Supporting hardware equipment like patch panel, hard disk drives and so on is the device’s main application. The rack makes it easy for managing network because it contains many mounting slots called bays. Its standard size is 19inches wide with a rack unit of 1.75inches. Racks of 19inches size are generally used in places such as data centers and server rooms. It benefits the network operation.

Steps of Installing Patch Panel in Rack

It is essential to follow correct procedures in patch panel rack installation so as to achieve optimum performance and reliability. Here are three main steps for your reference.

Preparation

Before installation, rack elevation and layout must be considered. Thus user can determine how many rack units are available for a patch panel. Then ensure the patch cords are matched to the installed cables, because optical fiber cords of different types should not be mixed.

Installation

• Holdthe drawer of patch panel in an upwards position and pull it forwards.Using the appropriate machine screws and then attach the patch panel assembly to the rack.
• Cut each cable into a suitable port, then use a strap to secure the cables.
• Write specific information on labels for identification.

Validation

The final step is to make a visual inspection to make sure all things are in a safe environment. This step can not be ignored since safety comes first.

Conclusion

Patch Panel is the most convenient way for solving the problem of connecting equipment of varying speeds in a data center environment. And the installation of patch panel in rack offers an ideal solution for network management. Using a rack can save space for mounting networking equipment. This solution is easy to manage and can offer you the flexible management method as your technology changes.

2x 24-Port Patch Panels or 1x 48-Port Patch Panel?

Patch panel is a passive networking device that bundles multiple ports together. It is a simple and organized solution frequently used in connecting different computers, telecommunications devices, and external hardware to others. Though wireless internet connections is becoming more popular, the use of a patch panel can actually optimize the internet speed especially in data center. Using a patch panel to arrange the circuit, users just need to plug or unplug the proper patch cords. According to the numbers of ports, patch panels can be divided into 12-port patch panel, 24-port patch panel and 48-port patch panel. They are designed in accordance with specific cable type, such as Cat5e, Cat6, Cat6a and Cat7 cables.

What Are Patch Panel Ports?

The port, as a part of patch panel, is the connection point that allows data to enter or leave the panel. Each port is connected via an ethernet or a fiber cable, then sends signal to an outgoing port location. On market, most patch panels are equipped with 24 ports or 48 ports. Selection of different patch panels should be based on one’s actual need. In addition, the port number is limited by the room for placing but not other factors. For example, the requirement of port number must be confirmed when someone designs a LAN network, so as to use the suitable panel size.

24-Port Patch Panel

FS.COM produced the product high quality 24 Ports Cat6 Shielded feed-through patch panel. It is made for optimum performance with black color and materials of SPCC+ABS plastics. The design of high density 19-inch 1RU panel can make it convenient for being mounted in any standard 19-inch rack or cabinet, accommodates top, bottom or side cable entry. Viewed in another aspect, the high density format also can save valuable space in the rack. Here is a video you can see 24-port patch panel clearly.

48-Port Patch Panel

The 48 ports blank keystone/multimedia patch panel, manufactured by FS.COM, is made of SPCC CRS material with advantages of molding in one, sturdy and durable. The design of 48 ports can accommodate all keystone jacks, including RJ45 Ethernet, HDMI audio/video, voice and USB applications. In addition, the high density 19in wide, 1U High, panel design will save valuable space in the rack.

2x 24-Port Patch Panels or 1x 48-Port Patch Panel?

Both 24-port patch panels and 48-port patch panel can serve ethernet networks, fast or gigabit Ethernet networks. However, due to their individual designs and materials, the price varies. This is a big factor when people buy patch panels. At FS.COM, the price discrepancy between 24-port patch panel and 48-port is slight. As a result, buying two 24-port patch panels is definitely more expensive than buying one 48-port product. Besides, the space for installation should be another consideration. Thus, considered in these two ways, chose the 48-port patch panel is better. And we must realize that network is always developing, so why not staying up to date and ahead of the curve by utilizing the benefits of 48-port patch panel rather than trying to keep up with the pace.

Conclusion

The two types patch panels are the cost-effective and easy-to-use cabling solution for modern data center. Choose 2x 24-port patch panels or 1x 48 port should based on your own need. FS.COM is your source for high quality patch panels covering different ports including 12-port, 24-port, and 48-port options.

Single Mode Fiber Distance

Fiber optic cable is the essential media in telecommunication system for transmitting information. According to different categories, while depending on fiber connectors, patch cable can be considered as LC fiber, FC fiber, SC fiber, ST fiber and so on, it is well known that fiber optic cable can be divided into single mode fiber and multimode fiber based on transmission paths. Today, we will learn more about the single mode fiber distance.

Single Mode Fiber Overview

Single mode fiber derives its name from the fact that it only allows one mode of light to pass through their core at a time. Commonly, single mode fiber is designed with a narrow core diameter of 8 to 10 micrometers, which is much smaller than multimode fiber of 50 or 62.5 micrometers.

Before we continue, we need to be clear that due to different mode of propagation, there is modal dispersion during the signal spreading. And transmission distance is greatly influenced by the dispersion. Luckily, because of the allowance of just one mode of light, single mode fiber have the ability to transmitting data for miles without losing too much data. Thus it can readily carry information for a longer distance than the light used in the multimode fiber.

OS1 vs OS2

OS1 and OS2 are the two types of single mode fiber, here the term OS refers to optical single mode fiber. Both of them are suitable for Gigabit applications and have the same jacket color.

OS1 cable is indoor tight buffered fiber that is compliant with ITU-T G.652A or ITU-T G.652B standards. The attenuation of this type is 1dB per kilometer with a top transmission distance of 2 km at 10 Gigabit Ethernet. It works between 1310 nm and 1550 nm.

OS2 cable is outdoor loose tube fiber optic cable that comply with ITU-T G.652C and ITU-T G.652D specifications. It has an attenuation of 0.4 dB between 1310 nm and 1550 nm, with a maximum transmission distance of 10 km at 10Gigabit Ethernet.

Selection on Different Distances

Single mode fiber provides a greater transmission distance. When choosing the right fiber cable, the most crucial thing that must be taken into consideration is how far the cable could support. In addition, the transmission distance is also related to the optics that users apply in the equipment.

Technology	Bandwidth	Wavelength	Distance
1000BASE-LX	1000Mbps	1310nm	10km
10GBASE-LR	10Gbps	1310nm	10km
40GBASE-ER4	40Gbps	1310nm	40km
40GBASE-LR4	40Gbps	1310nm	10km

According to the above form, we can clearly see that transmission distance varies greatly. At different transmission rate, the distance changes. Distance of single mode fiber can reach 40km at the speed of 40gigabit Ethernet, and it will be 10km with the speed of 10gigabit Ethernet. Thus, try to buy fiber cable of suitable length for your project based on your network speed and some other actual situations. Thus, try to buy fiber cable of suitable length for your project based on your network speed and some other actual situations.

Conclusion

Transmission distance of single mode fiber is an important factor when people set up a network especially in data center that requires data to deliver over long distances. FS.COM provides a number set of OS1 fiber, OS2 fiber, LC fiber, SC fiber and so on. The products have passed many quality system verification such as CE, FCC. Come and choose your favored cables at FS.COM.

What Is a Patch Panel Used for?

Today, a good network will not run well without an efficient cable management. In data center, dealing with a variety of unorganized and disordered cables or wires is conducive to network operation. Patch panel, as a crucial element of an interconnected network cabling, plays an important role in the administration of the telecommunications network.

Brief Introduction of Patch Panel

Patch panel, also named as jack field, is a passive device with a number of ports that usually of the same type. It is a network part that commonly used in computer networking, recording studios, radio and television. A patch panel can be mounted in a network rack, lying above or below the network switch. Classified by the number of ports, there are 12-port patch panel, 24-port patch panel and 48-port patch panel.

Uses of Patch Panel

A patch panel acts as a connector in network, which indicates that if anything goes wrong with it, the entire system may fail. It is absolute the way that can transfer lines from one place to another successfully. And the patch panel does provide several uses for network running.

• Used for Managing Cables Easily

A variety of cables can be connected to one patch panel, which can reduce cable congestion. In addition, the patch panel can use a label such as location and desktop number for identification. For example, users can easily find the fault that may exist in the switch or in the cable through the labels when they encounter a connection error. Besides, using a patch panel allows users to change the configuration of the network or cabling to introduce more devices without having to rearrange the equipment or re-run. This will do helpful for protecting the equipment. Thus patch panel can crate a cleaner and more organized way for cable management.

• Used for Saving Space

Patch panel contains many ports, so users can save much valuable rack space by using a high-density patch panel. This is particularly useful in data center. And in another aspect, it can help to reduce network cost.

• Used for Increasing Working Efficiency

Using a patch panel can help users connect and disconnect network to homes without going into actual location, which can greatly improve efficiency and work flow.

Fiber or Copper Patch Panel?

Patch panel can be applied in fiber and copper cabling systems. The main purpose of fiber patch panel is managing fiber optic cables. It is generally believed that fiber patch panel deserves a higher price than the copper one.

In terms of structure, for copper patch panel, each pair of cables has an independent port while the fiber one needs two for one pair of wires. This is because one port of fiber patch panel is used as the transmitting end while the other one acts as the receiving end. Although there is a slightly difference, the two types both functioned as a terminate unit, offering an organized and efficient way for cable management.

Conclusion

Patch panel is a good solution for cable management. There is no doubt that patch panel is an essential component in cabling network due to its uses. It’s a great addition in getting a better network. FS.COM, who is always committed to creating a better telecommunication solutions, offers many kinds of patch panel with good performance.

What Is OM3 Fiber?

Since the internet spread out across the globe, the aim of fiber to the building or home has been achieved through the installation of optical fibers. Besides, with the features of huge capacity, board transmission bandwidth and powerful resisting jam ability, there is no doubt that optical fibers have been the preferred transfer media of gigabit ethernet. OM3 fiber is one of the mainstream market optical fibers.

The Emergence of OM3 Fiber

OM3 fiber is a kind of multimode fiber which is usually applied in short distance. In data communication segment, multimode fibers are divided into several categories, OM1, OM2, OM3 and OM4.

The earlier fibers, OM1 fiber has a core size of 62.5 micrometers while OM2 fiber features with a smaller core size of 50 micrometers. They are generally applied in premises applications supporting ethernet rates of 10 Mbps to 1 Gbps. The two types are ideal for use with LED transmitters due to their relatively large core size. However, as the increasing demand for bandwidth and higher throughput, especially along came the 10 Gigabit Ethernet, LEDs could not keep pace for they can not be turned on and off fast enough to support higher-speed applications. In response, the data communication industry begun to develop a high-speed laser light source called a vertical cavity surface-emitting laser (VCSEL). LEDs typically support a maximum modulation rate of only a few hundred Mbit/s, but VCSELs can handle the modulation rate up to 10Gbit/s. As a result, OM3 fiber was born, which commonly refers to as “laser optimized multimode fiber”. OM3 fiber is designed for 10Gigabit Ethernet at lengths up to 300 meters.

OM3 Fiber vs OM4 Fiber

Fibers of OM3 and OM4 are both laser optimized 50/125 multimode fiber that are produced to accommodate today’s higher speed networks. This  means their core diameter is 50µm and the cladding diameter is 125µm. Compared with other multimode fibers, these two share a special coating that can prevent light from escaping the core. In addition, OM3 and OM4 are optimized for 850nm transmission and have aqua sheaths. The technology of OM3 and OM4 make it possible that the designs of laser transmission system can utilize multimode optical fiber without the use of mode conditioning cables.

With so many similarities, there are still some differences between OM3 fiber and OM4 fiber.

• Transmission Distance

The main difference between OM3 and OM4 is the transmission distance because they have different internal constructions. OM4 employs a higher modal bandwidth of 4700 MHz/km while the modal bandwidth of OM3 is 2000 MHz/km, which means OM4 can carry more data or information within the same distance.

• OM3 Enjoys a Price Advantage

As mentioned above, because of different constructions, the primary cost of OM4 rises. The price of OM4 is double that of OM3 fiber’s due to its manufacture technique and market fluctuations. In addition, considering that 90% data centers have their runs under 100 meters, OM3 may be a better choice for money saving.

Conclusion

At present, OM3 fiber has successfully made contributions to the implementation of today’s higher speed network. And with good performance like high data rate and lower price, it has become a must for data center upgrade. At FS.COM, the comprehensive range of products in OM3 fiber offer customers the ability to create the optimal network.

The Advantage of Slim Cat6 Cable

Introduction of Slim Cat6 Cable

Slim cat6 cable is the thin version of cat6 cable, which is designed to meet the requirement of Gigabit Ethernet (1000BASE-T) since the rapid development of today’s network. Cat6 is a patch cable used to connect electronic devices in local area networks such as routers, computers and company intranet, for carrying broadband signals between the devices. This sixth generation of twisted-pair network cable can support speeds up to 10Gbps and is able to operate at up to 250MHz with an improved design of thicker-gauge wire and increased shielding. This can guarantee data integrity simultaneously.

Advantages of Slim Cat6 Cable

Slim cat6 cable is commonly constructed of 28 AWG(American Wire Gauge, a standard to distinguish the diameter of individual wire ) wire. The slim patch cable is almost 36% thinner than other network cable constructed of 24AWG copper conductors. The relationship between wire gauge and wire diameter is inverse, which means the gauge is smaller and the diameter of the wire is larger. For example, with 24AWG copper conductor, the outer diameter of a typical cat6 cord is 0.235 inches. However, the cable constructed of 28AWG copper wire is significantly smaller in diameter. With copper pairs of this type, cat6 cable cord with 28AWG wire is 0.15 inches in outer diameter. Therefore, using slim cat6 cable can optimize network. It provides many benefits as followed.

• Reduce space

Commonly the larger the gauge, the smaller the wire. From the above, we can see that with a diameter of only 0.15 inches, the slimmer cat6 cable is almost half the size of a standard cat6 cable with a diameter of 0.235 inches. This indicates the slim cat6 can nearly reduce the cord’s size by more than 50 percent, which offers a larger extra space for cable managers and pathways.

• Improve airflow

The slim design occupies less space in data center than other network cables. This can generate better airflow and equipment cooling, which are especially important for machines with large chassis switches. It is also helpful for equipment maintenance.

• Enable easier management

Compared with the standard cat6, the slim cable is more flexible with a smaller volume. In addition, the slim cat6 cable brings more available space, so the cable is easier to manage especially on high-density panels. This make it convenient for users route cable without horizontal cable managers, and port numbers on high-density panels can be identified easily. It contributes to save time and labor in a certain meaning.

Application of Slim Cat6 Cable

The majority of new buildings has installed cat6 cable in recent years. And the slim cat6 cable is usually applied in telecommunication rooms or data center due to its benefits like reduced space. This network cable can handle issues in high-density rooms.

Conclusion

The slim cat6 cable is a great alternative to other traditional cable, for it can save space, improve airflow with easy management. With the internet demand of better signals, the importance of better network cables has been increased that can not be ignored. FS.COM will always serve you with good network cables.