SF Cable Blog - Get Expert Tips & Advice on Cables & AccessoriesIn our blog, we educate customers on the various types of cables, components and accesscories for computer, laptops and mobiles. Find More Blog
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SF Cable Blog - Get Expert Tips & Advice on Cables & AccessoriesIn our blog, we educate customers on the various types of cables, components and accesscories for computer, laptops and mobiles. Find More Blog
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The Internet is an ever-growing phenomenon experiencing diversity as well as stable advancements. In the present scenario, you can connect with your loved ones through a quick video call around the world and even when on the flight!
One other such phenomenon is Power of Ethernet (PoE). The main advantage of PoE is speedy delivery of data. It eliminates the need for AC/DC power suppliers and outlets. Plus, it costs almost nothing because remote installation has lower costs than fiber as there is no electrician required. Because of its cost-effectiveness and speed advantages, most of the buildings prefer them for installation to achieve a stable network system. People around the world invest billions of dollars into this kind of development every year. PoE’s main aim is to squeeze out possible high speed and power from existing cabling and eventually grow into an established IT marketplace. Any size of organization can attain the benefits of Power over Ethernet into their networks with the right application of PoE. And in the next segment, we have talked about the right application of PoE in order to get the best out of it. The Right Application Of PoE With the help of PoE, you can add a device in remote locations or any outskirt places. It is a boon for the wireless access point, CCTV camera placements, digital signage on the top or sides of skyscrapers. It is best suitable for IT network usage. You can boost small and out-of-the-way networks for distances beyond 100 meters/300 feet for a single device with the PoE injections. You can even apply it over existing copper telecom infrastructure. Don’t Use PoE When… It does not support sending network data over long distances, extreme temperatures. Despite that, you can apply it if the industrial designation is present. Things You Must Know About PoE The reason this technology wave is getting such traction is great data speed and power which is getting improved simultaneously with each new standard. Let’s understand some basic details about PoE that you need to know. Data Speeds Offered By PoE The main advantage: It costs lesser than the fiber and delivers higher data speed. The widespread adoption of IEEE 802.3bz technology made manufacturers spend more on product development. The current data delivery rates are 1Gbps over Cat5e and cat6. The new standard IEEE 802.3bx has the capacity to deliver data at a speed of 2.5 to 5 Gbps over 100m with an immediate view toward 10 Gbps. To stream High-definition you require 400 Mbps. You can easily stream a training video in a short span of time. In short, it has enough data speed to support devices in a small LAN. Delivery Standards Of PoE One of the major things is that PoE doesn’t require any additional power supply. It runs over one cable. Previously it developed standard IEEE 802.3at which renders 30.8W of power. IEEE 802.3bt is the most recently developed standard which provides 60W of power. Supported Devices The list of PoE supported devices is increasing. In fact, manufacturers are developing new network devices with the convenience of PoE in mind. It works indoors and outdoors. At the places where there are extreme temperatures, installers keep cables and devices in protected areas under eaves, shades, etc. The latest standard IEEE 802.3 bt supports legacy devices. These devices do not support PoE standards. These devices might be a part of a PoE network inexpensively through the use of a splitter. Video phones, speed dome cameras, and WiMax wireless access points are some of the examples of PoE devices. It also includes devices like thin clients, point-of-sale systems, laptops, and digital signage. Costs With PoE Installation The installation costs are lesser than connecting the networking products with fiber network cabling as we have mentioned several times before. Cat5e and Cat6 cables which are available in almost all the infrastructures, and recent addition Cat6 cables are less expensive than the fiber cables in terms of installation. Nowadays, both PoE networking products and compatible devices are becoming a plug and play. PoE is making feasible network upgrades from the cost and IT resource perspective. Because of power delivery through the cable, there is no need to have a contractor to install an electrical outlet for remote devices. From a technical perspective, PoE is an important solution. It started just to get better signals on existing wiring and better data speeds. How To Upgrade To Power Over Ethernet? It’s an easy and straightforward process. Connect other devices to a PoE switch as usual and the switch will detect the compatible devices and enable power automatically. You can easily upgrade powered devices such as IP cameras with a splitter. The latest standard IEEE 802.3 bt supports legacy devices and other devices which do not support PoE standard can be in the network inexpensively using a splitter. PoE is there in any design where data passes over an Ethernet cable. The spare pairs pass the power via the center tap of the data transformer. This way, PoE can support high-speed data transfers. This Blog is Originally posted here; https://www.sfcable.com/blog/power-over-ethernet-things-know If you found this Blog useful, here are some other Blogs that may be of interest. Different Types of Monitor Cables Are Ethernet Cable and Network Cable Same? A Layman's Guide to CAT6A Cables, Their Advantages and Applications
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According to a study by Jon Peddie, multi-display systems can increase productivity up to 42 percent for an average person. Ever since the technology of connecting multiple monitors came to existence, it has enabled us to work on multiple documents efficiently and simultaneously. Presently, the demands of working on multiple devices are increasing. Displayport cables, also known as Multi-Stream (MST) makes it possible for you to email, manage your excel sheets, and presentations everything at the same time.
If you are thinking of setting up a Multi-Stream transport for yourself then scroll down to learn how you can do the same. Brief History of MST: While the size of the devices is shrinking day-by-day, it is getting difficult to find alternative parts like VGD, DVI, HDMI, computer cables, etc. This setback was seen as an opportunity for the Video Electronics Standards Association. They started developing MST technology which will allow a DisplayPort to extend your desktop across various screens. It was first introduced in DisplayPort 1.2 (2009) and it has been in the market after that. There are two types of system configurations available to use the MST. First, you can use MST with daisy-chainable displays which should compulsorily have MST functionality. And this configuration is known as Daisy Chaining 1. Daisy Chaining Basically, “Daisy Chaining” is a term that describes the capacity to connect a series of devices together with a single standard DisplayPort cable between two or more possible devices. The new version of DisplayPort v1.2 daisy-chainable displays contains both a DisplayPort input and an output. Here, the DisplayPort output connects to the next downstream display. Hence, this type of arrangement, where you have one DisplayPort cable between various monitors provides a less complicated system configuration. It is important that each of the displays except the last display in the chain should have DisplayPort v1.2 receivers and transmitters. The last display in the MST hub can be DP 1.1 monitor which only has DisplayPort input and lacks DisplayPort output. The operating system on the source device sees the daisy chain as separate displays. They act as if they connect via their own separate inputs. In the Daisy Chaining, there are three screens connected to each other with a single DisplayPort cables. For this to work, first you need to connect the cable screen to the laptop or PC, which addresses the three as separate displays. 2. MST Hub Configuration This is the second type of MST hub configuration. This hub provides the MST functionality by splitting up the DisplayPort 1.2 video. Usually, the video streams from the source device and routes independently to each display device. What happens in the MST Hub Configuration is that instead of extending a single screen, all the screens behave like independent displays with the individual operating system. What you have is basically an extended version of your desktop. One of the major benefits of MST hub configuration is that it allows the use of od non-DisplayPort 1.2 monitors or legacy monitors. You might have them in a form of VGA, DVI or HDMI with the attached DisplayPort Computer Cable to VGA/DVI/HDMI converters. The one and only factor behind limiting the number of displays is the graphics card. Other MST Supported Devices: New additions in the market will certainly have to support MST. By that, it includes tablets such as Microsoft Surface and other Android Phones. Apple has a record of slow adoption of MST in its devices. Build MST Hub Using USB Adapters: It is a likely scenario that your device doesn’t support the DisplayPort yet. Still, it is possible to use a USB 3.0 port to connect multiple monitors using an external video card adapter. In fact, DisplayPort and the USB-IF announced that they will be supporting DisplayPort over USB-C or you can say type C mode. Hence, USB-C cable will be able to carry DisplayPort audio and video with data and power cut as well. All we need to do is to wait for the software and hardware support updates. As this exciting upgrade would surely make technology-lovers happy. Concluding MST (Multi-Stream Transport) hub allows you to share a single DisplayPort or Mini DisplayPort signal with multiple monitors. With MST hub, it will either have a DisplayPort or a mini DisplayPort connector. Select the appropriate hub for the port on your computer or tablet. The key point of using MST hub is that it allows the use of different displays that is: duplicating your primary display, extending your display across multiple monitors, creating a video wall. You can make a choice according to your requirements to enable multitasking. As that is the most efficient way of combining all the tasks together which saves time. Eventually, you can save time on time-consuming operations and streamline your processes together. This blog post is originally posted on https://www.sfcable.com/blog/multi-stream-transport-know Ethernet cables are one of the most conventional forms of network cables used for internet networks. They provide a connection within local area networks like routers, switches, and PCs. Generally, they are practically indistinguishable despite their thickness. However, not all the Ethernet cables are the same.
This blog focuses more on the design aspect of Ethernet cables which is taken for granted many a time. For instance, the appropriate use of copper, benefits of twisted pairs for signal propagation, and how we can compare Cat 5 to Cat 6. A Quick Tour of Ethernet Cable Making You will find numerous types of Ethernet Cables in the market. For example, there are shielded, unshielded, 4 pair, 25 pair and many more. The most basic Ethernet cable consists of 4 twisted pairs covered in an outer case. Other basic versions include a spline or star filler which helps in keeping the cable round. Secondly, there are other options available like ripcords and drain wires. Permanent wiring available in both stranded and solid conductor forms. While patch cables are usually stranded, it is advisable to not to bend the cable tighter than four times the outside diameter of the cable. Otherwise, there are chances of degraded performance. These network cables are halogen-based, covered with polyethylene or PVC. Therefore, in case of fire, halogen-containing plastics release a poisonous gas that forms hydrochloric acid when it comes in contact with water. If you go for Halogen-free cables also known as low smoke zero halogens then these cables won’t produce such gas/acids or other toxic smoke when exposed to flame. Hence, these low smoke sheathing is getting popular. Here are some of the listed benefits of halogen-free cables:
Coming to 10BASE-T and 100BASE-TX which consists of two pairs data grade twisted-pair to operate. They are Located on pins 1 plus 2 and pins 3 plus 6. Because these two need only two pairs and Cat5e cables have four pairs. The extra pair can be used for PoE. However, 1000BASE-T requires all of those four pairs to operate. Application of Copper in Cables When it comes to choosing the conductor for conductive metal, Silver tends to be an ideal one as it contains electricity conductivity of 106% compared to the heated copper. Yet the high cost of silver combined with its low strength limits makes it appropriate for special applications such as joint plating and sliding conduct surfaces. Copper used in Ethernet cables is not as good a conductor as aluminum. Comparing cubic densities of copper and aluminum, aluminum has 61% of the conductivity of copper. But one pound of aluminum has the same similar electrical conductivity compared to two pounds of copper. However, the decreased conductivity of aluminum means that for the same current capacity, aluminum conductor’s cross segment will be ~50% larger in comparison of copper. This makes copper better suited for applications where the place is a prime requirement. On the contrary, where conductor thickness is an advantage, copper is of rare use. Such as aerial electric power transmission cables. After reading this major benefit of using copper in Ethernet cables, here are some other benefits of using copper in the next segment. Benefits of using copper:
The major difference between network cables is the normal conductor gauge. Cat 5e cables or Cat 5 cables use 24-26 AWG wire. While Cat6/6a cables use slight larger conductors of 22-24 AWG. Therefore, Cat 6 cables have high rated operating frequency. Another aspect to consider is the maximum length of the cable run. If you are using it for 10/100/1000BASE-T, the maximum allowed length for Cat 6 cable is 100 meters. For 10GBASE-T Cat6 cable’s maximum length is 55 meters or less. In a Nutshell: There are many factors that affect the choice one makes while buying the network cable. To make the right choice, one has to first understand his needs and requirements. This way one can make the best of these cables. This post is originally posted here: https://www.sfcable.com/blog/ethernet-cable-construction-know USB cables have gone through some revolutionary phases to facilitate data connectivity and transfer. Known as Universal Serial Bus, USB cables came to existence in 1995. Since then they have brought evolution to USB enabled devices. The invention of USB cables transformed the way we use computers and other related products. Because of the huge dent they created in the IT industry, their development process picked up a stable pace.
Starting from USB1.1 standard to the time when we all can recall the USB 3.0 standard got a whole new identity in a form of USB 3.1 Gen 1. Well, now you can expect the same level of upgradation in USB cables. Upcoming USB 3.2 standard will contain the features of USB 3.0 and USB 3.1. Synopsis demonstrated the first ever USB-C Gen 3.2 USB cable in 2018. If you're tech-savvy, you might remember another host of names for USB-C. However, this standard will materialize on devices later this year. USB Implementers Forum (USB-IF) announced back in 2017 about the arrival of upcoming specifications in new the USB standard 3.2. And finally, the USB upgrade will be here soon. Both USB 3.0 and USB 3.1 are the members or say generations of USB 3.2 specification. Formerly known as USB 3.0, USB 3.1 Gen 1 offers data speed up to 5 Gbps. It will get a transformation in a form of USB 3.2 Gen 1. The other generation that is USB 3.1 Gen 2 which supports communication rates up to 10 GBPS, will get converted into USB 3.2 Gen 2. Its updated standard which will be known by USB 3.2 Gen 2*2 which will have a 20 Gbps data transport rate. This standard will be an all-inclusive standard. In order to achieve a data transfer rate of precise 20 Gbps, Gen 2x2 utilizes two high-speed 10 Gbps channels. Which means that currently, it is not delivering on 20Gbps. Which is why it has a name that states the two lanes working together. As per the points from USB-IF, conventional USB cables and devices are single lane solutions. On the contrary, USB Type-C cables support multi-lane operations which can render scalable performance. And because of that USB Gen 2x2 will be compatible only with Type-C connections. This can be a little confusing for consumers when they search for USB cables near me online. To make things easier, USB-IF suggested some names for companies to market these specifications with SuperSpeed USB, SuperSpeed 10Gbps, and SuperSpeed USB 20Gbps. That group has other name suggestions like SuperSpeed Plus, Enhanced SuperSpeed, and SuperSpeed+ as well. The main purpose behind the new names is that manufacturers and vendors would be able to present each USB 3.2 standard to consumers without any confusion. Although it is important to note that these standards can solely transfer speed and not the connector type. Which means that USB Type-A, micro USB, and USB-C might get some sort of branding. Although only USB-C cables are likely to support the fastest USB 3.2 Gen 2x2 speeds. It is a possibility that the manufacturers might sell you a USB 3.0 port delivering 5Gbps speed as a USB 3.2 port by promising a higher rate of data transfer. Because of these instances, it is necessary that the USB-IF comes up with some unique names for USB ports. Additionally, the USB-IF enlightened how important it is for manufacturers to honestly list their hardware specifications while marketing them. But it can become a tedious task to explain to consumers if they ask about the integrity of USB 3.2 speeds and other things. However, because of the fact that USB-IF finalized the names, you can anticipate proper representation of USB ports and cables in the near future and that is going to be a boon for anyone who hopes for fast results. This Blog is Originally posted here; USB 3.2 Standard and Everything You Need to Know A power cord alternatively known as a power cable provides power to the computer, monitor, printers, and other components. If you spend a few minutes to clean out your console box you are sure to find at least a few cords you no longer use. If they are in working condition, you can donate them to someone. But if they no longer work there are various ways you can recycle them.
And in this article, we are going to talk about the possible ways to recycle power cables. Recycling Power Cords The best way to recycle extension cords and any other type of power cords is to look for an electronics recycler in your area. Most of the electronics recycling programs would welcome all your power and extension cords that were compatible with your old electronic devices and any additional electric cords and cables. If you look at their construction, most of the power cords are made of copper or aluminum. These metals are highly recyclable. These metals in the cords contain an insulating layer made of plastic or rubber. Usually, the insulator isn’t recyclable. But the metal inside it is important. Therefore, recyclers will strip the wire to recycle it. One of the best ways to recycle your old cords is e-waste facilities. That is the best option available. Even many countries or cities now have dedicated e-waste recycling facilities. They are either run by private companies or a local government. For example, Best Buy is one of the popular e-waste recyclers. Power cord is one type of item they accept for recycling. It is wise to call the local e-waste recycler first before heading there and confirm if they accept cords for recycling or not. Because some of them only accept them when they come attached to a device such as with your desktop computer. Hence, when you take your electronics to your local e-waste recycler be sure to take the cords with you. It will help you reduce the number of random cords lying around the house. In case your city or country doesn’t have a dedicated e-waste recycler or such facility, there are chances that they might host an e-waste recycling event where you can bring in your e-waste. For this, you have to check with your local recycling facility or waste department. They may help you to find out if and when such events are taking place. Because there can be a manifold type of cords such as iec320 power cords, German Type Power Cord, Laptop Power Cord and so on. Are Extension Cords Reusable? Every extension or cord has its own purpose. Therefore, they aren’t too many ways you can reuse extension cords. The best way is to pass on to a friend who needs it or donating them to e-waste or thrift stores. Make sure that your cable isn’t getting hot when in use. Even if it seems that it isn’t working properly, pass it for the recycle process rather than passing it to anyone else. How to Repair Extension Cords? While it becomes tricky to reuse your cords, there might be a way of repairing them. If you do yard work with cords, there is a chance that you might’ve accidentally cut a cord. However, you can repair an extension cord. Although it is important that you do not splice a cut extension cord back together. Because it won’t have the abrasion resistance of a new cord. Instead of that, you can create two extension cords from the cut cord if both the ends are long enough. To do so, all you need is just a new plug to add t the cut end. This way you can repair your power cords. Even if they do not seem to be working, you can search for the cords online and you will have numerous options to chaoose from. This article is originally Posted here; Is it possible to Recycle Power Cords? If you found this article useful, here are some other Articles on Power Cords that may be of interest. SF Cable Offers Variety of Color Power and Extension Cords A Safety Guide to Handling Power Cords SF Cable Introduces New Line of Certified Hospital Grade Power Cords Fiber optic cables are capable of supporting most of the world’s internet telephone system, and cable television. They contain strands of glass fibers inside an insulated case. They support the long distance, high performing data, and telecommunications operations. These cables are capable to provide higher bandwidth which can transfer data over longer distances in a matter of minutes.
Throughout the years when fiber cables faced a revolutionary period, it became a bit tricky to consider the situations where you need to adopt these cables. Let’s go through a list of considerations which help you to decide when is the correct time to upgrade to fiber optic cables. New Projects: If you have your networking system built under copper system, it makes more sense to stick to the existing system. But there comes one point when it might become more cost effective to use fiber. At this juncture, a cost-benefit analysis helps you determine when to use fiber optic cable. Therefore, whenever there is a big new project just around the corner, it is wise to invest in installing a fiber system. When Hurricane Sandy came, it damaged decade old copper cables due to water intake. Following to this natural disaster, New York City replaced its copper infrastructure with fiber. The investment in fiber optics made much more sense when such natural calamity occurred which reduced the performance quality. Service providers like Verizon chose to upgrade to fiber to ensure longevity, reliable internet access, and better service. If you are the owner of a building and thinking about upgrading to Fiber optic technology then the building tenant’s requirements can give you a proper idea about the right time. If they want to use the new and renovated technology for the long term, a fiber investment may help them. Otherwise, keeping the future requirements in mind if you go with a new copper system, it might need a replacement in the near future itself. Building Type And Application When you look to successfully implement a fiber networking system, it is important to understand the venue first. You must consider the following things:
One of the important things from the above points is to look at the number of connections. The reason behind this is the small cross-sectional area of the fiber, a total number of cables and connections you can place together could be greater than a copper system. Large User Base:Overall internet speed and usage is dependent on the number of users who are going to use this service. Moreover, it depends on the usage of each individual. If we consider the past records, big market players like Apple, Facebook, and Google were the heavy users of fiber because they have a large number of employees with devices and the amount of data transfer that took place every day. If we consider today’s scenario, products like high-rise hotels, university campuses and corporate offices might experience similar needs. In such cases, one common thing is a large number of users are involved. You can anticipate that each of them at least brings two devices together, for instance, one laptop and a smartphone which would demand high-quality connectivity. The main reason is that at these places for example campuses, there will be real-time lectures, access to assignments, and submissions. At hotels, a wireless connection would be the number one demand of guests. They would need to stream content, upload photos online and access other public networks. On the other side, employees would be in constant communication with onsite and remote staff via online calls and video connections. Hence, places where there is a large number of users involved, there is a likely scenario that users access cloud services all day to receive and send large files. Future Proof Your Networks Fiber Optic Technology is a great technology for large bandwidth usage. At present most of the fiber bandwidth does not have any limitations by cables. That means that it doesn’t matter which type of new fiber optic electronics come into the market you can always utilize them at their best with these cables installed. Summing it up... Fiber optic technology has replaced traditionally used copper cables in most of the industries. Plus, their prices have also decreased in the past years. When you see that there is no sign of slowing down the bandwidth and capacity needs, people might get such questions where they want to know when is the right time to invest in fiber optic systems. The above mentioned instance describes almost all the situations where they need to adopt fiber optic options. If you still have questions about their usage, let us know. We would be happy to help! This Blog is Originally posted here; Know the Right Time to Adopt Fiber Optic Technology If you found this article useful, here are some other Articles that may be of interest. What Makes Fiber Optic Cables Better Than Copper Cables? Connecting Multiple PCs!! Frequently Asked Questions about Keystone Jack Answered Tags:NETWORKING PRODUCTSNETWORK SOLUTIONSNETWORK PRODUCTS COMPUTER NETWORK PARTS STOREFIBER OPTIC CABLESOPTICAL CABLEFIBER CABLE PTICAL CORD IBER WIRE IBER OPTIC CABLE INTERNET HDMI cables are among the important components of a television system especially if you want to utilize the system to its full potential. They connect video source components like set-top boxes, streaming devices, game consoles with TV screens and audio/visual receivers. At present, HDMI standards have evolved over time to transfer and handle high-density (HD) data transfers.
When you decide to upgrade your 1080p HD TV to 4K HDR TV, it takes a lot more effort than just buying a new screen. It becomes a compulsion for each and every component to be compatible with 4K HDR TV and should be able to handle HD content. While upgrading to 4K HDR TV, the major pain point is to find suitable cables. Sometimes when you upgrade to 4K HDR, your current HDMI cables might give you a lesser quality picture than the actual quality. The Good news is that current cables are capable to carry a 4K HDR video signal. But it can be difficult to be certain whether a particular cable is appropriate for the device. Here’s what you need to know to make sure that you select the right cables while upgrading to 4K HDR TV. Certification Types There are four types of certification standards available for HDMI cables for home use. Standard certified cables are capable of transmitting 1080i or 720p video. In Standard cables, there are two varieties available. One with an ethernet channel and one without it. Another standard type is High-Speed cables which transmit video resolutions from 1080p to 4K. They are available in both Ethernet and non-ethernet versions. Premium High-Speed HDMI certified cables are capable of high-quality 4K performance. Which HDMI cable is suitable for 4K HDR?When it comes to choosing a cable, which supports the 4K HDR quality, any cable certified as High-Speed is likely to perform the 2.1 a and b standards. This means that all High-Speed cables need to perform more-or-less the same with each version of the certification standard. This doesn’t encourage a belief that all High-Speed HDMI cables should transmit 4K at 60 fps with HDR. And with cables, the older a cable is, the more likely it is to develop a flaw that hinders 4K HDR performance. Even the cheap and low-quality cables are more likely to wear out quickly. Additionally, all the cables do not contain the same high standards. For instance, cables which barely passed certification when manufactured in 2010, when high-speed cables tested version 1.4, may not be capable to transmit 4K resolutions at 60 fps. Lastly, a certified cable may not be exactly as same as the cable available for purchase. Any cable’s certification for a particular cable model lasts until that model changes. And if there are any changes in the components that make up for that particular cable model, then the certification won’t expire for that model. There are chances that manufacturers may source different components to different suppliers whenever they need a new production run. The re-certification of the new cables is not compulsory even though the changed components may affect the cable performance in the long run. All the types of High-Speed HDMI cables are supposed to and will carry 4K video signal. One important thing to note here is that if your cable model is 2009 model or plus, your 4K content should reach your screen properly. If your cable is a tested version 1.4, it should carry 4K but it might not perform as well as you anticipated. Here is the summarized information you would want to know: Certification standard: Standard:
High-Speed:
Premium High Speed:
Here is a detailed summary of the article to help you out:
This Article is Originally posted here; How To Choose the Right HDMI Cables After Upgrading To 4K HDR TV If you found this article useful, here are some other Articles that may be of interest. Connect your TV with Android Devices by Computer Cable The HDMI Cables Dilemma: To Upgrade or Not to Upgrade? What Kind of HDMI Cables one Should Buy? Keystone jacks can manage your cables in a better way. With keystone jacks, you gain the ability to keep your wires short and even hide them. A better way to organize all those daunting wires. These are the standard-sized rectangular modules that connect wires to outlets in a wall plate or a patch channel. There are various types of jacks that come in the keystone format including networking cables, coaxial, RCA, and even USB and HDMI cables.
Considering its types, let's have a look at its three major applications where you can use this networking product as an ultimate solution. Home Theater Before: You have a home theater then you know how easily it can become a wire web for you. Because on one end there will be a giant TV and on the other end a Blu-ray player, a couple of audio components. And if the wires are not organized properly then your loved ones might fall because of these wires. Plus, there will be a mounted speaker in each corner of the room. The main component is the cables. They connect every one of these devices with each other. These cables can create a messy, crisscrossing ceiling which might make your home theatre look horrible. After: What if you have a neat rack with various components, and you are sitting and relaxing in front of your state-of-the-art TV? This scenario is possible if there is a single patch panel installed into the wall. The territory of the panel of the TV means that these cables are short enough that you can conceal them behind the TV. You can install a keystone plate behind each speaker which connects the speaker to the wall. This way, long cables will connect the speakers with the Home Theater as an audio component and all the cables will be hidden within the wall. This way the home theater would look more organized and neater without any cables in direct sight. Home Office Before: Say for example that you are setting up a basic home office in your guest room which includes a desk and certain other components. It has a computer, telephone, and a television. You need to connect each device to the wall. Here, you have an option to connect each device to its corresponding jack in the wall. With such a scenario, you have the phone connected to the phone jack, TV with the cable jack on the opposite wall. Because there wasn't a network cable in the bedroom, you got a technical person to install a network jack but he installed it in another wall. This way it will clearly look bad because there are wires going from the desk to three of the four walls in the room. This setup is prone to some hazards as well. After: On the other hand, you have the second option which involves the installation of a keystone outlet on the wall behind the desk. With this single jack into the wall, you can plug all three cables. It minimizes the clutter and reduces the risk of tripping. It's an elegant solution which makes your home office look more professional. Recording Studio Before: This is the place which uses the highest number of cables and cords. Here the cables connect everything. Right from the recording hardware, amplifiers, sound modules, microphones, monitors, headphones and everything else which belongs to the audio system. Sometimes the engineer has to disconnect one or the other device to connect something else. Moreover, this place contains wires connected to some expensive piece of equipment. And if there is any sort of tug on the wires, the expensive pieces of equipments might break. After: Now, what if your studio has sufficiently large patch bays installed by your engineer guy which can handle all of those cables in a more organized way? Your control room contains the cables that connect all of the hardware devices to a patchy bay. You can conceal this bay behind the console. The installed patch bay connects to a panel mounted on the console. This way, the engineer can enable all of the connections right from his chair. It eliminates the need to crawl behind the equipment. If you make use of this networking product, you can set all the panels on the wall which makes an easy approach for musicians to plug in their instruments like headphones, microphones, guitars, etc. Because of this connection between patch bay and panels behind the engineer's console, your floors would look clear, safeguards, and it will make your studio look more professional. Conclusion Cable management is an important aspect and it needs to be paid attention to from the beginning. An unorganized web of cables and wires is vulnerable to some or the other damage. Hence it is advisable to use the proper cable management system and using keystone jacks appropriately to manage cables will definitely extend their usage life. This Article is originally Posted here; Important Applications of Keystone Jacks in Day-to-Day Life If you found this article useful, here are some other article on Networking products that may be of interest. 3 Types of Keystone Jacks You Must Know About! Frequently Asked Questions about Keystone Jack Answered What Makes Fiber Optic Cables Future Proof? Connectivity Propellers That Make Your Computers Work |
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