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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Do you know what is actually running this whole world of internet, cinematics and computer science? It is power cords! If you don’t believe this fact, just unplug your system’s power cord. You will see a good for nothing dark screen because it is turned off. Power is still there your tools and systems are there. Still, you will not be able to use them and do anything without power cords. So, with that assertion, we can say that Power Cords is one of the most crucially important tools. It is supplying energies from generations powering appliances for decades. Today there are a lot of different categories of IEC power Cords, which are technically advanced than its predecessors. Power cords have seen drastic changes in this long course of time. Constant engineering and reengineering has made it more technically advanced, power savvy and secure to use. The latest and most modernized member of this power cord clan is IEC320 power cord. It is always interesting to go through the history of a product and see how it evolved since its inception. Today, we will go through the history of power cords and will see, how time had advanced it with new changes. Invention and Early Development Systematic power distribution setup was first developed by Thomas Edison in 1882. He used copper wire wrapped with jute covered under Bituminous pipes. That was the first power cord invented. With the occurrence of time, new developments and improvisations took place. In 1906, first armored cable with properly vulcanized rubber was introduced, but did it was too much expensive to afford. Meanwhile and in later time as well, Aluminum came into use but it proved to be failed experiment. It was not safe because of corrosions. The Revolution Time of Cords The standard appliance connector became effective in 1920. In later years, appliance cords with earth clips were developed. Usage of larger pins came into the trend as they prevent arc formations and provide break free connectivity. After constant gradual development for more than five decades, 1950 was the year of significant development in cords. This time, 2-wire cords were introduced, which were PVC insulated. This invention became the ground of 3-wire PVC insulated cords, which is the latest structure of cords that we are using. Evolution of Protected Power Cord In 1959, a German company introduced first IEC power cord. They brought three flat blade pins out of which, 2 were basic power pins and the third one was earth pin. The traditional metal caps, which used to be placed for earth connection were no longer a part of the pin. This innovation made cables safer and well-protected to use. The pins were placed in non-equilateral triangle form that gave it set direction to plug into a socket. Introduction IEC Standards for IEC Power Cords With extending use of appliances, which were operating mostly on power cords, IEC 320 Standards were introduced in 1970. IEC (International Electrotechnical Commission) standardized and defined specification for IEC 320 power cords. New improvements were added in following years. In 1994 with IEC 60320 standards, International Electrotechnical Commission revised its standards and defined 13 different connectors and inlets. Today’s Era of IEC320 power cords Today we are witnessing the finest generations of power cords. With the history more than 1.5 centuries, power cords are available with better standards, efficient performance and utmost security. With constant advancements in technology paralleled with day by day increasing demands, power cords have expanded its categories as well. There are numerous types of cords are available in the market out of which 13 are standardized ones. Different cords are available with different pinning methods and socket compatibilities. These latest cables are empowered to work on higher power capacities as nicely as on lower power imputes. Whether you want to run big servers or just want to connect your phone with TV, IEC320 Power Cords can help you all the way. So, this was a short and quick recap to the journey of power cords. The history of these itself shows that the end product we are using today has gone through an adhered human attention, which led it to such gradual development. Source https://www.playbuzz.com/item/128b6ab1-3e09-4840-8e73-38779ff30f4f
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From connecting our computer network to distributing video and TV signals, we rely on category cables, i.e. Cat cables for almost everything. And with technological advancements in a short time, Cat cable has become a preferred option over traditional coaxial cables. But, a confusion still pertains as to which category cable is the best suitable; when it comes to industrial and commercial network design and data cable installation. Although the 3 categories – CAT5E, CAT6 and CAT6A look the same, they are different in terms of price and performance. Let us delve into the differences and determine which category to choose according to needs and why. CAT 5ECAT5E unveiled in 2001 and is an updated version of Category 5 cabling. Fifteen years back, category 5 cabling was in demand when the purpose was to support hardware networking. And it had the potential capacity speed of 1 gigabit. Over the time, when hardware prices started to decrease, CAT 5 became obsolete. And Cat5e became the minimum data cable standard needed. Their special design makeover helps in reducing cross-talk, i.e. the undesired signal interference between data channels/wires. And thereby produces 1 gigabit network at a distance up to 328 feet. Furthermore, the ‘E’ in Cat5E cables stands for ‘Enhanced’. And it was in the late 2000s when CAT5E started to render utility in order to run workstations and CAT6 emerged. CAT 6CAT6 cables came into existence a year later after CAT5E cables. They represent improvement in overall transmission performance and are therefore are known as the backbone of all networks from router to switches. Its frequency has increased up to 500Hz with the ability to reach the speed of 10 gigabit network limited to 164 feet. And, how can we forget to mention about its make-over? It contains 23-24 gauge twisted pair wires with 2+ twisted pair centimeters. In addition, the internal nylon spline and the thick exterior sheath aids in increasing the crosstalk potentiality. CAT6AThe placement of ‘A’ in CAT6A cables stands for the word ‘Augmented’. And this cable is known as the most advanced version of all data cables. We assume that it takes a lead towards a future where 10G network will be known as a common standard. With makeover that contains 23 gauge, it is known to be thicker than CAT5E and CAT 6 cables. Additionally, it is the presence of more copper per inch that makes it the thickest of all. And this extra copper per inch is partly due to extra thick plastic around the wires and partly due to tighter winding of the pairs. It has a speed of 10 gigabit per second for a full distance of 328 feet with a doubled frequency reaching to 500 MHz. This all leads not only to the improvement of its range but also helps in further reducing cross talk and delay in cables. Thereby, making it the most expensive of all cable options. ConclusionAll this said and done, which one to choose?From the above information, one can come to a conclusion that Cat 5E is adequate for a small cloud-based network but it would not be able to support network demands in the future. Again, it differs from one case to another. It depends upon your business or industry needs for design and utility. Cat6 and 6A are future proof network. They have greater utility in terms of faster data speed, greater range and reduced cross talk. One can enjoy this greater utility provided they have a gigabit compatible router and computer. This is because, there is difference in internet speed and data speed. So, how much ever of upgradation you do in your data cable, it won’t have any impact on the internet speed. Rather, it will bring improvement in data transfer, upload, and download. Now, the choice of cables is all yours. If you aren’t future oriented and your business carries server based work, CAT5E is perfectly fine for you. But if you have higher demands for speed and downloading files and applications foreseeing the future, you should go for CAT 6 or 6A. For any further queries regarding the same, feel free to talk to us. We’ll be happy to find the right solution for your business networking needs. Wish you all the best for your electronic endeavors! Source : https://www.sfcable.com/blog/comparative-analysis-cat-cables-choosing-right/
Most of the businesses run on computer these days. The way they have become contingent for conducting daily business activities, they need proper power supply. If they don't get their electrical oxygen, they may suffer from crashes, boot failures, or even explode into fumes. In order to prevent occurrence of these incidents, one needs to choose the best power supply cable for their PC.
Although these power supply cords are the heart for PCs; computer builders and daily operators often overlook them. They choose the power supplies depending on its wattage capacity only. Assuming the higher the wattage, the better is the cord. And often ignore other vital factors. This ignorance not only ends in wasting money and electricity but even ruins all the component parts of computer. You need to select a computer power cable that ensures stability and reliability for years. For that, you might need to go by these points in order to make the right choice. WattageThe computer models, their makeover and build-up companies differ. And so do their wattage capacity. When you choose a computer power cord, check your model and its wattage capacity which you might find in the user manual. In case, you don't find in there, there are Power Supply Unit (PSU) wattage calculators with the help of which you can pick the right cord. Below given is information on different power supply capacity: 400 Watts:The most common power cords carry a capacity of 400 watts and can replace the most branded computer power supply units. They are available at a low price and can handle all the component computer parts in a systematic manner. However, they are not feature-rich, not modular and at the max can give 2 years warranty. 430 Watts:These power cables are better than 400 PSUs with 30+ more units. They encompass necessary features and provide 3-5 years warranty. However, even these are not modular. 500 Watts:As you are already aware, PCs differ from each other. If you have a custom-built PC, you should prefer a cord that has 500-600 wattage capacity. As you are likely to get 3-5 years warranty with a better appearance and quality. Further, these help in building a high end graphic card and renders better cable management. 700 Watts:If you are ready to invest money and install second graphics card with more features and modularity, go for power cords that have 700 wattage capacity. Moreover, you get a 5 years warranty on this. 750 Watts:This is the maximum wattage capacity any computer needs even if you are playing games. Thereafter comes 1000-1200 wattage capacity power cords which anyone would need only if they run 3 or more graphic cards and 5+ hard drives. After all, you need to choose a PSU that matches with your PC capacity plus 20% buffer as it renders safety and future proofing. Ultimately it all depends on your activities and budget constraints. Efficiency StandardOnce you figure out the power consumption needs of your computer, you need to consider energy saving options too. And therefore, it worth talking here about 80+ power efficiency. It simply describes those computer power cables that don't waste a lot of electricity. There are 6 categories under the 80+ certified power supplies. Let us have a look at all those categories and how much power they save.
Do remember that your computer rarely uses the total wattage unit from the cord. Instead, it only pulls how much it needs. For example- if you watch videos and surf on the web, your PC will use only a couple hundred watts. So, of course you can go with a more efficient power supply depending upon good deals if available, your budget and activities. ModularityOne important aspect to consider while choosing computer power cord is modularity check. Let me tell you it has become very easy to figure out the type of cable for your computer as there are only 3 options available: Direct Cable: Ideally, these power cables come directly from power supply houses. As they are cheaper in production and design and are therefore available to consumers at low prices. But, these are not suitable for a technology-oriented person as they prefer to change their settings according to changing times. Which is not possible in case of direct cables. Moreover, cable management becomes difficult as there are a number of cables to deal with. Semi-Modular: Technocrats may prefer buying semi-modular cables. As they provide flexibility in their removal at one's own will. These semi modular cable connectors like Molex (4-pin) and SATA (15-pin) offer middle ground pricing and provide easy cable management solutions. Full-Modular: Technocrats may prefer to use these cables as they are removable thereby making the installation process sleek and easy. It enables frequent changing of built up production or design thereby making it fully modular. ConclusionHope, you understood why power cords are so vital for PCs. Furthermore, we hope this information comes of help and enables you to choose the best computer power cord depending on various factors.
Universal Serial Bus aka USB has recently launched its latest version. The third generation of USB was launched in 2011 with USB 3.0. Then after it has updated twice, first with USB 3.1 in 2014 and now the latest on with USB 3.2. A lot has changed throughout the course of time. Not just speed, efficiency, convenience but even color has changed. Now with this modernization, USB Cables are more helpful, powerful and extensive in use.
The usage of USB Cords has also changed with the latest innovation. Advancement of technology has included USB cables as an equipment to deliver user convenience. These broadening applications, created a demand to reengineer USB and make it more suitable for users.
In this blog, we will talk about the new features and advantages of latest USB 3.2. So, let us check out how it better than all its ancestors:
High Speed Data Transfer
This blazing fast speed is much required in the current scenario where technology is moving even faster than the fastest. Everything is speeding up, whether it broadband internet speed or flash transfer speed. Another aspect for the need of such high-speed USB technology is, increasing storage capacity in the devices. Devices are upgrading with big storage capacity, thus, to access big storage and transfer mass data, there should be a fast technology. USB 3.2 suffices this efficiently.
The USB 3.0 was launched with the tag of “Super Speed” but with its following updates, it got changed to “Super Speed+”. The accelerated data transfer began from the USB 2.0, which use to perform at the speed of 60 megabits per second. Later, USB 3.0 took it ahead and extended it up to 5 gigabits a second. This high-speed data transmission further extended up to 10 gigabytes per second in USB 3.1. The latest version 3.2 is offering twofold speed and transfers up to 20 gigabytes in a second.
Compatible With Major Previous Versions
One of the most disliked attribute about Android is, its new version supports only latest devices and all old devices stay incompatible. Now this might make people with older devices feel inferior. And why shouldn’t they? However, USB takes a good care of its users. Its latest and all previous versions are compatible with USB 3.2. So, if you are using a drive which is operating on USB 2.0 or maybe its earlier version, you can run that on USB 3.2 port. The drive will perform normally without any hiccups. Though USB 3.0 depreciated the upgradation of mini sockets as they were of less use.
USB also systemizes their versions by indicating the pin or port with specified colors. Initial version, USB 2.0 used to have a black block in port. The next generation USB 3.0 came up with a blue block in the port. USB 3.1 has the red color block to define its version and help users to pick the fastest one in a system. USB 3.2 also comes with C type cable comes with a different socket that offers power supply connection from upside and downside. It helps the USB cord to transmit data at a faster pace.
Extended Power Transmission Capacity
There was a time when if you bought a gadget, the brands use to provide you chargers besides the USB cable. But now, even if you will buy the most expensive mobile or tablet, you will have only an adaptor and USB cable. No separate chargers anymore! USB3.2 respects this reliability. It has upgraded itself and actively playing the role of a power cable too. As most of the gadgets are using USB to charge the device, USB is offering better control over the power capacity.
USB 3.2 operates maximum power up to 20 volts and 5 amperes. It is capable to deliver more power when there is a need and it can also conserve power when it is USB connected but not in use. Mechanism that USB followed in its latest versions is increased number of wires. USB 2.0 was enabled with only 4 connector wire, whereas USB 3.0 has 9 connector wires. This figure later expanded in 3.2 version.
Extended Bandwidth
USB 2.0 was a one-way route for data transmission. That means, data will be sent and received on the same path. So, either it will send or receive data at a time. It makes data transmission slow. USB 3.0 and its later versions have more wires. This allows them to render two separate unidirectional data pathways. Dedicate paths for receiving and sending make transmission quick, seamless and uninterrupted.
These were the few pro points about the latest version of USB 3.2. So, go advance with the latest advancements and take the optimum use of your USB Cords.
If you work around computers and other systems, you are sure to have heard the term Ethernet Cables. We often end up plugging these cables into a plug or a network equipment. This is known as an ethernet port. Today, instead of talking about cables, we will be talking about these sockets and how they connect a wired network hardware to Wide area networks or Ethernet Lan.
You must have observed Ethernet connections at the back of computers. Every router comes with different ethernet ports that can handle various devices through a single network. This also applies to network hardware like modems and hubs. Usually, an Ethernet Port accepts an Ethernet Cord which has an RJ-45 connector. In case you want to use internet without a wired network, you can go for a WIFI Connection.
The Anatomy Of Ethernet Ports
You must have seen the ports of traditional telephone instruments. Well, Ethernet port look quite like them. It is just that they’re a little wider than these ports. And you can figure out the major difference when you are unable to fit Ethernet Cables into telephone jack. Take a look at the picture of Ethernet Port given below:
The Anatomy of Ethernet Ports
The network cable that goes inside the port has a clip at the bottom which keeps it affixed to the port.
Computer Ethernet Ports
Almost all PCs or desktops come with an Ethernet Port through which you can connect devices to the wired network. The built-in Ethernet port of a computer is connected with its Ethernet network adapter; also known as Ethernet Card, attached to the motherboard.
Even laptops have an Ethernet port enabling you to join it with a network without wireless capabilities. Well, a laptop like Macbook air would be an exception here as it does not have an Ethernet port. However, it enables you to connect the Ethernet dongle to the USB port.
Handling The Ethernet Port Problems
In case you are facing internet connection issues on your computer, the first thing you need to look at is your ethernet port. This is because, there are chances that it might be unplugged. At such times, your computer might show errors like “Your network cable is unplugged.” Sometimes, the network card can also become corrupt, outdated, or go missing. During such times, you can install a network driver using a free driver updater tool.
What Are The Use Cases Of Ethernet Ports?
Here are some if the situations in which we come across Ethernet Ports:
Ethernet Ports In Routers
Most of the broadband routers make use of Ethernet ports. Through this set up, multiple wired computers that are in the network can connect with the internet and other devices that work with it. Sometimes, people use an uplink port – a type of Ethernet Jack for connecting to a broadband modem.
Ethernet Ports On Consumer Electronics
Several gadgets used for home networking including digital video recorders, video game consoles, new televisions etc. also come with Ethernet ports. The latest one being Google Chromecast for which you can buy an Ethernet adapter and use it without Wifi.
We hope that the above points have acquainted you enough with Ethernet Ports and their working. To make sure that the network keeps running smoothly, you just need to ensure that you by a right Ethernet Cord. There are several companies who offer Ethernet accessories of different types online. In case you are confused which one to buy for yourself, you can ask the professionals and they are sure to help you!
~~ ** ~~Anyone who wants to get internet service for their homes or businesses often look for cable free connection. Why? Well, because they prevent their homes/offices from looking messy. But, both these internet transmission avenues, have their own merits and demerits. And when we must choose the best network, we come down to security and mobility. On one hand, the ethernet cord connection provides security, the wireless connections. On the other hand, is available almost everywhere in the form of WIFI. Looking at the current scenario, it seems that the world is going wireless. And the reason for it is probably, because ethernet connection needs a clutter of wires and cords to connect with a device. So, it does not render mobility. If this is the ground on which you think you might need wireless connection, you must give it a second thought. The number of wired internet subscription will reach to 979 million connections worldwide in 2018 as shown by Statista. This proves that ethernet cord connection can still give WIFI a run for its money. How? Ethernet connection has many advantages over wireless network services. Take a look at some of them. Here are 4 key areas we will hone in and prove how it can still outperform the capabilities of WIFI: 1. Data SpeedWhether you want to download large files, watch movies online or play video games, ethernet is the connection medium you should consider. Ask any gamer whether they would prefer to play on Wi-Fi and they will tell you “Never.” Reason? The WIFI slows down the data speed and bogs them down. It provides a standard speed of 802.11g. And its latest versions provide the maximum speed of 866.7 Mbps which does not suffice for them. Sometimes, Wi-Fi speed can reach a maximum of 54 Mbps only. That happens when people use wireless networks for multiple devices around their offices or home. The more the number of devices that work on wireless networks, the lower is the available bandwidth. Ethernet cable on the other hand, never falls short of performance and can produce speeds from 100 to 1000 mbps and beyond without interruption. 2. SecuritySo, which internet transmission method is better when it comes to security? For instance, if you go to a Starbucks coffee shop, and it has an open-air WIFI connection. This freely available wireless network allows interception of data in the air including personal information. So, no matter how strong the settings are, the chances of hacking the security system and gaining all the personal data becomes easy for hackers. Ethernet cord connection provides robust data security solutions which protects the massive amount of data. The reason behind a strong data security is because ethernet cord does not provide an easy and readily available internet connection. The wired network relies on physical connection to the device. With the help of which, it can get direct access to and is able to intercept data. Apart from the security provision, ethernet cabling helps with power saving too. 3.Interferences and ReliabilityWireless networking is susceptible to environmental interferences. Some electronic devices like cordless phones, radio, television, microwave etc. cause interruptions in the usage of Wi-Fi. This is because, these device signals do not allow the wireless network to remain isolated. Furthermore, one might even see a rise and fall in the Wi-Fi network availability when they move around their home/workplace. All this results in inconsistent Wi-Fi performance. You might be able to resolve this issue to some extent if you position wireless network connection rightly. Wireless connection might never give you the level of performance you are looking for. Especially, when you have an ethernet connection. If you have ethernet cable connection, you will not have to face these troubles. Fix it anywhere and you can enjoy the same level of speed and performance regardless of your movement. 4. Multiple Device AdaptabilityWe cannot deny the fact that wireless networks are adaptable to devices like laptops, mobile phones and desktop computers too. However, they still lack in performance when compared to ethernet. Ethernet provides adaptability to greater number of devices. They can provide power to surveillance cameras, LED lights, monitoring systems, desktops and more. Moreover, ethernet installation is possible at homes, data centers or at any point one is desirous of. Thus, it renders a simplified installation at lower costs. If we consider the above attributes, they prove how ethernet connections are still a win-win over wireless networking. Although the name ‘wired connections’ denotes they are not clutter free; they are better in terms of speed, security, reliability, and multiple device compatibility. We hope these differences help you to take a wise decision for your internet cording. Choose what works the best for you!
Keystone jacks are regular size rectangular like modules. They help to attach wires to outlets in a patch panel or a wall plate. You can find a plenty of jacks that are available in the keystone format. These include jacks used for networking and telephone cables, USB and HDMI cables as well as coaxial and RCA cables.
Sometimes too many wires and cables put together create a total mess. If you want to keep the area around you neat, tidy and accident free, Keystone Jacks will come of real help. As they keep the wires short and hidden, cable management becomes much easier. So how do Keystone Jacks bring in convenience and prevent trip hazards? Read ahead to know more.
Recording Studios
If you have visited a recording studio, you might be aware about the number of cords and cables that are used. Right from the recording hardware, microphones and amplifiers to instruments, headphones and monitors, everything has to be connected to something. In order to connect equipment with each other, an engineer often has to disconnect something or the other and make adjustments. Moreover, as wires are all over the studio, the tripping incidents are sure to go up.
Having large patch bays can take care of all the problems. All the wires of hardware and other equipment remain neatly arranged at the back of the console. It also brings a lot of convenience as the sound engineer doesn’t have to crawl behind equipment in order to connect the equipment. As there is no mess on the floor, everything looks professional and in place.
Home Theatres
Keystone Jacks are a blessing for movie buffs! Especially if the task of arranging wires seems nightmarish. A home theatre has a huge TV, audio components, satellite box and most probably a Blu Ray player. Also there are speakers perched at stands on each corner of the room. Now there are cables connecting these devices to each other. The speaker cables hanging around the walls spoil the look and aesthetics of your home theatre. If there is a neat and systematic rack with different components attached, concealed behind the TV and a keystone plate having a short cable connecting speaker to the walls, your home theatre will look as you intended it to.
Home Office Areas
In a typical home office, you will find a desk having a PC, a television and a telephone. All of these devices have to be connected to the wall. The phone is usually wired to the phone jack and TV to the cable jack on a different wall. The wires from near the desk run in different directions of the room. Now this is sure to create tripping hazards.
To avoid this, a Keystone outlet can be mounted on the wall behind the desk. The cable jack for TV, RJ-45 jack for computer network and RJ-11 jack for the phone; all can be attached on a single wall plate. Needless to say, it lessens the clutter and chaos making the place look elegant and classy.
Cables and wiring if present all over the place can create a lot of problems. You definitely do not want the areas around you to look like a snake pit. So make the most out of Keystone Jack panels and outlets!
Fiber Optic cables are the first choice when it comes to making network installations and upgrades. This is because they transmit data really fast. They’re also the most preferred option for enabling good quality internet connection. So what else makes them superior to copper cables? Let’s check out. 1. Thin And RobustAs compared to copper cables, fiber Optic cables are much lighter and thinner in weight. Plus, as fiber doesn’t carry electric current, the data transmission doesn’t get affected due to electromagnetic interference. For every fiber optic cable, the pulling specifications are 10 times more than copper cables. Also, storing and handing them is extremely easy due to its small size. Unlike copper cables, they don’t offer fire hazard which makes them safer to use. 2. Better SpeedThere is a core in fiber optic cables that carries light in order to transmit data. It enables the cables to carry signals at a speed which is only 31% slower than the speed of light. And that is what makes them faster than CAT5 or CAT6 copper cables. When you use fiber cables, you will observe that there is much lesser signal degradation as compared to copper cables. 3. Remarkable BandwidthCopper cables have a limited bandwidth as compared to fiber optic cables. This is because they were designed keeping the voice transmission in mind. Fiber offers a standardized performance of up to 10 Gbps and has a greater bandwidth. It can also carry more information with better fidelity as compared to copper wires. However, the fiber speed depends on the type of cable used. Most of the CATV and telephone companies are converting to fiber due to the kind of bandwidth it offers. 4. Greater ReliabilityFiber optic cables are immune towards temperature changes, moisture and extreme weather conditions. Its core is made of glass which acts like an insulator letting no electric current flow through it. It also stops any kind of electromagnetic interference and radio frequency interference. So there is no need to worry even if you want to run a fiber optic cable next to industrial equipment. Fiber cables are less vulnerable to temperature changes and can also be submerged inside water. 5. Superior SecurityWith fiber cables, your data is much safer. It is not possible to tap a fiber cable. Even if it is tapped, it is easy to monitor such an activity as the cable leaks light and fails the entire system. Hence, if someone tries to damage the physical security of your fiber system, you will get to know about it in no time. As fiber networks enable you to put all your hardware in a centralized location, you do not need to have wiring closets with equipment all over your building. 6. Covers A Longer Distance10 Gbps single mode fiber cables have the capacity to carry signals up to 25 miles. Copper cables, on the other hand, have a typical 328 foot limitation. The distance covered by a fiber optic cable depends on the type of cable, its wavelength and the type of network it is used for. If you want better and faster connectivity, it is advisable to choose Fiber Optic cables over copper cables. You can buy these cables online and choose the one that fits the best for your needs. ~~ *** ~~ SF Cable, a premium cable retailer offering unbeatable prices, now stocks IEC320 C13 to NEMA 5-15P universal power cords in 6 different colors: black, blue, green, red and yellow. The variety of colors available are incredibly useful in an office, home or networking environment where users need to quickly and efficiently differentiate between devices and connections. Tech support and trouble shooting is made simpler with color identification saving time when describing connections. "Our customers were looking for a solution to differentiate power paths and prevent accidental disconnections by removing the wrong cord," said Phil Truong, Product Manager. "We now offer the solution." IEC320 C13 to NEMA 5-15P cord is designed for use with computers, monitors, scanners and printers that use USA 3 prong connections. SFCable offers the greatest assortment of orientations in the market with the C13 receptacles available in straight, right angle, left angle, up and down angles. Cables sold by SF Cable are of the highest quality built to NEMA 5-15P standards and are all UL (Underwriters Laboratories) certified. The cables are fully molded to provide maximum durability and signal transmission and come with lifetime guarantees. All power cords supplied by SF Cable have been certified to comply with the latest RoHS2 and REACH standards which include over 132 controlled substances.
About SF Cable, Inc
Accessories & Network Equipments Online is essential for anyone who works, goes to school or likes to play online. Without the correct cables, power cords and computer accessories having to be online can turn into a real headache, but the right network equipment and accessories can really make your life a whole lot easier.
Laptop AdaptorThe right accessories will even enhance your laptop. We all know how important that can be. From protective coverings to powerful add-ons and cables you can rev up your laptop to do exactly what you want it to do as well as to be far more durable. You can do a complete upgrade or pinpoint areas you want to make better. For instance, a travel adaptor will allow you to access your machine while you are away, and memory sticks makes storage and back up easy! Accessories & Network Equipments Online offers networking products which are up to date and dependable. These are quality products like Ethernet cards, CAT5E/6/6A Cables, network splitters, Fiber Jumpers, DSL filter, In-Line couplers, modules, Keystone jacks and Patch cord boots just to name some. There are also wall plates, plugs, surface mount jacks, network media converters, modem & phone cables, network tools & testers, brackets, routers & switches and a whole lot more. Let’s take a look at some other must have products and how they can make your life a whole lot easier. DSL Splitter with Noise FilterThis is an excellent product that will allow your incoming signal to be much stronger. It also offers separate output options that filter your voice when talking on the phone. ADSL will eliminate the impedances that are known to interfere in the communications process. Your internet is made faster, and your phone reception is excellent with this splitter and noise filter.
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