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10 Jul

How Much Do you Know about Fiber Internet?

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Fiber internet is one of the smartest options to go with these days if you are considering installing or upgrading your internet. Everyone has heard of fiber, or at least about how the government plans to expand its availability across the country. Many experts see the service provided by fiber optic internet providers as the next step in the evolution of digital communication, and the following is a look at why that is probably not too far off the mark.

Fiber internet is basically internet that gets delivered to you via fiber optic lines. This kind of access is unique because unlike cable and DSL, which send information as electric signals through copper lines, fiber optic lines make use of tiny glass or plastic strands that carry data in the form of light. The system employed by fiber optic internet providers uses binary transmissions, and delivers immense speed and reliability to users.

Why is Fiber So Fast?

The speed of internet is highly dependent on the amount of data your infrastructure is capable of handling. DSL and cable use traditional copper wires which were initially meant for only voice communication, and that limits how much data they can carry within a certain time. Satellite internet too falls short in this regard, mostly because of tremendous distances that the signals have to traverse to get from one end to the other. In fact, satellite internet gets you much the same speeds as cable and DSL, but brings the problem of high latency, which in this day and age is hard to work past.

Fiber optic lines, on the other hand, send modulated light in place of electricity, and that raises their bandwidth capacity. Typical connections from fiber optic internet providers deliver speeds of up to 1 gigabit per second – a hundred times as fast as data coming in through old copper wires. Gamers and avid streamers get the best out of connections from fiber optic internet providers, because they need something that can transfer tremendous amounts of data quickly and reliably.

Fiber Optic Cables: Anatomy

Fibers individually surrounded by multiple layers of strengthening material that protects them and keeps the light signals from leaking out. A typical cable laid by one of the fiber optic internet providers packs several individual fibers of this sort, which enables transmission of high volumes of data using a single connection.

Single-Mode vs. Multimode Fiber

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Types Of Fiber Internet

Single-mode optical fiber contains a smaller core and relays laser diode transmissions for very long distances. Multimode fiber relays LED light with the help of a bigger core by making the light “bounce” until it reaches its destination a shorter distance away. The latter type of fiber is considerably cheaper, which is why it is commonly used inside city networks.

Ribbon vs. Loose Tube Construction

Ribbon fiber optic cable packs fibers in a close formation and is a lot cheaper than its main alternative, loose tube fiber optic cable. The latter gives more emphasis to protecting the fibers, and achieves this through the use of greater padding to ensure external damage is kept to a minimum. The number of fibers a cable contains can be two, several hundred, or anywhere in between.

Color Coding

A lot of the times, all the fibers inside a cable happen to be of the same type. In these cases, the outer layers are accordingly color-coded. On top of that, fiber optic internet providers also mark individual fiber bundles inside the cable to ensure ease of installation when cables need to be spliced together.

Simplex vs. Duplex

Since it is usual for connections to go two ways, cables are mostly sold in one of two packaging styles: duplex and simplex. Duplex cables carry two separate fiber cables joined by a mutual outer coating, and have two exits on each end. Each cable only relays data in one direction, making duplex cables highly suited to high-traffic connections such as at fiber switches, servers, and backbone ports.

Dark Fiber

It is not uncommon for cables to be installed with surplus unused fibers. These are called “dark fibers”, and can be used in the event that more capacity is required in the future. As a result, fiber optic networks are highly scalable especially in relation to coaxial cable and DSL. A network set up by one of the fiber optic internet providers has the potential to easily grow as and when the need arises.

Parts of a Fiber Network

  • Fiber optic cable: Nothing works without this; it is a cable, which carries pulses of light between two different places.
  • Transmitter: This is the device, which converts digital signal into pulse form, and then transmits the same through the fiber cable. Some transmitters are capable of sending multiple signals at once by keeping these at different wavelengths, and effectively enhancing the capacity of each fiber. The technique is called WDM or Wavelength Division Multiplexing.
  • Receiver: This is the device, which the turns arriving light pulses back into digital signal, and then feeds them to a digital device. If WDM was employed, it falls to the receiver to translate all the different wavelengths used in a single fiber. Transmitter and receiver are often the same product, in which case it is called a transceiver.

Differences between Business and Residential Fiber Internet

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Parts Of Fiber Network

Business fiber internet service invariably costs more than what a residential subscriber would have to pay, despite the underlying technology being the same. Small businesses may not initially understand why they have to pay higher prices for essentially the same thing. What is overlooked though is that business fiber internet carries many guarantees which residential fiber lacks.

  • Flexible configurations: Fiber business users usually require different things from an internet service that their residential counterparts. These usually include sophisticated configurations that bring about much higher performance after, say, switching over from cable. Multiprotocol Label Switching or MPLS directs data among various network nodes through short paths to prevent routing lookups, increasing reliability. Border Gateway Protocol or BGP exchanges routing information for use in routing autonomous systems. Besides, many businesses have the need for larger IPv6 or IPv4 subnets whether for security or speed, or both. This applies particularly to organizations that have complex network infrastructures, where fiber connectivity can bring the necessary flexibility they need to meet their requirements.
  • Cloud service and data center access: Fiber-optic internet for businesses allows configuring point-to-point circuits for use in Wide Area Networks (WANs), as well as in inter-office VoIP telephony. To top that off, business fiber can also be tweaked to open up direct access to cloud services or a data center. With more and more companies relying heavily on hosted cloud options for data storage, it makes sense that these organizations would need quick access to their data, while not having to compromise on security. Fiber connectivity allows applying the direct connectivity concept to on-site resources called Storage Area Network (SAN). As long as the business is connected directly to this via a WAN, the firm gets to enjoy appreciable speed, availability, and security when it comes to their data.

Fiber vs. Cable and DSL

Other than being much faster in comparison, fiber scores over cable and DSL in some other ways as well.

  • Fiber-optic lines are better suited to carrying data over long distances: Both light and electricity degrade when they travel long distances, and when that happens, the signal grows weak, or the bandwidth drops; suffice to it is never pleasant for a user. Copper cable links cannot be laid continuously for more than 328 feet if you want to uphold signal strength. Fiber optic cables, on the other hand, can maintain signal strength for up to around 25 miles. This is why so many people sign up for connections from fiber optic internet providers.
  • Radio waves and electricity do not interfere with fiber optics: Copper may be a great way to get electricity from one point to another, but not in a closed system, and the flipside of this is the issue of possible radio or electromagnetic interference. Higher this interference, the lesser the signal strength will be as a consequence. Sometimes, the signal may get cut entirely. This, however, is not an issue shared by plastic and glass lines laid by fiber optic internet providers, which are sufficiently insulated against interference.
  • Fiber optic lines have less chance of incurring wear and tear: Copper, being a soft metal and good heat conductor, is more prone to damage when exposed to the elements. It generally breaks down after a few years. Fiber endures longer and better for the simple reason that it is much harder. Regarding pressure, copper can take about 25 pounds before it is irreversibly damaged, while fiber easily stands up to between 100 and 200 pounds.
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Basically, if speed, reliability, and efficiency matter to you, then fiber is a choice that is hard to beat. If you are already convinced it is the one for you, the next step is to sign up for a connection offered by one of the fiber optic internet providers servicing your area. Google “fiber optic internet in my area” and you are bound to get a list to start working with.

Shortcomings of Fiber Optic Internet

Fiber internet does have its downsides, but not enough to knock it off the top when you consider internet service options. Still, it is important to know everything you can about what you sing up for. The following are the main disadvantages of signing up for a connection offered by one of the fiber optic internet providers servicing your area.

  • You probably will not need all that speed: Most people are used to lower speeds than fiber internet offers, and still manage to satisfy their work and entertainment needs inside what they get. The problem with this is that while a new fiber connection’s speed may seem enticing at first, the attraction can easily fade after you realize you do not have much use for it on a regular basis. The FCC says a single user on average need just 1 Mbps to browse the web, and 4 Mbps to stream HD videos or play an online game. To qualify as “advanced telecommunications”, a service needs to provide speeds of 25 Mbps, but that is already the case with many cable providers. Although fiber optic internet providers beat them easily at this, you would not be squeezing the juice out of the bandwidth unless someone in the home was streaming a Blu-ray movie while another was playing a game.
  • Availability is very limited: Not many fiber optic internet providers offer widespread service, and as of 2104, less than 25% of the country has fiber-optic lines in their neighborhood. DSL and cable, in contrast, are available to 90% of the population. Fiber internet is mainly provided in the north Atlantic coast and the Midwest. A few fiber optic internet providers such as Google and Verizon have promised nationwide network expansion, but that is still some ways in the future. To know what options you have, go online and check for provides by zip code.
  • New lines require new infrastructure: The main reason cable and DSL are still around despite fiber’s undeniable superiority in so many areas is that they have an existing infrastructure which can be used to relay internet signals to subscribers’ homes. These are the lines originally put in place for phone and TV service. Fiber-optic lines are not so common in the country, and whenever one of the fiber optic internet providers wants to service a new area, they are required to lay the necessary infrastructure. This means most fiber internet companies are looking to compensate for that initial cost they have had to up within multiple locations, consequently hampering further availability because expansion brings most costs.

Is Fiber Internet Right for you?

In a nutshell, you need to be a gamer or HD streaming aficionado to be able to fully utilize the best that fiber internet has to offer. Otherwise, cable or DSL can just as easily meet your needs, and at far lower prices no less.

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Assuming your household is deep into HD streaming or gaming, and you are lucky enough to be living in a neighborhood already serviced by one of the major fiber optic internet providers, you should definitely sign up with them and partake in the superior benefits it offers. A 1 Gbps plan from Google or Verizon would be priced similarly to the typical 25–50 Mbps plans from most cable companies. This makes sense after knowing the many advantages fiber optic carried over cable. However, the availability of fiber internet is so limited that most people who want it have to wait until it starts up in their area.

Questions to Ask

Before signing up with one of the major fiber optic internet providers servicing your area, there are a few important question you should not neglect to ask.

  • What download speeds can you expect? Most ISPs are clear on the top speeds in their various plans. If there is any vagueness here, make sure you focus on what the download speeds will likely be, because that decides how well you would be able to stream movies or play games.
  • Will there be a data cap? As a way to make keep people from cutting the cord, many ISPs have begun putting caps on the amount of data each user gets to use inside a month. Going over this gets you charged an extra fee, or stuck with intentionally slowed internet. It is best to avoid deals with data caps, especially ones that you are highly likely to exceed.
  • What about additional costs? The advertised price is what you are supposed to end up paying at month’s end, but we do not live in an ideal world where service providers value and uphold transparency. What is likely to happen is that you find out they have been charging for the modem or router they gave you, and this goes into the monthly bill. Make sure you know beforehand if this is the case, and are all right with it.
  • Is it just an introductory deal? Even fiber optic internet providers give insane offers to draw new customers, and you do not want to get addicted to that pie. Think for the long-term, and be clear on whether you will be getting an introductory deal, and where that would leave you after it ends.
25 Jun

The 3 Different Types of Fiber Optic Cable

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Types Of Fiber Optic Cable

Fiber optic internet providers deliver the internet connection to the premises of subscribers over fiber optic cable lines that transmit signals as light pulses. The technology has allowed organizations and businesses to send data at higher speeds and cost-efficiently than precursors to fiber optic cable technology.

The fiber optic cables serve several purposes besides the fact that ISPs use them for telecommunications and data transmission. For instance, in medical facilities, practitioners use fiber optic cables as part of diagnosis using imaging tools or laser surgery. When it comes to internet service though, there are several types of fiber optic cable connections, which are used for distinct methods of data transfer.

Below are 3 of the common types of fiber optic cables. So, depending on your data requirements or business purposes, you can contact fiber optic internet providers who can deliver reliable connections in your area.

Single Mode Fiber Optic

This type of connection is used for cable runs that cover long distances since it allows only one stream of data transmission. The stream of data gets transmitted via a light pulse that carries a considerable amount of bandwidth and provides faster data transmission. Such connection technology is used for Ethernet services that necessitate long distance for transmission of data.

Multimode Fiber Optic

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Multimode fiber connection allows light pulses to travel via a multiple of distinct paths. Since it transmits the data via a light pulse, the connection allows more data to be travelled over a fiber optic line. Even though this type of fiber optic technology allows more data to be transmitted, the available bandwidth is less as opposed to single mode cable connection. Due to that, this one is used for transmission of data over distances that are shorter such as LAN.

Plastic Fiber Optic

This one differs from the aforementioned fiber optic connections since the cables for this is not glass but plastic. Nowadays, most of the internet providers offer fiber optic connection for data transmission using optical fiber composed of glass materials, as that is more reliable in comparison to plastic.

Instead of data transmission, the fiber optics made up of plastic is used to create light displays as well as for other purposes that can be termed as ornamental in nature. This is not to say that tech companies have not tested plastic fiber optic for the purpose of data transmission, but that those tests resulted in inconclusive outcomes, which prompted them to rely on tradition fiber optic cable lines.

12 Jun

An Overview of Internet Plans AT&T® Offers to Customers

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If one of your friends says that “the best high speed internet in my area is provided by AT&T®”, you could hardly argue with him or her. After all, AT&T® has the kind of plans that suit the internet needs of millions of customers, providing uninterrupted coverage in most part of the US.

Unlike internet service delivered through DSL network, AT&T® makes use of fiber optic network for internet deployment. So, opting for a plan from one of the best fiber optic internet providers out there, you can get a connection that is reliable than traditional cable broadband. Of course, technically DSL and fiber optic internet come under the high-speed category, but AT&T® provides better internet speeds in comparison owing to the internet deployment technology it relies on. It is called fiber-to-the-premises.

The speed of internet service titled AT&T® Fiber is 1 gigabit per second, which exceeds that of traditional broadband connections delivered over cable lines. Besides the connection, the ISP also endorses pay-TV services, which is used for streaming channels over the web, with options to bundle it with your internet plan.

If you subscribe to AT&T® Fiber, you get wireless gateway that offers signal strength anywhere from the home. The option to bundle internet plans with streaming service for watching cable channels is an addition, but customers shall consider subscribing their internet service alone as per requirement.

AT&T® Internet 50

This limited area internet service from AT&T® offers speed of up to 50 megabits per second, with options to connect it to 10 devices in the home network. The AT&T® internet plan promises that you can download an HD movie with a 90-minute runtime in less than 2.5 minutes. Note that the service of the Dallas-based Telco, which comes at a price of $40 a month and 12-months agreement, includes a data cap of 1 Terabyte. If you exceed that data limit, for each additional 50 GB data, you may have to pay $10 extra.

AT&T® Internet 100

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With this internet plan costing $60 a month, you get double the speed than the above-mentioned one, for starters. The package from AT&T® has the same 1 TB data cap as Internet 50, but you can connect the net to a dozen devices simultaneously. Further, the same movie can be downloaded within a minute with 100 Mbps connection from AT&T®.

An unlimited internet plan is AT&T® Internet 1000 costing $80 a month, which offers a connection with 1 Gbps speed in select areas only. You can contact an AT&T® store to know if any of the said plans are available in your area or Google “best high speed internet in my area” to find the best packages available.

19 May

Top 4 Necessary Tools to Test Fiber Optic Loss

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Fiber Optic Loss

Before spending time for testing fiber optic internet connection on a computer, ensure that modem, router, and connections to it are working fine. If they are, then it is best to test fiber optic cable to know if that has caused optical loss. The pulses of light transmit through optical fibers, and if it is insufficient for a reliable internet connection, it is termed as an optical loss.

Most of the fiber optic internet providers provide affordable broadband, but broken connections are some things that broadband customers come across al lot. It is not that this is specific to only fiber connections, although having the right tools can fix broadband internet outage if it happens on your end.

If you subscribe to connection from one of the best fiber optic internet providers, call for service assistance and confirm that there is no network outage somewhere. If it is not there, and the connection problem is specific to your home broadband, below are a few tools that you can use to self-test fiber optic connections.

Optical Power Meter and Light Sources

Things such as optical power meter and light sources can come in handy if an optical loss is due to damage in the cable line, which may happen even on the lines that come outside the building. While powering up these two tools, make it a point to set the power meter to the light source’s identical wavelength and to place it at the fiber optic cable line’s receiving end. In addition, connect the source meter to its transmitting end.

Fiber Optic Cable Testing Tool

You need such tools to test if an optical loss exists. In other words, it helps to determine the distinction of power that enters the transmitting end of fiber optic cable and the extent of light that exits at the cable’s receiving end.

Fiber Optic Tracers

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This tool has an LED source, which connects to an optical fiber connector. After that, you can use a reference test cable to determine the extent of light being transmitted through the fiber cable line. If there is trace of light, then return to its connector to test and find an issue there.

Test Cable

A reference test cable can be used for determining if the optical loss is due to the cable damage or the connectors used to configure the broadband. If you do not know how to use one, it is better to rely on the service personnel from your internet service provider.

16 May

What is Fiber Internet and How it Really Works

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If you are planning to upgrade or install the internet service at your home or office, then you might have already heard about Fiber Optic Internet Providers. Fiber internet is one of the fastest internet connectivity options available in the United States. More than millions of customers in the country already have access to this high-speed internet service.

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Most of the fiber optic internet providers in the country have been putting in extra efforts to increase the availability of this service to more markets in the United States. If you are planning to subscribe the fastest fiber optic internet providers, It is best to know a few things. If you are wondering where to begin, we have got you covered.

Most fiber optic internet providers incorporate the use of fiber-optic lines to deliver internet into the house of customers. Cable and DSL internet service providers use copper lines to transmit signals. However, fiber optic internet providers carry binary transmissions of light with the help of glass or plastic strands.

Binary is actually a simple and basic number system, which uses the numbers 0 and 1 to transmit transmission. In the binary system, these two numbers are used to represent complex instructions or symbols. This innovative data transmission method makes fiber internet service incredibly fast and extremely reliable.

The speed of an internet service depends on how much data the infrastructure is capable of handling. The copper wires used by cable and DSL internet service providers were initially designed to transmit voice. It implies that the amount of data they can handle will be very limited.

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On the other hand, the use of modulated light by fiber optic internet providers gives a higher bandwidth capacity to them. The maximum speed offered by fiber internet providers in most parts of the country is around 1 Gbps. It is 100 times faster when compared to traditional copper wire connections.

If you are a person who does not stream tons of HD, video contents through streaming services or if you do not play online games, then you will be happy with a DSL or cable connection. High-speed fiber internet service is the ideal choice for heavy internet users and the ones who wish to make the most of the internet service at their home.

18 Apr

The Best ISP Options for Gaming

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It can be mind-numbing to try to play games online over a lackluster connection. Every millisecond is important, and if your internet does not perform as it is supposed to, you can either lose the game or be moved to quit it out of sheer frustration. For that reason, we have come up with a list of the best internet providers when it comes to gaming. Just Google “internet plans in my area” beforehand and make sure these are available.

Best Overall: Verizon® Fios

Understandably the best because it is from one of the fiber optic internet providers, Fios has a latency of 15 milliseconds and 92% actual-to-advertised speed. The upload speeds are high as well, with packet loss being as low as 0.2%. One problem with Fios though, is that it is limited in availability.

Second Place: Optimum®

Formally under Cablevision, Optimum® scores points as one of the best ISPs for gaming because of its latency, which is the lowest among the ISPs at 14 milliseconds. Also great is the actual-to-advertised download speed, which is 101%. Packet loss is negligible at 0.1%. The main problem with Optimum® is that being cable internet, it can get congested at peak hours. Availability is also limited, even more so than Fios.

Third Place: Comcast®

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This may be hard to believe, but Comcast Xfinity® is a really good ISP when it comes to gaming. The customer service is deplorable, sure, but the other metrics offset that: latency is at 22 milliseconds, and actual-to-advertised speed is 92%. Packet loss is very low at 0.10%. Availability is not as poor as with Verizon® Fios or Optimum®, so this may just be the most advisable ISP choice in your area.

What is Latency?

Latency translates to the time it takes data to travel, which is a more important than simply the download speed, especially if you are into online game. To put it more simply, latency is how much time it takes for an action to cause a response. In case of high latency, there will be a longer delay between your mouse click and the character firing a weapon.

The closer your computer is to the server, the lower the latency you will experience. Most players who have latency problem use this as a workaround – they connect to the closest server so that latency is kept to a minimum. If you want to know your latency and internet speed, you will find plenty of tools online that can help with that.

10 Apr

The Pros and Cons of Fiber Optic Internet over DSL and Cable

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Fiber Optic Internet

Fiber optic internet is one of the most popular internet options in the country. It has several advantages over DSL and cable, and we have listed out some of those below.

Fiber Optic Carries Data Better over Long Distances

Data can sometimes be affected when it travels long distances. Not even electricity and light are immune to damage from long-distance travel. The signal you get at the other end can be of lower bandwidth. There is a limit to how far copper cables are laid, because beyond a distance of 328 feet, they fail to maintain signal strength. In contrast, fiber optic cables can preserve signal strength for up to 25 miles, which is a lot better than what a cable setup can do.

Electrical or Radio Interference is Not a Problem

Copper conducts electricity very well, although it cannot form a closed system. That means radio or electromagnetic interference can have a negative effect on the signals. For one, it can reduce the strength of the signal, and sometimes even cut the signal completely. Fiber optic lines use glass and plastic in a way that insulates from outside interference, so that the signal stays secure.

Damage is Less Likely

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Copper, being a soft metal and a good conductor, can take damage from the surrounding environment, and over time, break down. Fiber lines do not have this problem, in that despite being extremely small, they are more resistant as well as harder. Copper can only take a maximum of 25 pounds of pressure without sustaining damage, but fiber lines can stand between 100 to 200 pounds.

When considering reliability, efficiency, and sheer speed of data transmission, fiber internet is one of the best choices. This, however, does not mean that it has no drawbacks.

  • The speeds may be wasted. Most people fail to make full use of the high speeds which fiber optic internet providers offer, with FCC’s findings showing that the average person needs just 1 Mbps for web browsing. This may go up to 4 Mbps as their needs go on into gaming or HD streaming, but that’s about as far as it goes. Several cable internet providers already offer 25 Mbps in their upper tiers.
  • Availability is limited – Search for “fiber optic internet in my area” on Google and you will find that it is only there for about 30% of the population. DSL and cable, on the other hand, are available for 90% of the population. Fiber connections are also limited outside of the north Atlantic coast and the Midwest.
06 Apr

8 Benefits That Come with Choosing Fiber Optic Internet

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Cloud Based Services

Fiber optics is a type of internet service provision that brings raging speeds for the user to enjoy, albeit at a higher price than DSL or cable. It has many benefits, and these far outweigh any issues you may find when you compare internet providers zip code.

With cloud computing having come into widespread use, along with IaaS, PaaS, and SaaS, enterprises have had to change the way they do business. In an office with over 10 employees working in it, there is usually the need for fast and sure internet for functions like the use of cloud based services, such as Dropbox, Google Drive, SugarCRM, etc. In such cases, DSL or T1 just will not cut it. What is needed more than ever is heightened bandwidth, as well as instant data.

Benefits of Fiber

  • You get faster access to the cloud. Fiber delivers well when it comes to browsing and download speeds. If you have a team of several members accessing CRM or hosting something on the cloud, the needed high-speed access will be available with fiber.
  • Uptime is guaranteed. With most fiber optic internet providers, you get a Service Legal Agreement that guarantees uptime. Since glass is used instead of copper in the wiring, outrages are less probable.
  • The speeds are symmetric. You get higher speed on uploads if you have chosen to go with a fiber-based internet service. This is not the case with other types of provider, who neglect upload speed in favour of download speed.
  • There is usually no data cap. Most fiber internet providers don’t curtail the availability of data, which means you can use as much as you want to.
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    The latency is lower. This is one of the best things about fiber – there are shorter delays, because packets get sent faster over the network.

  • It is more reliable. Fiber gives you less downtime than copper-based services, and the coverage is consistent too. This is not the case with, say, wireless service.
  • It allows better IT management. Fiber lets most of the services you use converge. Hosting, data backups, and phones can all make use of the fiber connection. In the case of, say, DSL, you would need separate lines for faxing and VoIP.
  • It offers the best speeds. You can scale up your fiber connection to 1 Gbps symmetric. While most people do not need this kind of speed, it is still a good option for a growing business to have this.

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