Reliable Internet access is the lifeblood of Fontana, California companies and their organization. Fast and reliable access to The Internet is needed for businesses to function properly; large corporations and small companies alike.
access to The Internet will become increasingly crucial to us in the coming months and years. Our dependence on access to The web will only grow as time goes on.
Our uses of the web reach far and wide. From data sharing, video calls, and shopping to VOIP and email, the internet has a broad presence. What can best meet your needs? Will a cable modem be adequate? Metro Ethernet? Is Gigabit Internet right for you? What is best for your company in Fontana, California? Will your company needs be met with a 50 Meg circuit, a 5 Meg circuit, 10 Meg access to The Internet or 100 Meg access to The web point?
Before choosing an adequate or appropriate service, you must decide what your business really needs. Is the web only used for web surfing and email? Is connecting with cloud servers and sharing real time data the main use of the net? Are you hosting the data in Fontana and distant locations or offices rely on you?
What happens if you have an outage in your high-speed Internet? Will your organization suffer from the lull? Is the absence of uptime detrimental? Prior to making any purchases, you must determine the answers to these questions.
In all-encompassing terms, businesses need high-speed access to The net. Before you choose your broadband internet, look at the costs and benefits. Performing this analysis is an important step in picking the right one for your organization. While various providers will throw around terminology like:
… do not lose sight of the real issues: what are the capabilities and technical solutions you need to best serve your company?
At any company in Fontana, California some employees, if not all employees, need some type of access to the net if they are to properly perform their job duties. It may be needed for business research, to order office supplies or other reasons.
The number of workers you have may be the factor that drives your decision. If you only have a few workers, you may be fine with a smaller Internet circuit such as a 5 or 10 megabyte. If you have more than that, you may need more.
Do your employees primarily use an intranet system? If so, you may not need much high-speed Internet service. On the other hand, when they are frequently downloading documents, images and videos, that need for speed increases drastically.
Are you performing backups? If, as recommended, you conduct remote backups from every single desk, you will need to support simultaneous connections out to the web. This will allow you to sync your backup data.
Does your company require employees to share files using a service like Google drive or DropBox? After a file is saved, it goes to the cloud and then to someone else’s computer. Supporting file sharing, while supporting every other service, requires sufficient bandwidth.
Depending on your location, high-speed organization Internet access, including Metro Ethernet and gigabit Internet may be viable options. They are usually contained in “lit buildings” in Fontana, California that have already been wired by a carrier. Adding this high-speed Internet to your office may be surprisingly affordable and easy.
Unless you are bringing Metro Ethernet into a new building, it does not have to be an expensive proposition to connect it to a suite within a building. You can actually get high-speed access with gigabit Internet or even Metro Ethernet quickly. It often takes only 30 days or less, depending on availability.
Do you have your own company servers that run APIs, websites or feeds for offsite offices or companies? Are your company headquarters with a hosted application accessed by 50 branch offices? Does your office host the point of sale (POS) system for every single store in a large retail chain? Are you a legal practice hosting the data for three sites?
When data and programs are hosted centrally at one main site, people outside that location must gain access. People can’t work if you have no Internet connection. Is the intranet solution you are choosing sufficiently reliable? Is it stable enough to support simultaneous connections from different places?
For a single office surfing the web, a cable modem or inexpensive 10 Meg circuit may be sufficient. For the headquarters, high-speed access to The web including Metro Ethernet, gigabit Ethernet or other high-speed dedicated circuits is advisable. All offer quick speed but they must also be able to support diverse and multiple connections. A cable modem would not be able to accomplish this.
In many scenarios, bringing in an inexpensive circuit, such as a cable modem, comes at a price. Oftentimes, a lower monthly rate comes with the realization that you are sharing bandwidth with many different tenants and offices. It is possible that you have a cable modem with a 30 Meg connection but cannot reach proper speeds during peak hours. Cable operators are only permitted to establish a certain amount of bandwidth within communities. The bandwidth branches off to the multiple buildings, offices and tenants within them. You might be capped at 30-megabyte speed, but may never be able to actually reach that speed during the important hours of your business day. Will there be trouble if your expectation is set at 30 but you only get 8 or 10?
You can find a carrier who can provide dedicated and guaranteed bandwidth. In this case, your organization receives full allocation of bandwidth. There is no sharing with any outsiders. No matter who is in the building or what buildings surround you, you should always run at full speed.
For example, with Metro Ethernet, you can receive a guaranteed bandwidth in increments of five Meg circuits, 10 Meg circuits, 50 Meg circuits and 100 Meg circuits. In your office out to the web you can reach gigabit speeds with gigabit providers
In these situations, each tenant receives their contracted high-speed. The carrier delivers enough so they can split their circuit and provide enough to each tenant.
Circuits can go down in Fontana even though certain providers offer superior Internet bandwidth products. How can you decrease the chance of an outage?
Consider redundant circuits.
There are, in essence, two types of redundancy.
With the first type of redundancy, you receive multiple circuits from the same carrier. Redundant circuits can help protect against certain problems. They can mitigate the inconveniences when there is a failure of a physical line or a problem with the port into your router. If that carrier has a wide reaching outage or there is a line broken or damaged outside of your building, both circuits may go down. While offering some protection, it is not without risk.
In the second type of redundancy, you bring in circuits from two different providers. These connections can be bound together so they act and appear to the public as a single circuit. Using particular routers and IP address allocations, no one would be able to tell that you have multiple carriers or circuits. Truthfully, they are entirely separate. They are redundant and exist in case one of them fails. This redundancy, referred to as diversity redundancy, offers much greater protection. In the event that one carrier goes down, the other will still be alive.
To maximize the benefit of redundancy, consider looking for redundant circuits from different carriers that have different pathway in Fontana. In other words, try to obtain circuits entering the building from different sides of the building. Whether they are attached underground or to a telephone pole, your goal should be to have the circuits in different directions leading to different central locations. In this way you have redundancy in different physical directions. If there is an event that causes a regional circuit problem, you have an alternative that is unaffected.
The cost of dependable Internet access pales in comparison to the cost of unreliable access. Please think about the following scenarios:
Your company is on a cable modem and your carrier provides circuits to 20 other offices in your building. It is possible that during normal business hours, those tenants might be downloading large files or watching continuous videos. They might be getting a lot of phone calls. As the amount of accessible bandwidth decreases, what will happen to your needs? What happens to your phone calls? What will happen to the strength and quality of that call? Will calls be arbitrarily dropped? Will you sound muffled or choppy to your customers?
You may be an accounting firm that shares databases, a retail chain company utilizing a point of sale system or a law practice sharing files. Regardless of the specifics, your office is the hub for your enterprise. All of your places, you may have 2, you may have 500, you may have 4, 000, depend on your main Internet connection to access and receive data. How will you be affected if your circuit goes down? Is it simply an irritation or a catastrophe? Can your satellite offices perform any work at all? Take new orders? Service existing ones? Share essential information with anyone? Do you know what your company needs? Be sure to fully understand your requirements. It will help you choose the correct solution. What if you are a software company? Perhaps you are running a hosted solution and it must be used by multiple customers; maybe even hundreds. You may operate a service like this: other systems speak with yours via an API to figure out freight rates, stock prices, to compile weather data or receive any other information that you provide. What if other systems can’t connect to your office servers? Multiple outages may annoy your customers.
Does your company completely rely on the net? Should your circuits go down, your representatives cannot make outbound calls. Calls coming in would be unanswerable. You might not even know people are trying to reach your office. Your organization is basically done with. While most reputable call centers are already aware and using redundancy, is it enough? Are the providers that you are using reliable enough? Do you consistently get quality service that provides clear and reliable calls?
You clearly have several choices. Your decision will be based on different factors including your company needs and your budget. To summarize:
A single fifty, ten or five megabyte Internet access circuit may be adequate to meet the needs of your small organization, particularly if you have only one location and are not worried about redundancy. Find out if you are in a lit building. If so, the price of Metro Ethernet or gigabit service may be affordable. Speak with our engineers about what is right for you. Prices vary with location and circuit availability.
If you have a midsized business in Fontana, you will need higher-speed Internet access. You may choose between gigabit Internet or Metro Ethernet. You may also look into other higher-speed Internet circuits. Using different circuits and different carriers will, if you choose, provide you with redundancy. Achieving this may cost extra but it won’t double your costs. Two smaller circuits may be cheaper than one. For instance, you may use two 50 meg circuits instead of a single 100 meg circuit. To repeat, availability and prices vary. You should speak with our experts to learn the options for your particular location.
Businesses with many sites face the greatest risk for failure. Redundant circuits must be an essential part of their systems. Varied providers are optimal. Also, redundant equipment such as switches and routers in your facility can minimize the risk of downtime. Here too, take a careful look and choose the right Ethernet access services, Metro Ethernet providers, gigabit Internet providers and other high-speed Internet access circuit providers. The correct combination of providers and services can keep your organization running smoothly and efficiently.
If you fall into this group, you must have Metro Ethernet, gigabit Internet circuits and point-to-point High-speed Internet circuits. In order to maximize and protect your uptime, you must have redundancy. You should have redundant circuits from multiple carriers in addition to redundant hardware. You must have the bandwidth to withstand sharp increases in usage. Doing so will help protect you from slowdowns or interruptions. Your goal is to have hardware and circuits that are more than capable of providing support to a significant number of fast and simultaneous connections.
The risk of insufficient bandwidth or failing circuits is tremendous. Your demand and budget constraints should both be considered when you decide what circuit or combination of circuits you must have. It is crucial to choose the correct mix of hardware and circuits. Figuring out exactly what to put in the mix, can be a daunting task.
Our engineers will analyze your needs and requirements and develop a free action plan for you. We are going to examine your demand levels and current usage. We are going to then design a plan that keeps your costs reasonable while meeting your demand for a smoothly run company.
Please call our office for an assessment appointment or click here to complete the contact form on the right side of the page. Your assessment may be finished within as little as 48 hours.