The T1 Line – A Premier Choice In Voice And Data Communications
It is almost impossible to have a business today and not have a need for internet connectivity; many businesses have turned to T1 line technology. A T1 line is a guaranteed, bi-directional line that transfers data at 1.5 Mbps.
There are several different varieties of T1 lines because not every business will have the same needs. For 24 channels of nothing but phone service, there is the voice T1 line. For a data and voice combination, there is an integrated T1 line. To have several T1 lines combined into one big pipeline of T1 line, there is the bonded T1 line.
The number of companies offering T1 services in your area and the distance between you and the T1 company are the two biggest factors that will determine the price of the service. $200 to $1000 per month is the average cost per month for this internet connectivity. Using this technology will not hamper the ability for your business to grow. However; you should set aside a decent amount time for an upgrade, they can be time consuming.
Many businesses are looking to cut corners and find cheaper solution in an uncertain economy. Businesses are taking a hard look at fiber optics for internet and networking solutions. Data, video and voice traffic can all be handled by the same line of fiber optics. During times of high internet usage, fiber optic technology will handle data, voice and voice media and still not compromise on overall speed.
The drawback to fiber optic technology is it lack of availability to all areas. The overall cost of getting the fiber optic cabling from the company to your business can be rather expensive.
Another form of technology to consider is DSL. The reputation of DSL technology is that you will pay a lower cost for faster speeds. Only during certain times can DSL live up to its reputation. Closer scrutiny will reveal that the claims for DSL may fall a little short.
The bandwidth is shared with other customers that are on the same loop that your business is on; this means during periods of high internet usage you will probably experience lower transmission speeds. DSL is not asymmetrical, this means that you may download files at 1.5 Mbps but may only upload files at 256k. The downtimes that a DSL connection could experience are rather unacceptable for a fast moving business.
The better buy, due to reliability in speed and uptime and because of its accessibility, are T1 lines, even if they may cost a little more upfront.
The author Ron Legarski is a business advisor for T1 Line Services and Telecommunications Solutions. For more information please visit http://internett1.org
The Slow, The Fast And The Gigabit Ethernet
Surfing the internet is a fun thing, many people will be on their computers a majority of their days. With the advances experienced in the connections we use to surf the net it’s gotten much faster than when it first came around.
Advancing from slow speeds that took several minutes for a full page to come up. To the Ethernet first coming on at a speed of 10 megabits. But it got even better in a few years as that was increased up to 100 megabits per second. However, it’s now up to a Gigabit Ethernet which is a full Gigabit per second. This speed is amazing.
Though this Gigabit Ethernet is used by businesses mostly, the technology has only begun to be placed into personal computer as of April 2009. It’s a difficult thing because other parts of the computer have a hard time running at that speed. So it’s mostly a business used technology at present.
There are different physical layers of this Gigabit Ethernet, which go from copper cable, to optical fiber, and twisted cable. All of which have advantages over the other.
While the copper cable will usually only reach a distance of 25 meters. Some of the single mode fiber will reach all the way up to 10 km. Depending on the type of wavelength that is used, and the layer of Gigabit Ethernet there are many different meters and lengths that can be reached.
It will be excellent once the personal computer that a consumer can buy will be able to use this technology. The speed will seem absolutely amazing to many. Many people may never even wonder about using a speed this fast. Some will be satisfied with a slower speed that is so much higher than the past speeds.
At present some people are able to connect up several hundred megabits per second, but that’s way under a Gigabit Ethernet. However, you will need to remember that most drives and other parts of your computer will find a very difficult time to keep up with even the several hundred megabits let alone the Gigabit. If you are hoping to eventually use the Gigabit Ethernet the time may not be that far off, but remember that this connection like any Ethernet must be done correctly for it to work right. Keep your fingers crossed the technology in our personal computers is sure to catch up quickly enough.
The author Ron Legarski is a business advisor for Gigabit Ethernet Services and related Telecommunications Solutions. For more information please visit http://ethernetgigabit.net
Telecom Know How And The Navigation Thereof
Every day brings a new change for the Telecom sector and it can be trying for the average consumer to keep abreast of all of these elements that comprise the complicated industry. Some might think that you would have to be an expert on the topic in order to keep up with all the new dynamics.
It is therefore not difficult to believe that there are many people that find the sector to be an intimidating one, especially if they do not have experience in the sector. Telecom sector participants are also known to try and exclude those that they do not work with on a daily basis. They achieve this through the use of industry specific words and they love to use letters as shortened words.
Despite all of this, there is actually very little reason for any one to feel daunted by the Telecom sector and the unfriendly people that can be met here. There is more sense is seeking to understand the industry by making it simpler for oneself. A person can use various approaches to achieve this.
Firstly, it is best to try and comprehend the supply chain of the Telecom sector as this is often the most challenging element. You will usually have the manufacturer which is responsible for the creation of the components of a Telecom solution. They will sell on to a value added reseller that will improve the component in some way. This can happen by integrating disparate components into an effective solution or by giving the end user certain value added services. An example of this would maintaining the solution for the customer.
The second thing to do is to only place emphasis on the part of the Telecom industry that is really interesting to you. It is almost impossible to understand every single element so there is no need to try. An example would be if one has an interest in mobile phones then look at sites on the internet that only talk about this subject. One would soon pick up the industry words that the professionals use and what’s more, the sites would provide a definition for these terms.
The application of these two measures should help you feel as if you are a professional in your chosen area of interest. Make use of the internet and technology to help you. Examples would include Twitter, newsletters and ezines. These will give you day to day updates on the newest trends in the sector, or you can contact a friendly Telecom Advisor to help guide you through the information maze.
The author Ron Legarski is a business advisor for the Telecom Industry. For more information please visit http://www.solveforce.com
Telecommunications Solutions and Technology Decisions
It can be challenging to keep abreast of all the changes in the fast moving world in which we live and this is especially true of new technology. Telecommunications technologies are probably the best example of this and definitely if one thinks about the rate at which the mobile market moves.
Consumers can find it a challenging choice as to which product to buy because often they will make a purchase decision only to discover that a few weeks later there is an even better option on the market. The same is true for businesses and if you think about the material effect an unfavorable investment choice could have on a company, then it becomes all the more serious.
But there is a way to deal with this problem, by applying certain criteria when choosing the best telecommunications solution for your business. Firstly, it is very important to make sure that you know which functions have to be present in your solution. These functions make sure that your business operates on a day to day basis and you can not go without them.
The second criterion is the identification of those telecommunications processes that would better the way in which the business runs. So increased productivity could be achieved through options such as voice recording, instant messaging and these are often all present on a basic telecommunications solution. There are many functions that one could choose to optimize expenditure, but only focus on those that will improve your business.
Next, demand that your service provider show you the return on investment time frame. There will be some that say they can not achieve this for you and if they do then decide to work with another provider. While these measures can be challenging to calculate, they are not impossible and you want to be sure that the provider will go the extra mile for you.
The last criterion is to source a telecommunications solution that will be able to service you in future. This means that the solution should not only be able to increase or decrease in size along with the business, but it should allow for advanced technology. So you should know that you can use this solution in future and not just for a year or two. Interoperability is important as this is an indication of the ability to accept future additions and alterations.
The choice of a telecommunications solution best suited for you does not have to be difficult and if you just work with these selection measures, you will make the ideal purchase.
The author Ron Legarski is a business advisor for Telecommunications Services and Technology Solutions. For more information please visit http://solveforce.com
Dark Fibre or Dark Fiber, That Is The Question?
During the later part of the 1990s, a growing industry worldwide was fiber optics. Fiber optics allows information to be transmitted through light pulses rather than copper wire and electrical signals. As the industry grew, many fibers were laid that have never been used. These fibers are called dark fiber or dark fibre.
Dark fibre exists because it was found that it cost almost the same price to install large fiber cables as it did to install smaller cables. Due to the potential for future savings, telecommunications companies installed many these fibers in each cable that was used. Many of these optics are not being used even now.
Power companies also discovered that they could place fiber cables as power lines were being installed. Power companies saw the potential for eventual sales to the telecommunications industry.
The overbuilding of the fiber optics industry has left many dark fibers in existence. These fibers have a very long lifetime, and are still usable today. They offer a vast potential for many uses today.
During the 1900s, telephone companies never sold their fibre inventory. They felt that the potential for the dark fiber would be their ability to continue to grow. When their inventory was first sold, the price was 1200 dollars per mile. The excess of available dark fiber has driven the cost down today and dark fibre can be bought for as little as 200 dollars per mile.
The drop of the price of the optical fiber has lead to speculation of ways it can be used.
It has been suggested that universities could be linked through dark fiber. This would allow libraries as well as classes to be interlinked. This could be an answer to the many budget shortfalls that universities are experiencing. Distance learning centers could also be added to the network allowing universities to use already existing buildings and cutting the expense of capitol improvements.
Other suggestions are to allow physicist to be connected to national laboratories. They could perform experiments using equipment to which they might not otherwise have access.
With the current administration’s interest in centralized medical records the dark fiber could be used to connect doctors and clinics to the centralized bank over a network that was more secure than the internet.
Because of the availability of security on dark fiber, banks have also expressed interest in using dark fibre. Valuable customer information would be less available to hackers.
The possibilities are virtually endless with the advancement of technology.
Ron Legarski is a business advisor for Dark Fiber and Telecommunications Services. For more information please visit http://www.dark-fiber.org