Judul : Ethernet Fiber Replaces Bonded T1
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Ethernet Fiber Replaces Bonded T1
Author: John SheplerNo wonder T1 lines have been the most popular communications solution for businesses for decades. It is an exceptionally mature and versatile technology that can be used for private lines, dedicated internet access and phone lines. The weak point of the T1 is the bandwidth. It's a gem with 1.5 Mbps, no more, no less. What can we do about T1 bandwidth limitation in cloud applications and real-time HD videos?
Decision n. 1: T1 lines are closed
One way to increase the bandwidth of a T1 line from 1.5 to 3 Mbps is to add a second T1 line. You can do this yourself with a WAN aggregation device like Mushroom Networks' Truffle. Or you can order a second T1 line from the same provider and "connect". The operators do this with terminals at both ends of the circuit.
Bonding is simply combining the bandwidth of two lines to act as a larger line. The exact details are not visible to you as a user.
A nice feature of the link is that it can span two T1 lines. 3 lines for 4.5 Mbit/s, 4 lines for 6 Mbit/s etc. they can be combined. All you need is enough extra duplicate pairs in the link pack to provide additional T1s. The practical limit is 10-15 Mbps. So back to the bandwidth issue... and one more thing.
The ugly side of line binding
Closing the T1 line works great. It is an established technology with high reliability. It's a little... expensive.
The objection is not of a technical nature. This is finance. There is no real economies of scale when connecting T1 lines. Each line has specific costs made up of a loop fee and a port fee. These days it's usually several hundred dollars per line, but it depends on the location. It's a much lower price than in previous years, but it also adds up when you need a lot of lines to get enough bandwidth. In short, two lines are worth twice as much as one. Three makes 3X and so on.
Because fiber makes sense
T1 was a cheap broadband solution and fiber was too expensive for large businesses. All of this has changed thanks to technology and competition.
The last major advance in fiber service bandwidth was the transition from channel-switched to packet-switched technology. The original protocol was called SONET. It is still useful and popular for some applications, such as B. Backbone networks of service providers. SONET is a circuit-switching protocol designed to be directly compatible with traditional T1 and T3 telephone lines. The bandwidth starts at 155 Mbit/s and goes up to 40 or 100 Gbit/s.
The latest technology is called Carrier Ethernet and is a packet switching technology that is directly compatible with Ethernet-based LANs. Carrier Ethernet can easily extend your network across the city or even internationally. When configured as a SIP trunk, it also supports enterprise VoIP phone systems.
Carrier Ethernet can be used with both copper and fiber optic connections. Fiber is fast becoming the connection of choice due to its low bandwidth availability and the ability to scale to 10 Gbps or even 100 Gbps if needed.
Why Fiber New Bonded T1?
The obvious advantage of fiber optic transmission is the elimination of bandwidth limitations found in copper technology solutions. While 10Mbps is considered high bandwidth for T1-Linked, it is low bandwidth for fiber. Once you have fiber installed, you are ready for the future.
This is especially true for fiber optic Ethernet technology. Designed to easily increase the number of doors installed. Suppose you have configured a 1000 Mbps port, which is a normal service. Then you can order the required bandwidth up to 1000 Mbit/s without hardware changes. A simple phone call is often enough to make a difference on the same day. Some operators also allow you to manage services through a web browser.
Almost unlimited bandwidth is one of the advantages of Carrier Ethernet. Another thing is the cost. While the total T1 cost increases linearly with the number of lines, fiber optic Ethernet costs increase less rapidly between bandwidth tiers. A 10x increase in bandwidth with a T1 can cost 10x more than a single line. A 10x increase in bandwidth can only increase the price by 3x. Even at the lower end of the bandwidth scale, you can get at least twice the bandwidth by choosing Ethernet over T1 for the same price.
But do fibers really exist?
Competition from many new entrants offering Ethernet over fiber means lower costs and higher availability. The transition from 3G to 4G wireless has fueled the massive development of fiber optic infrastructure to support all cell towers. Cloud-based applications that can handle large video and file transfers, as well as business demands for more bandwidth, increase fiber deployment and reduce costs.
As a result, fiber optic bandwidth is cheaper than it was a few years ago. Whether you have a new application or haven't explored your options in a while, it's worth investigating whether Ethernet Fiber can replace your old T1 lines to give you more bandwidth and a more attractive rental price.
Note: The products featured on this I definitely need more bandwidth page are available at Gigapacket's Zazzle store.
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