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When looking for the perfect business bandwidth pricing solution for critical business network applications a typical option is an OC3 circuit. An OC3 circuit function as a reliable fiber optic backbone for big systems with substantial voice/data/video traffic needs. For instance: company headquarters phone lines (PBX and Voice over internet protocol), company Logistics Management (SCM) systems, facility high-security systems, Hospital medical imagery, and diagnostic systems, file recovery and backup systems, interactive video facilities, multi-media or virtual design centers, and ISP backbones.
OC3 may be the abbreviated term for Optical Carrier level 3, and it is accustomed to specifying the rate degree of fiber optic systems over SONET. The rate is measured through SONET (Synchronous Optical Network) standards.
Specifically, the Synchronous Optical Network (SONET) includes some signal rate multiples for transmitting digital signals on optical fiber. OC means Optical Carrier, and also the number following specifies the rate from the fiber optic systems conforming towards the SONET standard. The bottom price of OC1 is 51.84 Mbps. Therefore an OC3 circuit delivers 155 Mbps.
OC3 is an optical carrier (fiber) connected by equipment able to accelerates to 155.5 Mbps......and is made to take, synchronize, and transport data and voice at this speed of 155 Mbps reliably. Because of their potential load delivery capacity, OC3 applications are utilized most frequently by large enterprises with significant bandwidth needs or being an ISP backbone. An OC3 is the same as 84 T1s or 3 DS3s/T3s. To place it in perspective an OC3 circuit is capable of doing 2,000 synchronized voice transmissions with every transmission transporting variable data types plus the voice!
A key point to think about is the fact that OC3s could be burstable, which enables you to begin small while increasing your bandwidth as the needs grow. A Burstable OC3 is the perfect solution for companies seeking ultra-fast connectivity for his or her Internet needs.....and do not require full OC3 load capacity at this time but might later on. Options cover the range from 60, 70, 80, 90, 100, 120, 140, or perhaps a full 155 Mbps and services information.
Fiber Optics is a technology that utilizes glass (or plastic) threads (fibers) to deliver data. A fiber optic cable includes a bundle of glass threads because both versions are capable of doing transmitting messages modulated onto light waves.
Fiber optics has lots of advantages over traditional metal communication lines. There is a much more significant bandwidth than metal cables. What this means is they can carry more data. They're also less susceptible than metal cables to interference, and they're much lighter and thinner than metal wires permitting the information to become transmitted digitally over fiber optics instead of relying on analog transmission.
Furthermore, OC-3 comprises what's known as a "SONET ring" to keep its reliability (redundancy) during its high-speed transmissions.
A typical approach to support combined with SONET ring is known as a "bi-directional ring topology." This bi-directional ring is indeed a physical topology which deploys two teams of fiber strands.
The very first strand for that connection is perfect for delivering and receiving. The 2nd strand will reroute traffic in the original transmission down another path if the first strand break or malfunction. Therefore bi-directional ring topology ensures constant reliability inside an OC3 SONET based network.
Now, what exactly does an OC3 circuit provide for your company?
By having an OC3 bandwidth solution, your network will provide optimum speed and cargo for just about any large voice/data application requirement you've....with reliable and secure technology performance.
Call us today for the best quality solution at the best possible price in your area!