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The main function of an OC12 is to grab, synchronize, and transport data, voice, and video at the speed of 622 Megabits per second consistently. Traditional sources of this data include T1 multiplexers and T3 multiplexers, ATM switches and large Internet Protocol (IP) networks. DS1/T1 Line may also deliver a Fractional DS1/T1 Speed. DS0's transmit data at a rate of 64,000 bits per second or 64 Kbps and is a channel within a T-Carrier Circuit like a DS1/T1, DS2/T2, DS3/T3, DS4/T4 or Optical Carriers like an OC-3. Ethernet was developed around the 1970s by Xerox Corporation by an experimental coaxial cable network to transmit data up to 3 Mbps. The LSR of the MPLS Network strips off the existing label at each hop and applies a new label that dictates how the next hop will forward the packet. The 155.52 Mbps of an OC3 Line has a payload of 148.608 Mbps an overhead of 6.912 Mbps which includes path overhead using fiber optics When discussing the STS-12 optical carrier frame, the following acronyms apply: SOH (Section Overhead), SPE (Synchronous Payload Envelope), LOH (Line Overhead) and POH (Path Overhead). VoIP transmits a digital signal OC-3c as mentioned above concatenates (3) STS-1(OC-1) frames into a single OC-3 mirrored stream of data |
