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A traditional method for backing up an OC-12 ring is called a bi-directional ring topology. The OC12 ring is a physical fiber ring looking like an oval shaped loop. This physical topology of the bi-directional ring deploys two sets of fiber strands. A DS1/T1 PRI has 23 DS0 Channels T4 or DS-4 is the equivalent of 6 T3 Lines. The capacity is 274 million bits per second or 274 Mbps. Ethernet was developed around the 1970s by Xerox Corporation by an experimental coaxial cable network to transmit data up to 3 Mbps. Packets are forwarded along a Label Switch Path or (LSP), where each label switch router (LSR) prioritizes each label whether it be Data, Video, Voice, etc. solely based on the contents of the label. An OC1 or Optical Carrier Level 1 is a SONET line and transmits data at a rate of 51.84 megabits per second with a payload of 50.112 Mbps and an overhead of 1.728 Mbps over optical fiber The Four OC12 Layers are the (1) Photonic Layer, (2) Section Layer, (3) Line Layer and the (4) Path Layer. Codec Speex transmits at 2.15 Kbps, 44 Kbps and minimizes bandwidth usage by using variable bit rate. OC-3 are called OC-3c when not being multiplexed from a single data source, the letter "c" (standing for concatenated) |
