Fiber Optic Solutions for Broadcast Technology
For years, television broadcasters have relied on coax and shielded twisted pair cables to route video and audio control signals and RF around their facilities. Coax for video and RF, and twisted pairs for analog and digital audio, have proven themselves to be easy to work with and reliable.
However, as the television broadcast business evolves from a single analog channel to a digital world, the industry is re-evaluating the role of coax. In its place, fiber optic cable is emerging as a logical solution for next-generation television signal routing, where greater bandwidth is needed to accommodate HD signals and multicast SD channels.
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Simplex
GIPSxy1
9, 50, or 62.5 m (page 16.25* )
- Semi-tight buffer, jelly-filled
- Excellent strippability (100 cm), FRNC/LSNH
- VDE: I-W(ZN)H
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Duplex
GIPSxy2
9, 50, or 62.5 m (page 16.26)
- Semi-tight buffer, jelly-filled
- Excellent strippability (100 cm), FRNC/LSNH
- VDE: I-W(ZN)H
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Breakout
GIBTxyy
9, 50, or 62.5 m (page 16.28)
- 2-24 fiber, semi-tight buffer, dry
- FRNC/LSNH
- VDE: I-K(ZN)HH
- Available with 2-24 fibers: GIBT (tight buffer)
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Mini-Breakout
GUMTxyyv
50 or 62.5 m (page 16.29)
- 2-24 fiber, tight buffer, dry
- FRNC/LSNH
- VDE: I-V(ZN)H
- Available with rodent protection: GUXT
- Available as sub-unitised with 48-74 fibers
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Central-Loose-Tube (CLT)
GOSBxyy
9, 50, or 62.5 m (page 16.33)
- 2-24 fiber, dry
- PE outer jacket
- VDE: I-DQ(ZN)2Y
- Available with rodent protection and armoring
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Multi-Loose-Tube (MLT)
GBAMyy
9, 50, or 62.5 m (page 16.41)
- 4-432 fiber, dry
- PE outer jacket
- VDE: A-DQ(ZN)2Y
- Available with rodent protection and armoring
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