Cable Plant Topography Sample Clauses

Cable Plant Topography. The Grantee will rebuild its cable system utilizing "Fiber to Service Area Star" topography or configuration. Fiber optic cable will be installed from the headend out into neighborhood areas. At the node, coaxial cable will be installed on poles or in the ground to service customers.
Sample 1
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Cable Plant Topography. (A) Beginning at a date no more than forty nine months after the effective date of this franchise, at a minimum, the Cable System shall use a fiber-to-the- node architecture serving subscribers via coaxial or fiber cable connections between the node and the subscribers. At each node, there must be sufficient space for the following equipment to be available for institutional and cable usage: forward fiber receivers; return fiber receivers; return fiber transmitters, and status monitor equipment and return multiplex translators. (B) Beginning at a date no more than forty nine months after the effective date of this franchise, the Cable System shall be designed and deployed to enable operation within the manufacturer's recommended specifications of active components that have a rating of no less than 750 MHz without requiring changes to active component spacing. Upon activation, the Cable System may operate at less than 750 MHz as long as the channel capacity requirements and network modernization requirements of the Franchise are satisfied. (C) Passive components deployed in the Cable System shall have a rating of no less that 1 GHz. (D) A maximum of eight (8) active components shall be allowed between the subscriber and headend. On average, there shall be not more than five (5) active components in a cascade from the headend to the most distant subscriber. (E) No taps shall be placed between trunk amplifiers. (F) The Grantee will rebuild its cable system utilizing "Fiber to Service Area Star" topography or configuration. Fiber optic cable will be installed from the headend out into neighborhood areas, serving approximately 1,200 homes "nodes" or pockets with enough dedicated fiber to reduce the node size to 600 as usage increases. At the node, coaxial cable will be installed on poles or in the ground to service customers.
Sample 1

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