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r <br />exhibit a <br />LAKE MINNETONKA CABLE COMMISSION <br />SYSTEM UPGRADE OVERVIEW <br />System Capacity <br />200 Kf bandNvidth wUl be reserved for such services as the marketplace may drctate <br />including compressed digital signals. <br />The rework will have return capability utUizing spectrums 6om 5 MHz to 40 Nte. <br />.inals used for pay-per-view and other customer services. <br />monito <br />term <br />reasonable average of 500 homes sei-'ed from each node. <br />V j *o the number of active electronics, or amplifiers, will be reduced to the <br />After each node is . , ^ communitv, while still maintaining measurable picture <br />mmimum required to reach *e ^ ^ ^es wUl automatically provide <br />inter^ption. The bakeries are automatically recharged after power is restored. <br />Ip-bW*** • ------------------------- <br />Customers will have the option of an -addressable- set-top temiinal to access programming earned <br />S^eTeWoJk Thiouch *e set-top terminal the customer can purchase special progr^g. such <br />L -*ay p«-viewy^us'tomers with cable-ready televisions will not need a converter to receive the <br />basic and expanded basic video channels. <br />Fiber Optics and Coaxial Plant in the Network <br />• • the backbone of the new network. At the origination site, all <br />JJ ’oy^™cred on ’the system will be convened to optical signals, and uansmirted out <br />into the system by a network of fiber optics cables. <br />---------- — - ^ w <br />The optical nework wiU provide 6 individual fibers to each node location. Each node will serve a <br />reasonable average of 500 hemes via coa.xial cable.