Common use of System Attributes Clause in Contracts

System Attributes. The LGC Wireless designed ▇▇▇▇ ▇, ▇, ▇▇▇ ▇ ▇▇▇▇, utilizing multiple LGCells, has the following system attributes: · Lower Cabling Cost — The LGCell’s ability to use existing multi-mode fiber for installation or expansion (when it is available) can greatly reduce the overall cost of implementation. · Faster Deployment—In the typical LGCell implementation, the only cable infrastructure work is the installation of CAT 5 runs for each, antenna. Since this work can be performed by any LAN (TIA 568A) certified cabling contractor, turn around time and complexity is significantly reduced when compared with installing a coax or single mode fiber cable plant. In addition, no AC power is required at the ▇▇▇ (antenna), greatly simplifying RF design, antenna placement and installation. Cable length independent design means that antenna placement locations can be chosen without having to calculate cable loss and balance the system. · Centralized Equipment — An LGCell has a nominal “wingspan” of 2 kilometers. This large reach of the LGCell system allows all the main hubs to be co-located with other communications equipment in a central location. Since the LGCell is using the same TIA 568A standards as LANs, the Expansion Hubs can typically be co-located with data hubs and routers in existing dispersed equipment closets. The ability to centralize many of the components and co-locate with data equipment means easier planning, simplified maintenance and greater equipment security. Only the LGCell Bubs, located in the equipment rooms, need AC power. The ▇▇▇’▇ are powered by the CAT 5 and are easily and inexpensively installed and moved (if necessary). · Double Star Topology — The first star in an LGCell design is the MMF cabling from the Main Hubs to the Expansion Hubs. The second star is the CAT 5 from the Expansion Hubs to the ▇▇▇’▇. A single MMF pair will support 4 antennas, reducing the fiber runs required between buildings. When LGCell Hubs are co-located with LAN equipment, the fiber runs originate and terminate in the same locations as the LAN and that fiber can be utilized without jumpering (or running new fiber). Lastly, the use of Expansion Hubs as an ▇▇▇ power source means that the antenna locations do not need to be wired for AC power. · Add Capacity Easily — Once an LGCell is in place, it is relatively simple to add more capacity as demand increases. First, capacity can be increased by adding additional carriers. If demand requires even more capacity, it is easy to sectorize an existing LGCell by regrouping the fiber runs at the Main Hubs and establishing several cells where previously only one existed — without any modification to the Main Hubs, Expansion Hubs or ▇▇▇’▇. · One Antenna System — Since the LGCell is an independently balanced antenna system, it can accommodate a wide range of applications without modification or redeployment. For example, a system that is installed for coverage (re-radiation of the public signal) can easily be attached to a micro-basestation for a Capacity, Wireless Office or Wireless Centres application without re- engineering. · System Alarming—The LGCel based system includes the LGC ARM The LGC ARM is a comprehensive administration, maintenance and alarming system that consists of two components, the Remote Unit, a 19” rackmount hub that connects with up to 8 LGC Wireless