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EXHIBIT C <br />Fiber Cable Snlicine. Testine and Aerenlnnre Proredur <br />I. All splices will be performed isilh an industT- accepted fusion <br />splicing machine. Testing trill be documented on diskettes in ON <br />Nettest format and on trace analysis sheets reflecting bi -directional <br />losses by fiber and installed span loss by fiber. One copy of trace <br />diskettes and three copies of trace analysis sheets will be <br />submitted. All testing will be performed at 1550 am, <br />2. During initial uni- directional OTDR testing, a general indicator of <br />the quality feach splice will be an objective losa of 0.15 dB or <br />less. If, offer three attempts, GRAMOR is not able to produce a <br />loss value of less than 0.15 d6, then 0.20 dR aill become the <br />objective IF, aRer hw additional attzmpts, a salue of feu than 020 is <br />cwt achievable, then the splice still be marked as "Out -ef - Spec" <br />(00S) on n field data shed <br />3. The installed span loss (span shall be POP to ADP) shall be a bi- <br />direetional average of 025 dB/km or less, as calculated using an <br />everstream <br />Indust,- accepted optical loss test set at 1550 non The installed span <br />Ions includes the inherent attenuation ofthe glass, the backbone splice <br />losses, the pigtail splice losses, the inherent loss in the pigtails, and the <br />connector losses <br />4. Optical Return Loss (ORL) pill be recorded on the testing <br />documentation, for information only. <br />5. The entire fiber optic cable route shall be properly protected <br />from foreign voltage and grounded ttith an indust,.accepted <br />system. <br />6. The fibers shall be forrameted to the FDP with SC connectors, <br />unless an other type ofeomector is specified. <br />