Fiber. The VOIP Telephone Service is provided over the broadband Internet network. If there is an outage of this network, the VOIP Telephone Service will not be able to make 911 calls. Any 911 calls made using the VOIP Telephone Service may be subject to network congestion or reduced routing or processing speed. If you have Call Forwarding, Do Not Disturb, Simultaneous Ring or other features programmed and in use at the time you dial 911 and your call is interrupted, the emergency dispatcher may not be able to call you back at the phone from which you dialed the 911 call.
Fiber. Optic Cable - Each fiber-optic termination shall be tested end-to-end and must pass light in compliance with manufacturer’s specifications.
Fiber. Splicing within an existing fiber cable that is carrying live traffic, or that carries customer fibers.
Fiber. (a) In manufacturing Cartridges, Medica shall use fiber supplied by Membrana Gmbhfiber supplier(s) (the “Fiber Supplier)”), a German company (“Membrana”), or other fiber suppliers as specified by Nephros.
(b) It is a condition of Medica’s ability to timely deliver the Cartridges ordered in any purchase order that Nephros International causes the Fiber Supplier, to deliver to Medica, at Nephros’ cost and no later than 45 days prior to the delivery date specified in the purchase order, a sufficient quantity of fiber conforming to the Specifications to permit Medica to manufacture those Cartridges.
(c) Medica shall store any fiber supplied by the Fiber Supplier in accordance with guidelines supplied to Medica by Nephros or the Fiber Supplier.
(d) If with respect to the Cartridges ordered in any given Year the fiber wastage (including without limitation as a result of use of fiber in Nonconforming Cartridges) exceeds 5%, then promptly after the end of that Year Medica shall reimburse Nephros half of the cost to Nephros (including any freight, insurance, and sales taxes and other duties, fees, and expenses) of the quantity of fiber represented by that excess wastage.
Fiber. The City shall, at the sole expense of LMH, oversee the installation of 24 strands of fiber optic cable ("LMH South Fiber") in the Kasold Drive Conduit and the LMH South Conduit. LMH shall own and be responsible for the LMH South Fiber. LMH shall be responsible for all costs of the LMH South Project. The City shall be responsible for hiring K&W Underground to complete the LMH South Project and for overseeing the work. Before the work is completed, LMH will issue to the City a PO in the amount of the estimated cost of the project. At the conclusion of the LMH South Project, the City will pay K&W Underground for its work. If the cost of the work is less than the estimated cost of the project, then the City will refund the balance to LMH. If the cost of the work is more than the estimated cost of the project, then LMH shall reimburse the City, upon the City's invoice, for all costs exceeding the estimate.
Fiber o In the metropolitan segments, single mode fiber will be used. In any case where the routes for Grantor's intercity and metropolitan networks converge, Grantor shall have the right to elect to install either non-zero dispersion-shifted optical fiber or single mode fiber. Grantor may substitute alternative fibers if and only if such alternative fibers have performance specifications which are at least equal to the specifications set forth below: Single Mode Fiber
Fiber. In the metropolitan segments, single mode fiber will be used. In any case where the routes for Grantor's intercity and metropolitan networks converge, Grantor shall have the right to elect to install either non-zero dispersion-shifted optical fiber or single mode fiber. Grantor may substitute alternative fibers if and only if such alternative fibers have performance specifications which are at least equal to the specifications set forth below: Single Mode Fiber Attenuation at 1310 nm = 0.40 dB/km max Attenuation at 1550 nm = 0.30 dB/km max Zero Dispersion wavelength = 1312nm typical Wavelength cutoff<1260nm typical Dispersion slope=<.0902ps typical Polarization Mode dispersion = 0.20 ps max per fiber, 0.10 ps link value Mode Field Diameter = 9.2+- 0.4 um at 1310 nm & 10.4 +-0.8 at 1550 nm Cladding Diameter = 125.0 +- 1.0 um Core/Clad Concentricity <=0.5 um The fiber optic cable shall generally be single-armored (except where Grantor determines otherwise at their sole discretion)
Fiber. The City shall, at the sole expense of the County, oversee the installation of 48 strands of fiber optic cable in the Xxxxxxx County Jail Conduit. The County shall own and be responsible for the 48 strands of fiber optic cable installed in the Xxxxxxx County Jail Conduit. The City shall have -- at no cost to the City and for as long as it needs them or the Xxxxxxx County Jail Conduit is in use -- exclusive use of 12 strands of fiber optic cable that extends through the Xxxxxxx County Jail Conduit to the handhole located south north of the Xxxxxxx County Public Works Facility (identified as Facility ID: 1270 in Exhibit A) and into the Xxxxxxx County Public Works Facility located in the Blue Buffer Tube, numbers 1-12.
Fiber. Grantor is installing non-zero dispersion-shifted optical fiber in the long haul segments (i.e., Gateway Facility to Gateway Facility) of the Grantor System. In the metropolitan segments, single mode fiber will be used. In any case where the routes for Grantor's long-haul and metropolitan networks converge, Grantor shall have the right to elect to install either type of fiber. Grantor may substitute alternative fibers if and only if such alternative fibers have performance specifications which are at least equal to the specifications set forth below. Non-Zero Dispersion -Shifted Optical Fiber o Attenuation at 1550 nm = 0.25 dB/km max o Attenuation at 1625 nm = 0.25 dB/km max o Total Dispersion = 2.0 - 6.0 ps/nm-km for 1530 nm to 1565nm 4.5 - 11.2 ps/nm-km for 1565nm to 1625nm o Effective Area (Aeff) = 72 m(2), typical o Polarization Mode Dispersion = 0.20 ps max per fiber, typical 0.08 ps link value o Mode Field Diameter = 9.20 to 10.00 im at 1550 nm o Cladding Diameter = 125.0 +- 1.0 im o Core/Clad Concentricity <= 0.5 im Single Mode Fiber o Attenuation at 1310 nm = 0.40 dB/km max o Attenuation at 1550 nm = 0.30 dB/km max o Zero Dispersion wavelength = 1312nm typical o Wavelength cutoff<1260nm typical o Dispersion slope =<.0902ps typical o Polarization Mode dispersion = 0.20 ps max per fiber, 0.10 ps link value o Mode Field Diameter = 9.2+- 0.4 im at 1310 nm & 10.4 +-0.8 at 1550 nm o Cladding Diameter = 125.0 +- 1.0 im o Core/Clad Concentricity <=0.5 im Conduit o OSP Conduit SDR 11 o 1-1/4" (inside diameter) o High density polyethylene (HDPE) duct o Tensile yield 3200 psi o Flexural modulus 110,000 psi o Smoothwall inside & outer o Empty (no rope or tape) o Unlubricated Exhibit "F" Long Haul Network Fiber Acceptance Testing Procedures and Standards All splices will be performed with an industry accepted fusion splicing machine. Grantor will perform two stages of testing during the construction of a new fiber cable route. Initially, Optical Time Domain Reflectometer ("OTDR") tests will be taken from one direction. As soon as fiber connectivity has been achieved to both Regeneration/Opamp Facilities, Grantor will verify and record the continuity of all fibers. Grantor will take and record power level readings on all fibers in both directions. Grantor will bi-directional OTDR test all fibers. During the initial construction, it is only possible to measure the fiber from one direction. Because of this, splices will be qualified during initial construction wit...
