Demand Forecast. Within sixty (60) days of the Effective Date, Life Technologies will prepare a draft one-year rolling forecast of Life Technologies’ expectation for physician requests for the Assay (the “Demand Forecast”), broken down into quarterly demand for the Assay (with respect to each quarter, the “Quarterly Forecast”) which will be attached hereto as Exhibit A, and will be finalized three (3) months before Launch. Beginning on the first day of the second (2nd) full calendar quarter following the date of Launch, the Demand Forecast shall be updated on a quarterly basis. The Demand Forecast and Quarterly Forecasts shall be a good faith but non-binding forecast. In the event the parties develop a Collaboration Assay under the terms of this Agreement, demand for such Collaboration Assay shall be included in the Demand Forecast at all times following the Launch of such Collaboration Assay. A Performance Standard, mutually agreed to in accordance with Section 3.5(i), shall take effect beginning with the second (2nd) full calendar quarter after the launch of any Test.
Demand Forecast. Within thirty (30) days of the Launch of the Assay, Clarient shall deliver to Biocept a two-year rolling forecast of Clarient’s expectation for physician requests for the Diagnostic Tests (the “Demand Forecast”), which Demand Forecast shall be broken down into quarterly demand for the Assay (with respect to each quarter, the “Quarterly Forecast”) and shall be attached hereto as Exhibit A. Beginning on the first day of the second (2nd) full calendar quarter following the date of Launch, the Demand Forecast shall be updated on a quarterly basis. During the first two (2) full calendar quarters following the launch of the Assay, the Demand Forecast shall be a good faith but non-binding forecast for Assay demand, and beginning with the third (3rd) full calendar quarter following launch, the Quarterly Forecast for such calendar quarter shall become binding, and the parties shall mutually agree upon a Performance Standard in accordance with Section 3.5(h). In the event the parties develop a Collaboration Assay under the terms of this Agreement, demand for such Collaboration Assay shall be included in the Demand Forecast at all times following the Launch of such Collaboration Assay, and the Quarterly Forecast for such Collaboration Assay shall similarly become binding, and a Performance Standard mutually agreed to in accordance with Section 3.5(h), beginning with the third (3rd) full calendar quarter after the launch of such Collaboration Assay.
Demand Forecast. Following receipt of a Monthly Planning Statement as contemplated by Section 3.3, the Purchaser shall deliver to Inotera a written non-binding forecast of the Purchaser's demand (each, a “Demand Forecast”) for the [***] Fiscal Months (or such other period as may be agreed in writing by the Parties) covered by such Monthly Planning Statement. Each Demand Forecast (a) shall include the total number of Conforming Wafers (broken out by Design ID and Process Node) and Pre-Qual Engineering Wafers (broken out by Design ID and Process Node) requested by the Purchaser for the period covered by such Demand Forecast (broken out weekly) and (b) shall be consistent with the Committed Purchaser Manufacturing Capacity and Boundary Conditions set forth in the Monthly Planning Statement to which it relates.
Demand Forecast. Intel will provide Micron, either directly or via IMFT pursuant to the IMFT Services Agreement, beginning [***] the beginning of the Supply Period and on a rolling basis each Fiscal Month thereafter until the end of the Term, with a written demand forecast of its Probed Wafer needs for the immediately following [***] Fiscal Months of the Supply Period, in quantities sufficient to satisfy the Minimum Commitment (the “Demand Forecast”). The Demand Forecast will include desired Probed Wafer breakout by design id, Process Technology Node, process revision and probe test revision. In addition, the Demand Forecast will include the level of Probe Testing, marking specification and packaging requirements, requested delivery date and place of delivery for the Probed Wafers, which information will be updated by Intel on a weekly basis as necessary.
Demand Forecast. 11.3.1. As soon as reasonably practicable, Insmed shall provide written notice to Therapure of the date on which Insmed intends to request the first delivery of ARIKACE for commercial distribution (the “Commercial Manufacturing Date”).
Demand Forecast. Intel will provide Micron, either directly or via IMFT pursuant to the IMFT Services Agreement, each Fiscal Month during the Term beginning in the next full Fiscal Month following the Effective Date, with a written demand forecast of its Probed Wafer needs, in quantities sufficient to satisfy the Minimum Commitment applicable for the current Fiscal Quarter plus the next **** Fiscal Quarters (the “Demand Forecast”). Intel will base the Demand Forecast on Lehi Fab yield forecasts provided by IMFT and the JDP Committees. The Demand Forecast will include desired Probed Wafer breakout by design id, Process Technology Node, process revision and probe test revision. In addition, the Demand Forecast will include the level of Probe Testing, marking specification and packaging requirements, requested delivery date and place of delivery for the Probed Wafers, which information will be updated by Intel on a weekly basis as necessary. Attached as Exhibit B is the initial Demand Forecast, which shall be deemed to have been accepted by Micron in a Response to Forecast (as defined below).
Demand Forecast. Intel will provide Micron, either directly or via IMFT pursuant to the IMFT Services Agreement, each Fiscal Month during the Term beginning with the Fiscal Month in which Intel first delivers a demand forecast to IMFT under Section 3.1(a) of the IMFT Supply Agreement - Intel ****, with a written demand forecast (the “Demand Forecast”) covering the next **** Fiscal Months for Designated Technology Memory Wafers. Intel will base the Demand Forecast on Lehi Fab yield forecasts provided by IMFT and the JDP Committee. The Demand Forecast will include Intel's desired Designated Technology Memory Wafer breakout by design id, Process Technology Node, process revision and probe test revision. In addition, the Demand Forecast will include the level of Probe Testing, marking specification, requested delivery date and place of delivery for the Designated Technology Memory Wafers, which information will be updated by Intel on a weekly basis as necessary.
Demand Forecast. Pursuant to the CAISO Tariff, the NCPA Capacity Pool Resource Adequacy Program, as established in this Pooling Schedule 5, shall utilize the monthly coincident peak demand determination provided by the CEC for the applicable compliance period, which are based on demand forecast data (“Demand Forecast”) submitted to the CEC by the NCPA Capacity Pool participants, or, if the CEC does not produce a monthly coincident peak demand determination for the NCPA Capacity Pool participants, the monthly coincident peak demand determination produced by the CAISO for the applicable compliance period for the NCPA Capacity Pool participants in accordance with the CAISO Tariff and the applicable business practice manual, using Demand Forecast data submitted to the CAISO by the NCPA Capacity Pool participants. The monthly coincident peak demand determination developed and provided by either the CEC or the CAISO are coincident with the CAISO monthly system peak demand forecast for the applicable compliance period. If the CEC or the CAISO fail to produce a monthly coincident peak demand determination for the NCPA Capacity Pool participants, the monthly coincident peak demand determination that will be used for resource adequacy compliance in this Pooling Schedule 5 shall be equal to the sum of each NCPA Capacity Pool participant’s share of the NCPA Pool’s monthly coincident peak Demand Forecasts for the applicable compliance period irrespective of the CAISO system coincident peak.
Demand Forecast. 4.1.1 Transmission time and format MAN Truck & Bus transmits its demand forecast to you at the following time for the particular receiving plant: Truck Bus/chassis Munich Salzgitter Cracow Steyr Vienna Plauen Ankara Poznan Starachowice Engine plant Nuremberg Spare parts organization Alternative 1 Daily at night Alternative 2 Weekly on:
Demand Forecast. This section provides a very brief overview of the demand forecasts used to derive the total user benefits. The forecast considers four broad alternatives for both passengers and vehicles: • The existing ferry service; • An airport bridge alternative; • A bridge alternative with a Xxxxxxx Island crossing; and, • An enhanced ferry service. Table 4-1 summarizes the passenger forecasts by Gravina access alternative. Under the existing ferry service, traffic is forecast to grow at an average annual compound rate of 0.7% per year. The bridge alternatives, and in particular the bridge crossing Xxxxxxx Island, provide the greatest increase in passenger growth or new demand with demand roughly tripling that of the existing ferry service by 2025. The enhanced ferry service is forecast to increase passenger growth by 0.5% per year relative to the existing ferry service. Table 4-1: Passenger Forecast Summary, Average One Way Trips per Day Alternative 2006 2025 Compound Growth Existing Ferry 1,245 1,421 0.7% Airport Bridge 2,420 4,116 2.8% Xxxxxxx Island Bridge 2,442 4,566 3.4% Enhanced Ferry 1,246 1,556 1.2% The majority of the passenger traffic on the existing ferry service relates to the Ketchikan International Airport. As shown in Figure 4-1, 89 percent of all passenger trips in 2025 are projected to be either air travel related (passenger or accompanying) or airport business related. Trips derived from residential development are forecast to represent 2% of total trips by that time. Figure 4-1: Trip Distribution, Existing Ferry Service, 2025 Distribution of Trip Types for Existing Ferry Service 2% Air Passengers 2% 7% Air Accompanying 13% Airport Business Related Industrial 15% 61% Residential Other Figure 4-2 through Figure 4-4 summarize the distribution of new passenger demand from each of the Gravina access alternatives by 2025. For the enhanced ferry service, more than half of the new demand is expected from industrial uses. Residential development is forecast to account for 35 percent of new demand. Figure 4-2: New Trip Distribution, Enhanced Ferry Service, 2025 Distribution of New Passenger Demand - Enhanced Ferry Service 0% Air Passengers 11% 0% 0% Air Accompanying 54% 35% Airport Business Related Industrial Residential Other For the Airport bridge alternative, approximately half of the increased passenger flows relate to residential development, 28 percent from airport business related development and 15 percent from individuals accompanying air traveller...
