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Win-win approach between Tool productivity and delivery fulfillment by Carpool execution

机译:通过拼车执行在工具生产力和交付完成之间实现双赢

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In a rapid changing business environment, time to market is very critical for better service to our customers. Moreover, shorten the time to market and elevate the timing accuracy would be very helpful for risk management and resource reservation. It is important for semiconductor foundry to ensure the tool capacity is fully utilized with respect to expensive CAPEX. Therefore, proper dispatching for foundry fab production line management plays an important role to maintain a win-win situation between tool productivity and delivery fulfillment. Good priority follow rate leads to accurate delivery. The side effect is recipe changing will be too frequent. This paper demonstrates the Carpool concept to achieve the win-win between Tool productivity and delivery fulfillment in foundry environment. This concept was embedded in the real-time dispatching mechanisms to conduct the experiment. One demo tool efficiency was improved around 3%∼4% while the lost time kept almost the same. (Based on same utilization level, the delivery accuracy also kept > 95% during the period).
机译:在瞬息万变的商业环境中,上市时间对于为客户提供更好的服务至关重要。此外,缩短上市时间并提高时间准确性将对风险管理和资源预留非常有帮助。对于半导体铸造厂而言,重要的是要确保相对于昂贵的CAPEX充分利用工具能力。因此,正确的代工厂生产线管理调度对于维持工具生产率与交付完成之间的双赢局面起着重要作用。良好的优先级跟踪率可确保准确投放。副作用是配方更改将过于频繁。本文演示了拼车概念,以在铸造环境中实现工具生产率与交付完成率之间的双赢。这个概念被嵌入到实时调度机制中以进行实验。一种演示工具的效率提高了约3%〜4%,而损失的时间几乎保持不变。 (基于相同的利用率水平,在此期间,交付准确性也保持> 95%)。

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