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How System Basis Chips rise to the power and reliability challenges for future-proof electrification and autonomous vehicle electronic control unit designs

机译:系统基础芯片如何升至未来防伪和自主车辆电子控制单元设计的功率和可靠性挑战

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As the semiconductor industry inexorably extends demands on power and safety for complex automotive systems, system-on-chips need to deliver more performance for longer than ever before. With the automotive market on the brink of cost parity for electric vehicles and the need for autonomous and connectivity features rising orthogonally to those of the powertrain; features need to be further integrated to continue reducing cost for car makers. This implies some unique new challenges for semiconductor designs to support these features safely and reliably.
机译:由于半导体行业不可避免地延长了复杂汽车系统的电力和安全要求,因此芯片需要提供比以往任何时候都更长的性能。 随着电动汽车成本平价的跨天缘和自主和连通性的需求与动力总成垂直上升的需要; 需要进一步集成功能以继续降低汽车制造商的成本。 这意味着半导体设计安全和可靠地支持这些功能的一些独特的新挑战。

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