Advanced Millimeter-Wave Multifunction Systems and the Implications for Semiconductor Technology

H. Wallace
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引用次数: 8

Abstract

As military combat platforms take on more challenging roles and missions, their need for advanced communications and sensors for both survivability and lethality has increased. Unfortunately the size, weight, and power (SWAP) available to accommodate these new capabilities has not grown proportionately, nor is it likely to. Many of these new capabilities are required to operate in the radio frequency (RF) spectrum as the need to operate in degraded visual environments increases and in order to reduce antenna sizes and increase available bandwidth, the millimeter-wave (MMW) portion of the spectrum is being examined to address these needs. DARPA has recently started a program in multifunction RF systems to address these needed capabilities while also addressing SWAP through the use of common apertures and exciter/receiver technology. This presentation will discuss how this need for a millimeter wave (MMW) multifunction system may influence our investment strategy in MMW components and ICs to enhance functionality and reduce cost while maintaining performance.
先进毫米波多功能系统及其对半导体技术的影响
随着军事作战平台承担更具挑战性的角色和任务,它们对先进通信和传感器的需求增加了,以提高生存能力和杀伤力。不幸的是,可用于容纳这些新功能的尺寸、重量和功率(SWAP)没有按比例增长,也不太可能增长。随着在退化的视觉环境中工作的需求增加,许多这些新功能需要在射频(RF)频谱中工作,为了减小天线尺寸和增加可用带宽,正在研究频谱的毫米波(MMW)部分以满足这些需求。DARPA最近启动了一个多功能射频系统项目,以解决这些需要的功能,同时通过使用通用孔径和激励器/接收器技术解决SWAP问题。本报告将讨论对毫米波(MMW)多功能系统的需求如何影响我们在毫米波组件和ic方面的投资策略,以增强功能并降低成本,同时保持性能。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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