Technology options for mm-wave test and measurement equipment

D. Disanto, T. Shirley, R. Shimon
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引用次数: 2

Abstract

5G and aerospace/defense (A/D) trends are influencing the requirements for mm-wave test and measurement (T&M) equipment and the underlying technologies. Additional requirements such as small formfactors, lower-cost mm-wave test, and connector-less test are emerging. To meet these challenging attributes, both silicon and III-Vs have important roles to play. Si provides attractive solutions for small form-factor & high-volume applications with its excellent integration and economies of scale. However, operating voltages limit performance while high NRE costs create challenges for high-mix low-volume businesses. While III-Vs are well suited to mm-wave performance, they have significantly higher manufacturing costs and require continued advances in packaging to meet form-factor needs. Simultaneously addressing performance and cost needs at mm-wave requires careful consideration of these tradeoffs to drive selection of, and improvements in, semiconductor devices and packaging solutions.
毫米波测试和测量设备的技术选择
5G和航空航天/国防(A/D)趋势正在影响对毫米波测试和测量(T&M)设备及其基础技术的需求。诸如小尺寸、低成本毫米波测试和无连接器测试等附加要求正在出现。为了满足这些具有挑战性的属性,硅和iii - v都扮演着重要的角色。Si以其出色的集成和规模经济为小尺寸和大批量应用提供了有吸引力的解决方案。然而,工作电压限制了性能,而高NRE成本为高混合小批量业务带来了挑战。虽然iii - v非常适合毫米波性能,但它们的制造成本要高得多,并且需要在封装方面不断进步以满足形状因素的需求。同时满足毫米波的性能和成本需求,需要仔细考虑这些权衡,以推动半导体器件和封装解决方案的选择和改进。
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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