法德尔·莫森（RMS团队）论文答辩：采用谐波抑制N路径混频器的28纳米FD-SOI宽带射频前端设计——面向低功耗与低复杂度架构
Thesis defence of Fadel Mohsen (RMS team): Design of a Wideband RF Front-End in 28-nm FD-SOI Using a Harmonic-Rejection N-Path Mixer for Low-Power and Low-Complexity Architecture
法德尔·莫森（RMS团队）的论文答辩主题为：采用28纳米FD-SOI工艺设计宽带射频前端，利用谐波抑制N路径混频器实现低功耗与低复杂度架构。该研究聚焦于先进半导体工艺下的射频电路创新，旨在提升无线通信设备的能效与集成度，对芯片设计与通信技术领域具有实际应用价值。
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查看原文Fadel Mohsen from the RMS team successfully defended his thesis on designing a wideband RF front-end using a 28-nm FD-SOI process and a harmonic-rejection N-path mixer, aiming to achieve low-power and low-complexity architecture for advanced wireless applications.
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Read originalFadel Mohsen, membre de l'équipe RMS, a soutenu sa thèse sur la conception d'un front-end RF large bande en technologie 28-nm FD-SOI, utilisant un mélangeur N-path à rejet d'harmoniques. Ce travail vise à développer une architecture à faible consommation d'énergie et à faible complexité, prometteuse pour les futures applications de communication sans fil.
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Lire l'originalCore Point
A researcher successfully defended a thesis on designing a more efficient, low-power radio frequency (RF) front-end using advanced semiconductor technology, which matters for improving next-generation wireless communication systems.
Key Players
Fadel Mohsen (RMS team) — Researcher presenting a thesis on integrated circuit design, location unspecified.
Industry Impact
- ICT: High — Advances low-power, wideband RF hardware for wireless comms.
- Terminals/Consumer Electronics: Medium — Enables more efficient radios in mobile devices.
- Computing/AI: Low — Peripheral relevance for edge computing/IoT connectivity.
Tracking
Monitor — Academic research on energy-efficient RF circuits could influence future commercial chip designs for 5G/6G and IoT.
Highlights
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