在当今高度竞争的科技行业，射频集成电路（RFIC）技术的创新正成为塑造未来数码产品的重要驱动力。在这一背景下，苹果前首席工程师孔龙的回归复旦大学，无疑为国内的微电子研究注入了新的活力。随着5G、6G及物联网技术的快速发展，射频集成电路的性能和应用将成为提升手机和数码产品竞争力的关键。这一领域的技术革新，将不仅限于提升信号传输质量，更将推动智能设备的全面智能化和互联互通。 和许多科技巨头一样，苹果在 ...

RF coupling is one of the most important and tricky issues that RFIC designers always must confront while developing wireless ...

孔龙教授曾在苹果公司担任首席工程师，其在美国硅谷的工作经历，使其对无线通信领域具有深厚见解。复旦大学微电子学院的信息显示，孔龙于2007年至2011年在上海交通大学取得微电子学本科，随后又在加州大学洛杉矶分校获得电子工程硕士和博士学位。在经历了在甲骨文和苹果公司的职场锻炼后，孔龙于2025年回归国内，前景堪称光明。该院校在微电子领域的基础设施和科研投入，使其成为汽车、消费电子等多个领域技术创新的重 ...

The second-generation SoP incorporates Realtek’s Bluetooth chipset using Chip-on-Glass (CoG) technology, creating the world’s ...

The partnership between ACES and RANsemi is developing a class-leading 5G Open RAN neutral host small cell system. The ...

According to Future Market Insights’ prediction, the wireless flow sensors market will reach USD 2.3 billion in 2023 and USD ...

Wireless connectivity is also driving a significant impact across industries and businesses, linking connected machines ...

Murata's DPD algorithm achieves further reduction in power consumption through minimising distortion and noise in the RF circuit. The DPD algorithm is most effective when incorporated into the ...

Abstract: The availability of very fast semiconductor switching devices and the possibilities of large scale integration have increased the importance of the interconnection problem for the design of ...

Abstract: Phase locked loops (PLLs) provide an efficient method for detection and tracking of narrow-band signals in the presence of wide-band noise. This paper ...