《电子技术应用》
您所在的位置:首页 > EDA与制造 > 设计应用 > 大数据综合信息处理SiP电路设计
大数据综合信息处理SiP电路设计
电子技术应用
段玉贺,黎蕾,王辂,张景辉,朱旻琦
中国电子科技集团公司第五十八研究所
摘要: 为满足电子设备小型化、高性能、快速研制和信息处理能力等复杂要求,设计了基于先进系统级封装技术(System in Package, SiP)的大数据清洗综合信息处理SiP电路。电路采用全国产化裸芯,通过三维硅通孔技术(3D Through-Silicon Via,3D TSV)和模块化复用技术实现多个微组件的系统集成,支持同时多个空域方向的自适应干扰抑制功能,支持大规模无人蜂群干扰抑制能力,满足大数据清洗的实时计算能力要求。电路相比板卡面积缩小90%,重量减轻85%。通过多物理场仿真和实际测试,电路满足研制要求,在无人机蜂群领域具有应用前景。
中图分类号:TN47 文献标志码:A DOI: 10.16157/j.issn.0258-7998.256992
中文引用格式: 段玉贺,黎蕾,王辂,等. 大数据综合信息处理SiP电路设计[J]. 电子技术应用,2026,52(3):56-60.
英文引用格式: Duan Yuhe,Li Lei,Wang Lu,et al. Design of SiP circuit for big data integrated information processing[J]. Application of Electronic Technique,2026,52(3):56-60.
Design of SiP circuit for big data integrated information processing
Duan Yuhe,Li Lei,Wang Lu,Zhang Jinghui,Zhu Minqi
The 58th Research Institute of China Electronics Technology Group Corporation
Abstract: In order to meet the complex requirements of electronic equipment such as miniaturization, high performance, rapid development and information processing capabilities, a big data cleaning integrated information processing SiP circuit based on advanced System-in-Package (SiP) technology was designed. The circuit adopts a domestically produced bare core, realizes the system integration of multiple micro components through 3D Through-Silicon Via (3D TSV) and modular multiplexing technology, supports the adaptive interference suppression function of multiple airspace directions at the same time, supports the interference suppression ability of large-scale unmanned swarm, and meets the real-time computing capability requirements of big data cleaning. The circuit is 90% smaller and 85% lighter than the board. Through multi-physics simulation and practical testing, the circuit meets the development requirements and has application prospects in the field of UAV swarms.
Key words : system-in-package;miniaturization;signal processing;3D through-silicon via;modular reuse

引言

随着信息技术发展和武器装备快速更新换代,对集成电路的封装技术、体积、性能和研制速度都提出了更高的要求。传统意义上的摩尔定律正面临极限,但通过异构集成、系统级封装(SiP)等技术[1-6],将不同功能的芯片和元件整合在一起,可以实现更高层次的功能集成和性能提升。大规模集成电路提高了芯片集成度,但也使得设计复杂度急剧增加,功能验证和验证周期长。模块化复用技术降低了研发难度和验证周期,解决了设计困难和长周期验证的难题。传统封装技术很难满足高速信号处理和大容量存储的需求,但3D TSV技术和扇出型封装技术[7-10]不仅减小了电路体积,还可以实现更高的引脚密度和更好的信号完整性。

针对小型化、高性能、快速研制和大数据信息处理能力的需求,本文设计了基于SiP技术的大数据综合信息处理SiP电路,设计的电路符合未来电子设备发展方向。


本文详细内容请下载:

https://www.chinaaet.com/resource/share/2000007003


作者信息:

段玉贺,黎蕾,王辂,张景辉,朱旻琦

(中国电子科技集团公司第五十八研究所,江苏 无锡 214026)

2.jpg

此内容为AET网站原创,未经授权禁止转载。