Integrated Design and Application of Electronic Information System in Communication Engineering
Abstract
As the cornerstone of modern communication engineering, electronic information systems are fundamentally shaped by their
integrated design capabilities, which directly determine system performance, reliability, and cost efficiency. This study provides a comprehensive analysis of the multifaceted requirements for electronic information systems in communication engineering, with a focus on
four critical integration technologies: high-speed interconnects, RF and mixed-signal integration, system-in-package (SIP) solutions, and
software-hardware co-design methodologies. The paper further details practical applications of these systems across wireless, fiber-optic,
and satellite communication domains. Through in-depth exploration and discussion, this research enhances understanding of integrated
design strategies for electronic information systems in communication engineering while offering actionable insights for advancing related
technological fields.
integrated design capabilities, which directly determine system performance, reliability, and cost efficiency. This study provides a comprehensive analysis of the multifaceted requirements for electronic information systems in communication engineering, with a focus on
four critical integration technologies: high-speed interconnects, RF and mixed-signal integration, system-in-package (SIP) solutions, and
software-hardware co-design methodologies. The paper further details practical applications of these systems across wireless, fiber-optic,
and satellite communication domains. Through in-depth exploration and discussion, this research enhances understanding of integrated
design strategies for electronic information systems in communication engineering while offering actionable insights for advancing related
technological fields.
Keywords
Communication engineering; Electronic information system; Integrated design; Key technology; Application
Full Text:
PDFReferences
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2025(06):107-109.
[3] Xiao Fei. Analysis on the Application of Electronic Information Technology in Power Automation System [J]. China Equipment Engineering, 2025(09):111-113.
DOI: http://dx.doi.org/10.70711/frim.v3i12.7904
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