Home- Establish Tianjing Yunhu and launch the Lingyun series (FMCW) and Xiangyun series (Pulse) to achieve mass production
About Us
For many years, we have been deeply involved in the field of micro SAR, building a full stack research and development capability from core chip design, signal processing algorithms to system integration, providing leading radar perception solutions for industries such as national defense, surveying, power, and ocean
核心技术优势
Core technological advantages
Micro and modular overall design technology
1) Adopting LTCC high-density integration technology and radar chip technology to achieve miniaturization and low power consumption
2) Standardized interfaces and flexible refactoring; Different needs can be met, mass production reduces costs
3) Software based architecture with strong processing and expansion capabilities, significantly reducing development costs and cycles
2) Standardized interfaces and flexible refactoring; Different needs can be met, mass production reduces costs
3) Software based architecture with strong processing and expansion capabilities, significantly reducing development costs and cycles
Motion compensation and high-precision imaging processing technology
1) Error estimation and correction of broadband systems based on iterative deconvolution
2) Beam domain imaging algorithm
3) Improving image focusing based on echo data self focusing algorithm
2) Beam domain imaging algorithm
3) Improving image focusing based on echo data self focusing algorithm
Airborne polarimetric SAR calibration and correction technology
1) A polarization calibration algorithm for compensating time-varying attitude
2) An improved two-dimensional spatially varying radiometric calibration algorithm
3) A Fast Geometric Precision Correction Algorithm
2) An improved two-dimensional spatially varying radiometric calibration algorithm
3) A Fast Geometric Precision Correction Algorithm
The product has complete functions/comprehensive frequency bands
1) Multiple working modes such as banding, focusing, scanning, GMTI, InSAR, etc., meet diverse task requirements.
2) Support multi band and fully polarized extensions such as X, Ku, P, L, etc., to improve the accuracy of target recognition and land classification.
2) Support multi band and fully polarized extensions such as X, Ku, P, L, etc., to improve the accuracy of target recognition and land classification.
全流程研发体系
Full process R&D system
01
Requirement analysis and system design
User scenario modeling, link budgeting, and solution demonstration
02
Development of core components and modules
MMIC design, antenna array, digital board
03
Signal Processing and Algorithm Development
Imaging algorithms, interferometric processing, AI target recognition. 1m, industry-leading in detail recognition capabilities.
04
System Integration and Testing
Environmental testing, electromagnetic compatibility, flight verification
研发设施与团队
R&D Facilities and Team
High performance computing cluster
GPU parallel processing server, supporting real-time imaging and AI interpretation of massive SAR data
Top talent team
30% of the R&D personnel hold a doctoral/master's degree, with over 60% having a core team of over 15 years of experience in radar systems
Industry-university-research collaboration
Establishing cooperative relationships with multiple universities
Real flight verification platform
There are multiple models of drones and drone testing platforms, with thousands of actual flight verifications accumulated
资质荣誉与知识产权
Our Qualifications
