Technical Expertise
End-to-end capabilities from signal chain design to system delivery
Four technical directions form a complete R&D system, supported by laboratory testing conditions and engineering service processes to ensure products and projects meet target specifications.
Technical Direction
Four technical directions support the collection and processing pipeline.
Each direction has clear technical levers and validation methods. Capabilities interlock to form a comprehensive product and project support system.
High-Speed Analog Front-End Design
Design around core metrics of the acquisition chain, balancing bandwidth, noise, and channel consistency.
- ADC/DAC Selection and Driver Circuit Design
- Low-Jitter Clock Distribution and Multi-Channel Synchronization
- Low-Noise Power Supply and Signal Integrity Design
RF Transceiver and Frequency Conversion
Build stable transmit/receive and frequency conversion chains for RF signal acquisition and playback.
- RF Front-End Filtering and Gain Allocation
- Digital Down-Conversion and Decimation Filtering
- Channel amplitude and phase calibration and consistency maintenance
FPGA and Real-Time Processing
Offload processing tasks to hardware, reducing reliance on system transmission bandwidth and the host computer.
- High-Speed Interface and Data Transfer Framework
- Real-time filtering, decimation, and packaging
- Onboard Cache and Data Stream Scheduling
System Integration & Engineering Delivery
From structural design and thermal management to software tools, complete the integration and joint debugging of the entire system.
- Chassis Structure, Airflow Path, and Thermal Management Design
- Multi-chassis Cascading and Synchronized Management
- Data Acquisition and Control Management Software
R&D Conditions
Lab and Integration Environment
Products undergo functional testing and specification validation prior to delivery. The system completes assembly, calibration, and aging tests in the integration environment.
Signal Test Laboratory
Equipped with high-performance instruments including high-speed oscilloscope signal sources, spectrum analyzers, network analyzers, and high-speed protocol analyzers to ensure delivery specifications are validated.
System Integration Zone
Used for assembly, integration testing, and aging of complete units and systems. Completes channel calibration and system validation prior to delivery.
Engineering Service Process
Four stages from requirement confirmation to delivery support
The process begins with technical requirements, and each phase delivers clear outputs to help users track project progress.
- 01
Requirement Alignment
Define the metrics to collect, API formats, and deployment requirements to produce a technical requirements specification.
- 02
Solution Design
Finalize board selection or customization, and deliver system architecture with interface definitions.
- 03
R&D and Validation
Complete hardware and logic development, and verify functionality and specifications in the lab.
- 04
Delivery & Support
Complete system integration and documentation delivery, with long-term technical support and maintenance.
Qualifications and Intellectual Property
Support long-term partnerships through standards and accumulation.
The company continuously strengthens its quality management system and intellectual property framework to ensure stable support for products and projects.
2025
High-Tech Enterprise
2025
Beijing Specialized and Sophisticated Small and Medium Enterprises
2024
Quality Management System Certification
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Multiple Software Copyrights and Utility Model Patents