Supports flexible adjustment of core board hardware parameters (computing power architecture, number of interfaces, power consumption level), while customizing exclusive AI recognition, edge computing, or industrial protocol parsing algorithms to accurately match performance and functional requirements of differentiated scenarios.
Provides standardized hardware development kits and algorithm porting interfaces, supporting pre-burning of customized firmware and pre-debugging of drivers. No additional adaptation is required to achieve seamless integration of hardware and software, significantly shortening the R&D and mass production cycles.
Customizable hardware characteristics such as wide temperature, anti-electromagnetic interference, and low power consumption for core boards, with synchronized algorithm optimization to ensure stable operation of equipment in harsh scenarios like industrial sites and outdoor IoT terminals.
Implement multi-dimensional inspection of core components such as PCB boards, connectors, and PCBA, strictly control circuit impedance, welding accuracy, and interface stability, ensuring product performance from the hardware source.
Hardware passes through more than ten industrial tests including high and low temperature cycling, ESD, EMC; algorithms complete millions of scene simulations verification, meeting all testing criteria before mass production.
Based on actual scene training and optimization algorithms, support edge-side adaptive parameter adjustment, provide free iterative updates, ensuring long-term business demand matching.
Follow ISO 9001 system, available to obtain authoritative certifications such as CE, CCC as needed, meeting industry compliance access requirements.
Critical circuit redundancy backup for core boards, algorithm-integrated anomaly warnings, reducing downtime risk.
Covering custom integration, sample testing to mass production delivery throughout the process, providing 7×24 hours technical response and after-sales support.
