Foxconn Industrial Internet Co., Ltd. has implemented ZKSSUN rapid temperature change chambers, temperature & humidity chambers, high-temperature aging ovens, and dust testing systems to standardize environmental reliability testing across 5G and server product lines.
The integrated testing platform supports multi-condition stress screening and compliance verification for high-end electronic manufacturing, significantly improving product stability and production efficiency.
5G Communication Module Reliability Testing
For 5G base station RF modules, rapid thermal cycling between -40°C and +85°C (15°C/min, IPC-9701 standard) is used to identify solder joint defects and early-stage failures, resulting in a 35% reduction in module failure rates.
Server Board Environmental Aging Validation
Server motherboards undergo 85°C/85%RH “dual 85” testing for 1,000 hours under JEDEC standards, ensuring long-term thermal stability and humidity resistance with high-precision environmental control.
High-Throughput Burn-In & Power Module Testing
Power modules and industrial controllers are subjected to 48-hour high-temperature burn-in at 85°C. Multi-point thermal monitoring increases throughput capacity by 60%, enabling simultaneous testing of up to 500 boards.
Dust & Environmental Protection Certification
Outdoor 5G cabinet systems are validated under IP5X dust ingress testing (GB/T 4208), confirming sealing integrity and interface reliability, supporting CE and UL certification requirements.
Manufacturing Efficiency & OEE Optimization
Overall test cycle time has been reduced by 25%, while equipment effectiveness (OEE) reached 92%, supporting faster iteration and improved quality control in large-scale electronics manufacturing.