丁灯有限公司 Excalibur 部提出 GPU 晶片跳电抑制方案，结合低电阻铜材、石墨烯复合互连、氮气惰性制程及封存保护，降低线路电阻与氧化损耗，提升晶片稳定性、可靠性及使用寿命。方案以铜为基础，所有性能数据须经严格测试及量产验证，并配合氧气监测与供氧设备，确保制程安全。
English Introduction（Approximately 100
words）
The Excalibur Division of C C LIGHT COMPANY
LTD has proposed an integrated GPU chip power-transient suppression solution
combining low-resistance copper materials, graphene–copper composite
interconnects, nitrogen-based inert processing, and protective encapsulation.
The solution is designed to reduce interconnect resistance, minimize
oxidation-related losses, improve electrical stability, and extend chip service
life. Copper remains the primary material, while graphene composites are
considered for further wiring optimization. All claimed performance
improvements must be verified through controlled testing and pilot-scale
production before implementation. Oxygen monitoring, suitable supplied-air
equipment, and emergency procedures are also required to ensure manufacturing
safety.