AWS earlier announced how it will handle server racks and components retired from its service platform, emphasizing that through a disassembly, repair and testing process, these server racks and components can be properly utilized in a sustainable manner.
In line with AWS's previously announced goal of achieving net-zero carbon emissions by 2040, its server racks are designed with reuse in mind and maintain high-efficiency operation goals. The goal is to extract higher recycling value from retired equipment during the subsequent reuse, repair, and recycling processes.
During the recycling process, AWS will return the retired server racks to the reverse logistics center and clear all user data on the storage media. It will then conduct relevant functional tests and disassemble the server racks into separate components to evaluate whether components such as Nitro network systems, power supplies, graphics processors, switches, dual in-line memory modules and fiber optic systems can be reused.
In the troubleshooting lab, technicians run server racks continuously to conduct comprehensive performance assessments. For example, at fiber optic stations, AWS technicians conduct data transmission tests to ensure connectivity. Other testing phases include stress tests that simulate data center operations or using scripts to test component functionality.
The final step in the reverse logistics plan is to return functioning components to the data center so that they can be used again.
