SSD validation is the key stage that determines the quality, reliability, and safety of modern storage media. Solidigm SSDs must meet the highest design, quality, and functional standards before they leave the factory.
The physical nature of NAND memory means it has a finite number of program/erase cycles, with degradation over time. How we test and manage that cell wear is key to protecting against data loss.
Since the margin for error is essentially zero for SSDs, validation is an indispensable element of our process, building competitive advantage, customer trust, and lasting market success. Read or download the technical brief to learn more.
Piotr Barański is a Technical Lab Software Engineering Manager at Solidigm. Piotr, with his experience as an R&D laboratory management professional, focuses on building efficient, well-organized laboratory environments that support innovation and operational excellence in Solidigm. His background includes leading laboratory teams, managing laboratory infrastructure and assets, optimizing processes, and using data to drive informed decisions. He has a particular interest in laboratory operations, continuous improvement, and the practical application of technology in R&D.
Zachariasz Robak is an FW Program Manager at Solidigm, where he leads the planning and execution of firmware development for the company's PCIe storage solutions. His work centers on coordinating a cross-geo engineering team to ensure code ships in line with NVMe, PCIe, and customer specifications. Before moving into program management, Zachariasz worked as a validation engineer, giving him a hands-on grounding in the software and validation side of storage development that now shapes how he approaches planning and execution.
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