Hybrid Chip Integrates DNA and Silver to Reduce Data Center Energy Use by Over 99%
A hybrid chip developed by Penn State University researchers reduces data center energy consumption by over 99% compared to traditional systems. This advancement is critical as global data center energy demands are projected to triple by 2030, necessitating innovative solutions to avoid electrical grid failures.
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Researchers from Penn State University have developed a hybrid chip combining biology and electronics, reducing energy consumption by over 99%. This chip utilizes modified synthetic DNA with silver nanoparticles to create a stable electric conductor.
A single gram of the biological material can store approximately 215 million gigabytes. The chip employs crystalline perovskite to manage charge flow at low voltages, eliminating the need for constant energy to retain data.
Initial tests confirm the chip's stability at ambient temperatures for six weeks and at high temperatures up to 121 degrees Celsius. While the patent was filed in April 2026 and research findings published in Advanced Functional Materials, the device is currently limited to laboratory testing.
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