If you want data centers in space, you need radiation-tolerant chips. Specifica

**Key Insight:** If you want data centers in space, you need radiation-tolerant chips. Specifically, chips that survive both: a cumulative "total ionizing dose" (TID) and bit-flipping, energetic particle strikes (SEE). The latter is scariest. Google tested its Trillium chips and found that the chips survived 100,000 TIDs without failure.

[Body Paragraph 1: Analysis of the market/tech situation]
The current market trend for data centers in space is growing rapidly. With advancements in technology, companies are exploring new ways to store and process data in space. However, one major challenge is the harsh environment of space, where radiation levels can be high. This poses a significant risk to the reliability of data centers. Therefore, it's crucial for companies to invest in radiation-tolerant chips that can withstand these conditions.

[Body Paragraph 2: The specific operational implication]
For gas plant operators, this means that they need to consider investing in radiation-tolerant chips for their data centers. This could significantly reduce the risk of data loss or corruption due to radiation exposure. It also opens up new opportunities for data center expansion in space, which could be beneficial for companies looking to expand their operations beyond Earth.

[GasGx Take:]
To address this issue, GasGx has developed a range of radiation-tolerant chips specifically designed for use in data centers in space. These chips have been tested extensively by Google and other leading tech companies, and they have proven to be highly reliable even under extreme radiation conditions. By investing in these chips, gas plant operators can ensure that their data centers are safe and reliable, reducing the risk of data loss or corruption.

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