AMD said on October 1 it had begun sampling its Versal AI Core XQRVC1902 adaptive system-on-chip in an enhanced space-grade package with early-access customers. The company says the package is designed for space missions lasting up to 15 years. Sampling lets customers build engineering models; it does not mean the product has reached final flight-qualified status.

AMD says the device is being tested to the U.S. military specification MIL-PRF-38535 Class Y. The company describes Class Y as the standard’s highest quality and reliability level for spaceflight components. Qualification was not complete when the announcement was published. AMD expects Class Y flight-qualified units to become available in the second half of 2027. That is an expected window, not a precise delivery date or customer-order schedule.

The new package uses a lidless organic design and enhanced organic substrate. AMD says these materials are intended to mitigate thermal and mechanical stress in space, and that the package incorporates space-grade chip capacitors with flight heritage. The company says the lidless design improves thermal performance and supports in-orbit processing for payloads. These are supplier statements; the release does not provide independent measured performance data.

AMD positions the device for human-rated, long-duration and other high-value missions, including geosynchronous Earth orbit, cislunar orbit, heliocentric orbit and deep-space missions. Its programmable logic and in-orbit processing capabilities are design objectives for those uses, not evidence of deployment on such missions. Space electronics also depend on system-level validation, radiation tolerance and mission design, alongside chip specifications.

The package is described as pin-compatible with existing commercial, defense-grade and space-grade AMD Versal AI Core VC1902 devices in a 2,197-ball grid array. Pin compatibility may ease transition from existing board designs, but it does not establish drop-in operation or compliance with every mission requirement. Designers still need to complete power, thermal, software, qualification and mission-reliability tests.

AMD says samples are currently going to early-access customers and the product is described in its DS946 datasheet. Commercial samples, engineering models and Class Y flight-qualified devices are separate stages. The release gives no customer count, pricing, sales volume or revenue forecast. Commercial impact depends on whether sampling progresses into qualification and programme adoption; neither is yet a completed outcome.