Pine64 halts hardware manufacturing due to memory shortages
The Memory Crunch: Why Pine64 Has Hit Pause on Linux Hardware Production
In a sudden shift that sends ripples through the small-board maker community, Pine64 has announced it will cease production of its Linux devices entirely. The company cited the persistent DRAM and eMMC shortages as the unavoidable reason, signaling a halt to manufacturing its full lineup of Arm and RISC-V single-board computers, including the PinePhone family, the PineTab2 tablet, and the PineNote e-reader.
This decision is a direct response to the intense global scarcity of memory components. While the demand for advanced technologies—especially those fueling the AI data center boom—has driven memory costs soaring, Pine64 found itself caught in the crossfire of a supply chain crisis that has made physical production nearly impossible.
The situation is particularly acute for storage solutions. Pine64 manages to secure the single most difficult-to-obtain component in the NAND market, which is the eMMC/UFS segment. This storage bottleneck highlights a critical vulnerability: while other industries chase higher-margin enterprise SSDs, the supply of consumer-grade memory remains severely constrained.
The market reality is stark. Experts have warned that this memory crunch is not confined to niche hardware; it is reshaping the entire consumer electronics landscape. Analysts note that the demand for components is pushing prices up dramatically, with some kits selling for more than usd2,000, illustrating the intense pressure on the supply chain.
Meanwhile, Pine64 is not stopping all activity. Production for microcontroller-based products, such as the PineTime smartwatch, PineVoice smart speaker, and the Pinecil soldering iron, will continue as usual. Furthermore, development on future products, like the PineTime Pro, remains on track, with the team making strides in developing basic drivers for display, touch, motion sensing, GPS, and audio.
The company also confirmed that it has not ended software support for its existing Linux hardware. However, the future of the Linux hardware line hinges entirely on component pricing. Pine64’s decision on resuming full production is now tied to forecasts that anticipate no significant new memory fab capacity arriving before late 2027 or 2028.
As the landscape shifts, other small-board manufacturers have adopted different strategies. Competitors like Raspberry Pi have chosen to mitigate rising DRAM prices by launching smaller models and relying on older memory standards, while companies like Framework have raised desktop pricing to account for the cost of LPDDR5x RAM, facing similar supply challenges.
Ultimately, Pine64’s pause is a powerful reflection of the broader semiconductor reality. It demonstrates how global supply constraints, particularly in memory and storage, are forcing even innovative hardware companies to recalculate their timelines and strategic approaches in a rapidly evolving technological world.
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