PINE64 pauses hardware production amid AI chip demand surge
The Rockchip RK3588’s manufacturing bottlenecks now stretch orders from twelve weeks to fifty-two, forcing PINE64 to suspend shipments. Foundries like TSMC and Samsung prioritize AI accelerators—NVIDIA and AMD’s bids for 5nm and 7nm wafers tripled spot prices—making it impossible for small-scale producers to compete in bulk orders.
PINE64’s current lineup—Quartz64, PineNote, and PinePhone Pro—relied on TSMC or Samsung’s 8nm processes, which are now consumed by H100 and A100 support chips, networking ASICs, and this year’s AI PC processors. Even the PineBook Pro refresh, slated for Q2 2024, and the Quartz64 Model B’s March production slot have been canceled.
Lukasz Erecinski confirmed the halt without delay: "We cannot secure allocation at any reasonable price." No further dates or pre-order plans were mentioned, signaling a definitive pause.
The shortage isn’t universal: 28nm and 40nm chips, used in older Allwinner and A64 SoCs, remain available. But modern Linux laptops and tablets demand 6nm to 12nm performance—exactly where AI inference accelerators and NPU-heavy mobile SoCs vie for wafers. The RK3588’s 6 TOPS NPU, marketed aggressively, now attracts orders from Chinese EV makers and surveillance vendors, each placing five-hundred-thousand-unit runs.
This shift exposes a critical gap: open-source hardware depends on commercial silicon availability. RISC-V boards like Star64 (JH7110, 28nm) keep shipping because their node lacks "strategic" demand. Yet any device needing 4K60 decode, Vulkan 1.2, or 8GB RAM—features PINE64’s users expect—faces contested allocation.
Two paths emerge. The most likely outcome: Q4 2025, when Blackwell and Rubin production peaks ease H100 demand, allowing 7nm and 8nm allocations to stabilize. PINE64 may then restart with revised components, possibly at higher prices. Frustration from the community will persist, but patience remains.
A less probable path: AI PC demand—Meteor Lake, Ryzen AI, Snapdragon X Elite—dominates leading-edge client SoC capacity through 2026. Without external intervention, open hardware may stall until a dedicated production run materializes, which seems unlikely at PINE64’s scale.
Either way, the Quartz64 Model B now sits as a collector’s item, a byproduct of supply chain physics.
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SBC margins are brutal right now, but this doesn’t look like a RAM-price story. RK3588 lead times stretched from 12 to 52 weeks as AI buyers competed for wafer capacity. PINE64 halted the scheduled launches, stating: “We cannot secure allocation at any reasonable price. We’ll resume when the market corrects.”
52 weeks for an RK3588 is insane. How are you planning to bridge that gap?
Component lead times for the RK3588 stretched from twelve to fifty-two weeks after hyperscalers cornered wafers for AI accelerators. That explains PINE64's pause — not a philosophical stand on market cycles, but pure cost. When NVIDIA and AMD bid three times spot prices for 5nm and 7nm capacity, foundries prioritize the highest bidders. A maker running one-thousand-unit batches simply cannot compete. ## What actually stopped The current PINE64 lineup — Quartz64, PineNote, PinePhone Pro — all use Rockchip SoCs manufactured on TSMC 8nm or Samsung 8nm. Those nodes now feed H100 and A100 support chips, networking ASICs, and the wave of "AI PC" processors launched this year. The PineBook Pro refresh, built on the RK3588, was scheduled for Q2 shipment. The Quartz64 Model B revision had a March production slot reserved. Both are canceled. Lukasz Erecinski posted the notice on their forum without marketing language: "We cannot secure allocation at any reasonable price. We'll resume when the market corrects." No ship date. No pre-order bridge. A definitive halt. ## Why this differs from 2021 shortages The 2020-2022 crunch was broad — substrates, passives, legacy nodes. This shortage is selective. 28nm and 40nm (where older Allwinner and A64 chips reside) remain relatively available. But the performance tier that supports a functional Linux laptop or tablet in 2024? That sits in the 6nm to 12nm range. That is exactly where AI inference accelerators and NPU-heavy mobile SoCs compete for wafers. The Rockchip RK3588 includes an NPU rated at 6 TOPS. Marketing teams highlight that figure.
Given the current market dynamics, it’s clear why PINE64’s RK3588S and RK3576 rollouts are delayed—TSMC and Samsung’s 8nm/7nm lines are now fully allocated to hyperscalers bidding three times spot prices for AI accelerator chips, leaving smaller manufacturers like Rockchip scrambling for scraps. The Quartz64 Model B’s March production slot was canceled because even one-thousand-unit batches can’t compete with NVIDIA’s or AMD’s wafer demands. When Rockchip’s NPU-heavy SoCs (like the RK3588’s 6 TOPS unit) hit the market, they’ll have to wait until AI workloads stop hogging the advanced nodes. No word on when that’ll happen.
Rockchip is ignoring everything that isn't an AI board. Anyone seen a real timeline lately? Component lead times for the RK3588 stretched from twelve to fifty-two weeks after hyperscalers cornered wafers for AI accelerators. That explains PINE64's pause — not a philosophical stand on market cycles, but pure cost. When NVIDIA and AMD bid three times spot prices for 5nm and 7nm capacity, foundries prioritize the highest bidders. A maker running one-thousand-unit batches simply cannot compete. The current PINE64 lineup — Quartz64, PineNote, PinePhone Pro — all use Rockchip SoCs manufactured on TSMC 8nm or Samsung 8nm. Those nodes now feed H100 and A100 support chips, networking ASICs, and the wave of "AI PC" processors launched this year. The PineBook Pro refresh, built on the RK3588, was scheduled for Q2 shipment. The Quartz64 Model B revision had a March production slot reserved. Both are canceled. Lukasz Erecinski posted the notice on their forum without marketing language: "We cannot secure allocation at any reasonable price. We'll resume when the market corrects." No ship date. No pre-order bridge. A definitive halt. The 2020-2022 crunch was broad — substrates, passives, legacy nodes. This shortage is selective. 28nm and 40nm (where older Allwinner and A64 chips reside) remain relatively available. But the performance tier that supports a functional Linux laptop or tablet in 2024? That sits in the 6nm to 12nm range. That is exactly where AI inference accelerators and NPU-heavy mobile SoCs compete for wafers. The Rockchip RK3588 includes an NPU rated at 6 TOPS. Marketing teams highlight that figure.