Microloops sees 2027 growth as ASIC shipments near GPU crossover

Microloops' 25% YoY revenue growth is not a volume story—it is an early signal that design authority in AI thermal management is shifting. As ASIC shipments converge with GPU volumes, the engineering paradigm for cold plates, microchannel flow paths, and interface materials is being fundamentally rewritten. ASICs trend toward monolithic integration with localized power densities exceeding 150 W/cm², imposing entirely different mold-precision and material-formulation constraints than GPU architectures. The revenue-mix shift toward new cloud-customer products suggests design-in windows for next-gen ASIC platforms have already been secured. Upstream, CoWoS packaging thermal budgets are forcing redefinition of substrate CTE matching; downstream, data-center liquid-cooling loops must be recalibrated for ASICs' more concentrated heat distribution. The component-shortage-driven order slowdown reflects a microchannel-plate capacity bottleneck, not demand weakness—thermal modules have graduated from ancillary component to bottleneck component. Competitively, the positioning war among Auras, Delta, and Boyd over ASIC thermal solutions will intensify through 2027. Broadcom-led ASIC tape-out cadence dictates thermal-supplier order rhythm, while NVIDIA retains proprietary thermal stacks, creating a dual-track market. If Microloops locks in multi-hyperscaler design-in on the ASIC side, its 2027 ASP could run 30–50% above GPU-equivalent solutions. The 12–24-month thesis: ASIC thermal management will transition from following GPU specs to defining its own standard, and thermal-module suppliers' bargaining power will, for the first time, exceed that of chip designers. Whoever completes ASIC thermal mass-production validation first captures the next compute arms-race entry ticket.