Oxmiq Labs raises $35M to license custom AI chip architecture

Oxmiq’s licensing model directly challenges the high-cost, multi-year barrier of custom silicon design, currently dominated by Broadcom and Marvell. By bundling compute and software compatibility in a single core, the startup provides a faster path for neoclouds and robotics firms to build proprietary chips. For the streaming ecosystem, this could lower the CapEx required for high-density video encoding and AI-driven personalization, shifting the market toward heterogeneous edge and data center architectures. Watch for the first commercial tape-outs using the OxCore IP to validate claims of lower non-recurring engineering costs.

The push for custom silicon comes as the total cost of ownership for merchant GPUs reaches unsustainable levels for large-scale operators. Per Tom’s Hardware in May 2026, custom ASIC shipments are projected to grow 44.6% year-over-year, nearly triple the growth rate of merchant GPUs. Broadcom and Marvell currently control approximately 95% of the custom AI ASIC co-design market, with Broadcom reporting record quarterly AI revenue of $10.8 billion in mid-2026. This dominance is built on multi-year co-design partnerships with hyperscalers like Google, whose TPU v6e Trillium reportedly offers significantly better price-performance for specific inference workloads compared to off-the-shelf competitors.

Oxmiq is entering a landscape where advanced packaging and interconnects have become the primary bottlenecks for performance. According to SemiEngineering in February 2026, leading-edge mask sets now cost between $30 million and $50 million, driving the industry toward chiplet-based strategies to improve yields and SKU flexibility. In parallel, the transition to optical I/O is accelerating. Per Reuters in June 2026, NVIDIA secured a multi-year deal with Lumentum to integrate silicon photonics directly into its AI infrastructure, responding to physical limits on copper-based electrical interconnects. By designing OxCore to support silicon photonics, Oxmiq is positioning its architecture for a market where power efficiency and data density are the ultimate competitive measures.