Companies

Builds open AI hardware stacks.

Operates renewable-powered data centers and GPU cloud for AI.

Builds photonic computing and interconnect technology for AI data centers.

Builds silicon-based AI transformers.

Provides large-scale GPU cloud for AI training and inference.

Deploys enterprise-grade generative AI.

Builds rack-scale cloud computers for on-premises datacenters.

Builds full-stack AI cloud infrastructure for training and inference.

Provides AI cloud infrastructure for training and inference workloads.

Delivers AI compute solutions.

Builds trapped-ion quantum computers and quantum networks.

Builds massive AI chips.

Finances, builds, and operates GPU cloud infrastructure for AI companies.

Makes the tools and software to print any chip.

Deploys mobile data centers fast.

Builds chips optimized for large language models.

Develops optical computing systems for efficient AI inference.

Builds AI inference chips that fuse compute and memory.

Rents GPUs to developers training and deploying AI.

Turns AI into a self-improving chip designer.

Develops analog and neuromorphic computing substrates for energy-efficient AI.

Trades GPU compute on a liquid spot market.

Builds free-electron extreme-ultraviolet lasers for semiconductor lithography.

Designs and manufactures advanced optical transceivers for data centers and space applications at scale.

Develops energy-efficient gallium nitride power semiconductors.

Builds neutral-atom quantum computers.

Builds thermodynamic computing hardware.

Provides cloud GPU capacity for AI training and inference.

Builds paper-like display computers.

Delivers open-source silicon security, from chip design through manufacturing to field updates.

Provides AI cloud infrastructure and GPU compute for training and inference.

Designs analog chips with AI.

Builds modern radio-frequency test equipment for engineers and manufacturers.

Builds next-gen chipmaking tools.

Builds in-memory AI inference compute platforms for data centers.

Mass-produces 2nm logic chips in Japan.

Builds high-power millimeter-wave amplifiers for communications, radar, and electronic warfare.

Builds energy efficient chips.

Builds modular personal computers.

Builds AI-powered wearables.

Displays holograms in 3D.

Builds wearable digital readers.

Builds photonic quantum computers.

Provides serverless cloud infrastructure for AI, batch, and data workloads.

Silicon photonics optical I/O chiplets for scaling AI compute infrastructure.