Alternatives to Cambricon

AI chipmaker

Leading semiconductor manufacturer designing and producing microprocessors for computing devices.

Semiconductor company designing wireless technologies and mobile device processors.

Industry-leading AI infrastructure for ultra-fast AI inference and training powered by Wafer-Scale Engines.

Designs and licenses RISC-V based custom processor cores and IP for diverse applications.

Neurophos develops photonic AI chips (OPUs) for extreme efficiency and performance in AI compute.

South Korean semiconductor company designing AI accelerator chips and software for LLMs and multimodal AI.

Developing an AI chip with integrated optical components for faster and more efficient AI inference.

Designs high-performance AI processors and RISC-V based compute solutions.

d-Matrix develops high-performance AI compute platforms and chips designed for efficient inference of large language models and generative AI workloads.

AI chip startup focused on energy-efficient inference acceleration, acquired by AMD.

Develops laser-integrated silicon photonics for high-speed optical interconnects in AI data centers.

Rebellions is a South Korean fabless semiconductor startup designing high-performance AI chips for data centers and edge devices.

FMC develops advanced, energy-efficient memory chips for AI applications.

TYLsemi is a chiplet-first silicon company focused on AI infrastructure, delivering production-ready chiplets for connectivity, power, and efficiency to accelerate custom AI accelerator design.

Designs and manufactures ultra-low power microcontrollers and SoCs for IoT and wearable devices.

Chinese company specializing in AI-powered storage controllers and integrated storage solutions.

Rivos is a semiconductor startup developing high-performance RISC-V based processors for data centers and AI workloads.

Designs and manufactures ultra-low power microcontrollers and processors for IoT and wearable devices.

Designs AI-specific processors (IPUs) for machine learning and AI workloads.