Alternatives to Vector Photonics

Rockley Photonics is developing integrated silicon photonics solutions for sensing and communication applications.

Leading semiconductor manufacturer designing and producing microprocessors for computing devices.

Developing compact, cost-effective, high-power laser sources at precise wavelengths for quantum computing, atomic clocks, and other advanced technologies.

Develops scalable, extreme-bandwidth optical interconnects for data centers and AI clusters using comb laser technology.

AttoTude develops high-speed wired (copper) THz interconnects for datacenters.

Develops optical chips and software for AI computing, accelerating computations with light.

Develops optical co-processing accelerators for high-speed, energy-efficient computation.

Salience Labs is developing hybrid photonic-electronic chips for AI acceleration.

Developing the world's first all-optical XPU for unprecedented processing speed and energy efficiency.

Deploying the world's first large-scale AI system running on a pure photonic network.

Designs and manufactures high-density, low-power optical interconnect solutions for AI and cloud infrastructure.

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

Developing quantum-dot lasers and optical amplifiers integrated into SiPho-based PICs for chip-to-chip communication.

Develops silicon nitride photonic integrated circuits and microcomb technology for energy-efficient optical interconnects in AI data centers.

AI tools that design chips.

Groq develops a high-performance AI inference chip and compiler for ultra-low latency AI applications.

Neuromorphic AI computing hardware designed for ultra-efficient, brain-inspired computation.

Broadcom is a global technology leader designing, developing, and supplying semiconductor and infrastructure software solutions.

Expedera provides scalable Neural Processing Unit (NPU) semiconductor IP for edge AI inference.

Avicena develops microLED interconnects for AI data centers, enabling ultra-low power, high bandwidth chip-to-chip optical connections.