Photonic Chips to Power the Quantum Revolution

Rapid Iteration. Flexible Processes. Quantum PICs.

The QPICs Advantage

We specialize in photonic integrated circuit (PIC) fabrication for quantum applications

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3-4 Week Turnaround

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1000x Size, Weight, and Power (SWaP) Reduction

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300nm to 7μm Full-Spectrum Waveguides

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Flexible Materials Selection

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Batch Size 1, Up to At-Scale Production

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Engineer-Friendly Accessible Design

Arrow with a clock

3-4 Week Turnaround

A chip with arrows pointing inwards

1000x Size, Weight, and Power (SWaP) Reduction

A rainbow sine wave

300nm to 7μm Full-Spectrum Waveguides

1

Batch Size 1, Up to At-Scale Production

Two check marks

Flexible Materials Selection

Maxwell equation

Engineer-Friendly Accessible Design

BUILD WITH QPICS

Fast-Fab Photonics Foundry

Breakdown of the difference between status quo PIC manufacturing and QPICs manufacturing. The status quo is a long process requiring design by 20 clients, accumulate 20 clients, consolidation and rule checks, fabrication, testing, and updates to design. The QPICs process is fast, requiring only design, fabricate, and package

Faster turnaround time compared to status quo manufacturing enables rapid iteration and operational agility.

Breakdown of the difference between status quo PIC manufacturing and QPICs manufacturing. The status quo is a long process requiring design by 20 clients, accumulate 20 clients, consolidation and rule checks, fabrication, testing, and updates to design. The QPICs process is fast, requiring only design, fabricate, and package

Photonics Requires Non-Standard Materials

Break through the CMOS wall. CMOS constraints are tied to electronics, only supporting basic materials like silicon, silicon dioxide, and silicon nitride. QPICs busts through the CMOS Wall and offers photoncis enabling materials like lithium niobate, indium phosphide, gallium arsenide, gallium nitride, silicon carbide, lithium tantalate, barium titanate, Thin Film PZT, Diamond, and Tantala

CMOS compatability is tied to electronics and restrains quantum tech developers. Not any more.

Photonics Requires Non-Standard Materials

CMOS compatability is tied to electronics and restrains quantum tech developers. Not any more.

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Operational Excellence in Advanced Manufacturing of Quantum Chips

There’s no denying that fabs are hard to run. What makes QPICs different?

Essentially, we’re creating a 3D printer for photonic chips.

Our differentiator is our efficient operations. By prioritizing reconfigurability and ultrafast processes, we solve economic and operational problems. We optimize process engineering and focus on scale-up manufacturing technology and design.

There’s no denying that fabs are hard to run. What makes QPICs different?

Essentially, we’re creating a 3D printer for photonic chips.

Our differentiator is our efficient operations. By prioritizing reconfigurability and ultrafast processes, we solve economic and operational problems. We optimize process engineering and focus on scale-up manufacturing technology and design.

Quantum Applications for Photonic Integrated Circuits

Photonic Quantum Computers

Digital computers are built on electronic chips. Build your photonic QC with QPICs.

Trapped Ion and Neutral Atom Computers

Simplify programming and improve readout by addressing compact ions and atoms. Improve switchyard precision and miniaturize your optics with QPICs.

Cryogenic Environments & Super-conducting

Achieve data communications at near–absolute zero by removing heat-generating electronics. Photonics minimize noise and maximize coherence.

Photonics-Based Quantum Sensors

Reduce SWaP and make your products field-deployable by integrating QPICs into your physics package.

POWER YOUR QUANTUM TECH WITH QPICS
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ALL RIGHTS RESERVED © QPICS 2026