GX Quantum Photonics

High-Efficiency

Photonic Connectivity

GX Quantum Photonics is advancing India's photonic technology ecosystem through innovative Photonic Integrated Circuits (PICs), optical modules, and high-speed connectivity solutions for AI infrastructure, data centers, telecom networks, and next-generation digital communications.

SFP Portfolio
Partner Video
400G+

Optical
Networking

25 Gbaud
symbols per sec.
99% InP Wafers
Next-gen Chips

PIC Design

Advanced photonic chips for optical communication.

Photonics

Next-generation photonic technologies for AI networks.

SFP / QSFP

High-speed transceivers for modern infrastructure.

Efficiency

Higher bandwidth with lower power consumption.

PIC Ecosystem

From photonic chips to future optical engines.

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Tech Expertise Left

PHOTONIC TECHNOLOGY PLATFORM

Building India's Photonic Future

GX Quantum Photonics combines photonic chip design, optical modules, and advanced packaging technologies to create scalable optical communication solutions for AI, cloud, and telecom infrastructure.

Tech Expertise Right
100G+
Optical Networking
PIC
Design Platform
AI
Infrastructure Ready

Global Expertise. Indian Capability

SMART Photonics’ expertise meets GX Quantum Photonics’ ambition to build the future of photonics in India.

CHIP-LEVEL PHOTONICS DEVELOPMENT

PHOTONICS CHIP DESIGN

Own PIC capability to unlock performance-per-watt advantage.

Moving beyond module assembly to technology ownership through photonics chip design—enabling greater efficiency, reduced dependency, and scalable advanced transceivers.

Photonic Integrated Circuits

Integrated photonic solutions for faster, efficient, and scalable telecom and data center networks.

Higher Efficiency

Lower optical loss, reduced power consumption and improved performance consistency across platforms.

Optical Modules

Photonic Connectivity

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Solution

400G Optical Transceivers

High-performance silicon photonic modules engineered for hyperscale data centers and AI networking with ultra-low latency and exceptional power efficiency.

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