SOLVING
BOTTLENECKS IN
AI CONNECTIVITY

Photonics is the critical fabric of AI infrastructure. CloudPhotonix provides Photonic Connectivity solutions for AI Compute, Hyperscale Data Centers, and advanced networks.

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About us

Engineering the next generation photonics connectivity.  Built on innovation and expertise.

We believe connectivity should enable progress, not complexity. Our mission is to power global communication networks with high-performance optical solutions — combining advanced engineering, scalable manufacturing, and uncompromising quality to bring people closer.

Discover Our Story

400G

Maximum data rate

Enabling ultra-fast, high-bandwidth data transmission for modern networks.

200+

Combined expertise

Backed by decades of global experience in photonics, engineering, and manufacturing.

500KM

Maximum data rate

Enabling ultra-fast, high-bandwidth data transmission for modern networks.

100%

Units burn-in tested

Every unit undergoes rigorous testing to ensure reliability and consistent performance.

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Our Difference

Built on Expertise. Proven at Scale.

200+ years of deep domain  cross-functional expertise

Founded by global veterans in photonics device design, PIC technology, transceiver engineering, RF, and large-scale automated manufacturing — with a track record of hyperscale deployments worldwide.

Scalability

Automated high volume Scalable Manufacturing

Network Engineering

Guaranteeing Performance in the optical network

Innovation

Cross functional expertise to architect, design and develop with photonics, RF ICs and embedded systems in leading edge speed and power  requirements

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Where We're Deployed

Powering the 
Advanced Networks

AI Compute & Hyperscale Data Centers

AI Compute & Hyperscale Data Centers

Ultra-dense 400G and 100G transceivers for GPU-to-GPU interconnects, spine-leaf fabrics, and hyperscale switch infrastructure. Sub-100ns latency. Zero downtime tolerance.

Telecom & 5G Networks

Ultra-dense 400G and 100G transceivers for GPU-to-GPU interconnects, spine-leaf fabrics, and hyperscale switch infrastructure. Sub-100ns latency. Zero downtime tolerance.

Enterprise Networks

Ultra-dense 400G and 100G transceivers for GPU-to-GPU interconnects, spine-leaf fabrics, and hyperscale switch infrastructure. Sub-100ns latency. Zero downtime tolerance.

BFSI & Media Networks

Ultra-dense 400G and 100G transceivers for GPU-to-GPU interconnects, spine-leaf fabrics, and hyperscale switch infrastructure. Sub-100ns latency. Zero downtime tolerance.
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Where We're Deployed

What Sets CloudPhotonix
 Apart

Time to Market

Cutting edge solutions driven by innovation and unique cross-functional domain expertise

Time to Performance

Optimized high-speed and power efficient solution

Scalability

Flexible systems that grow with your business needs

Time to Market

Cutting edge solutions driven by innovation and unique cross-functional domain expertise

Time to Performance

Optimized high-speed and power efficient solution

Scalability

Flexible systems that grow with your business needs

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Origin & Compliance

Transparent Supply Chain.
Verified at Every Stage.

Every CloudPhotonix transceiver is designed and manufactured in India, ensuring consistent quality, controlled production, and complete supply chain visibility for reliable deployments.

What We Certify

  • ISO 9001:2015 certified manufacturing process
  • Documented supply chain available on request
  • ISO 9001:2015 certified manufacturing process

PROCUREMENT ADVANTAGE

  • Non-Chinese origin — suitable for networks restricting Chinese-made equipment
  • Make in India — supports domestic procurement preferences
  • EU, UK & APAC import documentation available
  • BIS & WPC documentation for Indian networks
  • PLI scheme eligible supply chain partner

What We Certify

  • ISO 9001:2015 certified manufacturing process
  • Documented supply chain available on request
  • ISO 9001:2015 certified manufacturing process

What We Certify

  • ISO 9001:2015 certified manufacturing process
  • Documented supply chain available on request
  • ISO 9001:2015 certified manufacturing process
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Zero-Defect Commitment

Rigorously Tested

01

Incoming Inspection

Physical inspection, label verification, and component traceability check before testing begins.

02

Performance Validation

Tx power, Rx sensitivity, extinction ratio, eye diagram — verified against MSA limits across full temperature range.

03

Stress Tested

100% burn-in at 70°C with live traffic. Power variation testing 3.1–3.5V. All DDM/DOM values verified.
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Knowledge Hub

Insights for Network Engineers
& Technology Leaders

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400G Migration Guide for Hyperscale Data Centers

A comprehensive guide for network engineers planning the transition from 100G to 400G architectures — covering form factors, reach options, power budgets, and cost modelling.

TAA & NDAA Compliance in Optical Networking

How India-origin transceivers simplify compliance for US Federal, DoD, and regulated enterprise procurement …

Optical Transceiver Reliability: What Telcordia GR-468 Really Means

A technical deep-dive into Telcordia GR-468-CORE qualification — what it tests, why it matters, and how to ev…

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blogs

Deep Dive into Data & Connectivity

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Technical Deep-Dive

SFP vs SFP+ vs QSFP28 vs QSFP-DD: The Complete Form Factor Guide for 2025

Technical Deep-Dive

SFP vs SFP+ vs QSFP28 vs QSFP-DD: The Complete Form Factor Guide for 2025

Technical Deep-Dive

SFP vs SFP+ vs QSFP28 vs QSFP-DD: The Complete Form Factor Guide for 2025

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Reviews

What Network Engineers Say About 

Image

We needed TAA-compliant 100G modules for a federal contract on a six-week timeline. CloudPhotonix delivered non-China origin QSFP28 units with full COO documentation in three weeks. Exceptional.

LARS HOFFMANN

CTONetwork Infrastructure Lea
Image

We needed TAA-compliant 100G modules for a federal contract on a six-week timeline. CloudPhotonix delivered non-China origin QSFP28 units with full COO documentation in three weeks. Exceptional.

LARS HOFFMANN

CTONetwork Infrastructure Lea
Image

We needed TAA-compliant 100G modules for a federal contract on a six-week timeline. CloudPhotonix delivered non-China origin QSFP28 units with full COO documentation in three weeks. Exceptional.

LARS HOFFMANN

CTONetwork Infrastructure Lea
Image

We needed TAA-compliant 100G modules for a federal contract on a six-week timeline. CloudPhotonix delivered non-China origin QSFP28 units with full COO documentation in three weeks. Exceptional.

LARS HOFFMANN

CTONetwork Infrastructure Lea
Image

We needed TAA-compliant 100G modules for a federal contract on a six-week timeline. CloudPhotonix delivered non-China origin QSFP28 units with full COO documentation in three weeks. Exceptional.

LARS HOFFMANN

CTONetwork Infrastructure Lea
Image

We needed TAA-compliant 100G modules for a federal contract on a six-week timeline. CloudPhotonix delivered non-China origin QSFP28 units with full COO documentation in three weeks. Exceptional.

LARS HOFFMANN

CTONetwork Infrastructure Lea
Image

We needed TAA-compliant 100G modules for a federal contract on a six-week timeline. CloudPhotonix delivered non-China origin QSFP28 units with full COO documentation in three weeks. Exceptional.

LARS HOFFMANN

CTONetwork Infrastructure Lea
Image

We needed TAA-compliant 100G modules for a federal contract on a six-week timeline. CloudPhotonix delivered non-China origin QSFP28 units with full COO documentation in three weeks. Exceptional.

LARS HOFFMANN

CTONetwork Infrastructure Lea

Ready to
Partner with us?

Connect with our team to design, engineer, and deploy photonic connectivity for your infrastructure. We work from the device level up — and bring every discipline to the engagement.

Connect to our Experts
Location

CloudPhotonix (India) Pvt. Ltd.,
Noida, Uttar Pradesh, India
R&D Presence: India & USA