For Immediate Release

OZ Optics Highlights Advanced Silicon Photonics and AI Infrastructure Solutions at OFC 2026 -Booth#1901

DRAFT RELEASE - Version 1.0

Ottawa, Canada - March 5, 2026

At OFC 2026, OZ Optics Ltd. will showcase precision photonic instrumentation and integration solutions engineered to support silicon photonics development, co-packaged optics, and AI-driven data center architectures.

As AI clusters scale toward multi-terabit optical interconnects, requirements for polarization stability, dynamic attenuation control, inline power monitoring, and high-density fiber coupling have become critical. OZ Optics provides enabling tools and subsystems optimized for photonic integrated circuit (PIC) validation, coherent transceiver testing, and automated production environments.

Enabling AI Optical Infrastructure

AI systems demand:
  • Ultra-high bandwidth optical interconnects
  • Stable polarization control
  • Automated photonic testing at scale
  • Real-time optical monitoring
  • High-density fiber-to-chip integration
OZ Optics solutions enable the full silicon photonics lifecycle — from R&D prototyping and wafer-level testing to high-volume manufacturing and deployed AI optical infrastructure.

Featured Solutions for Silicon Photonics & AI Applications

Polarization Extinction Ration Meter for MPO/MTP® Connectors
Designed to ensure polarization integrity and performance in the high-density fiber interconnects powering next-generation AI infrastructure.

High-Speed Electrically Driven Polarization Controller / Scrambler
Dynamic polarization management for coherent transmission testing and AI optical link stress validation.

1D V-Groove & 2D Fiber Matrix Array (2D FMA) Assemblies
High-precision, high-density fiber coupling solutions for photonic chip interfaces and co-packaged optics platforms.

Directional Fiber Optic Power Monitors (Taps/Photodiodes)
Inline optical power monitoring for real-time diagnostics and AI network performance optimization.

Polarization Entangled Photon Sources
Offering a turnkey, room-temperature operating system with a built-in pump laser and integrated noise-suppression filters, enabling precise control of accidental photon rates.

Variable Optical Attenuators with Integrated Power Monitoring
Fast attenuation speed, low insertion loss, and built-in power feedback. Operates in fixed attenuation or constant output power modes. Supports SMF, MMF, and PMF configurations.

Products and solution for Gyroscopes
Providing comprehensive optical solutions for the design, testing, and system integration of Fiber Optic Gyroscopes (FOGs) for demanding defense, aerospace, and industrial environments.

BSI Certificate of Registration Canada BSI Certificate of Registration China BSI Certificate of Registration Turkey