Suncall America at OFC 2026 | High-Precision Fiber Connectivity Solutions
Meet Suncall America at OFC 2026
Suncall America Inc. will be exhibiting at OFC 2026, the premier global event for optical communications and networking technologies.
Join us in Los Angeles to explore our latest fiber optic connectivity solutions designed to support high-density, high-performance optical networks across data center, telecom, and enterprise applications.
Event Details
Date: March 17–19, 2026
Venue: Los Angeles Convention Center
Suncall Booth: #1851 South Hall
High-Precision Fiber Solutions for Next-Generation Networks
At OFC 2026, Suncall will be showcasing a range of advanced optical connectivity solutions developed to meet the performance, reliability, and scalability demands of modern network infrastructure.
Featured solutions include:
- MPO connectivity systems for high-density deployments
- VSFF connectivity solutions for next-generation data center architectures
- Precision-engineered adapters and connectors
- Customized fiber optic assemblies
- Optical interconnect components for telecom and enterprise environments
Our exhibit will highlight Suncall’s collaborative engineering approach — working closely with OEMs, procurement teams, and network designers to optimize optical performance for specific application requirements.
Built for Reliability. Customized for Your Application.
With decades of precision manufacturing experience and more than 30 years in fiber optic connectivity, Suncall supports customers with solutions that balance performance, quality, and long-term reliability.
Whether you are designing for hyperscale data centers, FTTH deployments, or telecom infrastructure, our team can assist in identifying connectivity solutions aligned with your system requirements.
Schedule a Meeting with Us
Planning to attend OFC? Schedule time with our team to discuss your current or upcoming connectivity requirements, or stop by our booth to learn more about how Suncall’s precision capabilities can support your optical network design.