Our assemblies are engineered to handle the rigors of industrial, telecom, and data communication environments. Some are compact, high-density MPO/MTP harnesses in data centers; others are ruggedized single- or multimode assemblies for outdoor or industrial use.
We work closely with design engineers to determine the optimal fiber type, connector style, and jacket materials. Routing constraints, environmental conditions, and installation considerations are taken into account early, so the final build is predictable and reliable. Prototype builds are fully tested before any larger runs, ensuring both optical and mechanical integrity.
No two system designs are alike. Some require tight bend radii for dense panels, others need industrial-grade jackets to survive temperature swings or exposure to vibration.
In our California facility, we handle connector termination, cable overmolding, labeling, testing, and custom packaging in-house. Every assembly undergoes verification for signal quality, insertion loss, and mechanical robustness. Our testing protocols aren't just about passing a checklist; they replicate real-world handling and environmental conditions to ensure long-term performance.
From standard builds to fully customized solutions, we collaborate with our customers on both technical and practical aspects—balancing performance, durability, and cost.
We support a wide range of fiber configurations and connector types.
We produce MPO/MTP assemblies for high-density telecom and data center applications, LC/SC assemblies for single- and multimode networks, and fiber breakout assemblies for flexible distribution. Ruggedized assemblies handle industrial and outdoor exposure, while multi-connector optical harnesses simplify complex routing.
Each assembly is built to spec with rigorous quality control and end-of-line testing. We focus on signal fidelity, durability, and installation readiness rather than generic specs on paper.
Pre-terminated assemblies reduce installation time and field labor while improving overall network reliability. They are factory-polished, tested, and packaged for plug-and-play deployment. These solutions are particularly useful for large-scale installations, repeatable deployments, or projects that require controlled factory termination to minimize field errors.
Rather than offering generic off-the-shelf assemblies, we adapt each pre-terminated solution to the project environment and expected handling conditions, so connectors and fibers remain stable from storage through installation.
Fiber optic assemblies from TRS International are deployed in diverse environments:
Data centers and cloud infrastructure, where dense cabling and low insertion loss are critical
Telecommunications and networking systems, including enterprise and campus networks
Industrial automation and control systems, exposed to vibration, temperature cycles, and mechanical stress
Medical equipment, where reliability directly affects patient care
Military, aerospace, and defense platforms, requiring ruggedized and high-reliability assemblies
Transportation and smart infrastructure, where long-term field durability is essential
Across all applications, our goal is consistent: maintain optical performance and mechanical stability under real-world conditions.
Custom-Engineered Solutions
Each fiber assembly is tailored to platform-specific requirements and environmental constraints.
In-House Manufacturing & Testing
Connector termination, overmolding, labeling, and optical testing are performed under strict quality controls.
Support Across Project Stages
We manage prototypes, low-rate initial production, and full-scale deployments with the same engineering rigor.
Reliable Delivery & Responsive Support
Our teams collaborate with customers to ensure assemblies meet technical and schedule expectations.
