FIBER REGENERATION HUTS
Supporting the fiber connections between data centers.
Module X Solutions designs and manufactures fiber regeneration huts and modular colocation facilities for the equipment that supports long-distance fiber networks. These buildings house the systems used to regenerate or amplify optical signals along routes connecting data centers and other network hubs.
Configured around your network.
Each facility is designed around your equipment, power and cooling requirements, and site conditions. We offer single and multi-module designs, with concrete or steel construction selected to suit the project. Layouts can account for maintenance access and planned capacity needs.
Integrated in the factory.
At our Shreveport manufacturing facility, building assembly and interior finishing are coordinated with equipment installation.
Depending on the specification, integration can include:
• AC/DC electrical distribution and backup power systems
• Cooling and environmental controls
• Equipment racks and structured fiber-optic cabling
• Security, access control, and alarm systems
• Fire Detection and suppression
Testing before shipment.
MXS performs multi-point inspections and works with customers to establish project-specific testing requirements. These may include customer-attended factory acceptance testing (FAT), third-party inspections, and simulated operating conditions.
Testing is based on the installed equipment and agreed scope, helping verify system operation before shipment.
Prepared for delivery and installation.
Completing assembly and integration in the factory helps reduce the work required at the installation site. Modules are prepared for shipment, with final site connections and commissioning responsibilities defined for each project.
Our team provides engineering and technical support throughout the project.
Let’s discuss your design.
Share your concept, drawings, or project requirements. Our team will help define the engineering and manufacturing support needed to move your project forward.