Complete Portfolio for Modular & Edge Data Centers
from a Leading European Infrastructure Provider
BSSODA OPTICS covers the full spectrum: prefabricated micro-module pods, containerized edge data centers, cold and hot aisle containment, 19″ server cabinets, open frame racks, AI-ready high-density enclosures, intelligent PDUs, environmental sensors, RFID asset tracking, and modular rack systems. As a specialist in modular infrastructure, we combine robust construction, smart power distribution, and real-time monitoring to keep your IT assets secure and efficient, whether in a core data center or a remote edge location.
About BSSODA OPTICS
We are a European‑owned manufacturer headquartered in Warsaw, Poland, with a strong focus on modular and edge infrastructure. Our expertise is modular data center design: from micro‑module pods and containerized shelters to cold/hot aisle containment and high‑density rack systems. We also supply intelligent power distribution, environmental monitoring, and RFID‑based asset management for scalable, future‑ready deployments.
All our products comply with international standards (IEC, EIA‑310, RoHS) and are built for harsh environments. Whether you need a 6‑rack edge pod for a remote site, a 20ft containerized data center for disaster recovery, or a complete cold aisle containment system for your core facility, we deliver reliable, cost‑effective solutions with rapid lead times.
Micro‑Module Data Centers
Pre‑assembled pods with integrated racks, cooling, PDU, and monitoring. Available in 6‑, 12‑, and 18‑rack configurations for rapid edge deployment.
Cold/Hot Aisle Containment
Modular panels, doors, and chimneys for efficient airflow separation. Reduces cooling costs and increases CRAC return temperatures.
Containerized Edge Centers
20ft and 40ft ISO containers with 12–24 racks, precision cooling, fire suppression, and remote management – ideal for edge and temporary capacity.
Featured Modular & Rack Solutions
Distribution box includes EPS
EPS boxes—also known as tempex boxes—are lightweight, insulating packaging solutions that are ideal for transporting temperature-sensitive products. This makes them essential in the. PS EM4M 4 Row 53 Way Metal Distribution Board (DB) is a heavy-duty, metal-enclosed electrical distribution pa...
Price of cable tray installation in utility tunnels
Cable tray pricing depends on materials, coatings, size, supplier margins, and order quantity —plus hidden costs like shipping and installation. This guide breaks down everything buyers need to know, from price trends to cost-saving tips. ass reinforced polyester) cable trays. With...
Fiber Optic Cold Splice Principle
Fiber optic cold splicing joins two optical fibers using mechanical alignment and a connector assembly without heat, allowing light to pass with minimal loss.PrincipleFiber optic cold splicing, also known as mechanical splicing, relies on precise alignment of the fiber cores using a mechanical conne...
Planar Optical Waveguides and Their Applications
Planar optical waveguides are widely used in integrated optics, sensing, laser systems, and photonic circuits due to their ability to confine and guide light in a compact, planar geometry.Integrated Optics and CommunicationPlanar waveguides are fundamental components in integrated optical circuits, ...
Application Scenarios of Fiber Optic Sensing for Temperature
Fiber optic temperature sensing is widely applied in industrial, aerospace, power, medical, and structural monitoring environments due to its high precision, EMI immunity, and distributed sensing capabilities.Industrial and High-Temperature ApplicationsFiber optic temperature sensors are ideal for h...
How to calculate the design current of a distribution box
Ib: is the design current which is usually just watts divided by voltage if you need to work it out. L: is just the length of the circuit in metres. We divide it all by 1000 to convert the figure from Millivolts into VoltsCriteria for type gG fuses - Comply with the IEC Standard requirement I2 �...