Complete Portfolio for Fiber Optic Testing & Measurement
from a Leading European Instrument Provider
SUPREME OPTICS covers the full spectrum: handheld OTDR, optical power meters, stabilized light sources, benchtop spectrum analyzers, insertion/return loss testers, visual fault locators, fiber link testers, and optical multimeters. As a specialist in optical measurement, we combine precision optics, intuitive user interfaces, and rugged construction to keep your network performing at its peak — whether in a lab, a data center, or a remote field site.
About SUPREME OPTICS
We are a European‑owned manufacturer with headquarters in Warsaw, Poland, and a new sales and support office in Cape Town, South Africa. Our expertise is optical test and measurement: from high‑performance OTDR and power meters to optical spectrum analysis and return loss testing. We also supply visual fault locators, fiber link testers, and custom calibration services for reliable, future‑ready infrastructure.
All our products comply with international standards (IEC, ISO, RoHS) and are built for harsh environments. Whether you need a portable OTDR for field service, a benchtop OSA for lab use, or a complete fiber test kit for turnkey deployment, we deliver accurate, cost‑effective solutions with rapid lead times and local support.
OTDR & Fiber Characterization
High-dynamic-range OTDR with advanced event analysis, built-in power meter and VFL. Available in multi‑wavelength configurations for single‑mode and multimode fibers.
Optical Spectrum Analysis
Benchtop OSA with high wavelength resolution and wide dynamic range, ideal for DWDM system testing, laser characterization, and component analysis.
Loss & Return Loss Testers
Integrated insertion loss and return loss measurement systems with dual‑wavelength sources, certified for connector quality control and splice validation.
Featured Optical Test Instruments
Why cut fiber optic cables
Fiber optic cables are cut due to a combination of accidental, environmental, animal, and intentional human activities, disrupting internet and telecommunications services.Accidental CausesThe most common reason for fiber optic cable cuts is construction-related accidents, often referred to as “ba...
Communication optical cable overhead pole route
Overhead optical cables are installed on utility poles using carefully planned routes, proper pole spacing, and adherence to safety and technical standards to ensure reliable fiber optic connectivity.Route PlanningPlanning an overhead optical cable route begins with a survey of the proposed path, co...
50kW Lithium Battery Cabinet for Hospital Use
This 50KW/50KWH battery system includes ten LiFePO₄ modules, a 50KW inverter, and a smart EMS/BMS, all housed in a compact IP54 cabinet. It delivers reliable storage for peak load shaving, solar optimization, or backup support. LiFePO₄ chemistry offers higher safety, longer l...
Setting up a cable fiber optic network router
To set up your router for fiber internet quickly, connect the router to your fiber modem, access the router's settings via a web browser, and input the provided ISP credentials. Make sure to update the firmware, configure Wi-Fi security, and customize your network name for. Howev...
How to Choose a Low-Temperature Resistant Communication Power Supply Cabinet for Zambia
Choose cabinets with a high IP rating, like IP55. This protects against dust and water, keeping equipment safe. Add security features like locks and alarms. Ask experts for custom solutions. They can help you choose the right. In the communication field, communication cabinets, such as T...