Leading End-to-End Fiber-Optic Sensing Solutions
Opterro offers unmatched fiber-optic sensing solutions
with leading-edge system performance and decision-aid analytics.
Our end-to-end solutions are widely used for real-time monitoring, diagnostics, and control applications across multiple industries.
Opterro Optical Sensing Technologies
- Temperature Sensor
- Strain Sensor
- Pressure Sensor
- Accelerometer
- FBG sensor
light is power™
What is Fiber Optic Sensing?
Fiber optic sensing (FOS) is a technology that uses fiber optics cable to detect changes in the environment in the speed of light.
With our multiple functional sensors, data collection is more efficient and cost effective.
Opterro i*Sense® Products
Opterro is proud to offer the most comprehensive range of FBG interrogators made in the heart of Silicon Valley, from our affordable low-profile LiteSense™ HS6K/VHS100K-32C1P-PI (aka LiteSense™) model to our state-of-the-art i*Sense® UHS1.3M-64C (aka i*Sense® HS-92M) system, the most advanced available anywhere in the world.
All i*Sense® optical interrogators share unprecedented reliability, accuracy, resolution, speed, bandwidth and sensor count in a robust enterprise class product and data services package.
LiteSense™ HS6K/VHS100K-32C1P-PI
(aka LiteSense™)
Ultra-portable, ultra-lightweight solution with 6 kS/s and 100 kS/s speed options.
i*Sense® VHS6/100K-32C
(aka i*Sense 32k)
i*Sense® VHS6/100K-32C (aka i*Sense 32k)
i*Sense® VHS6/100K-64C
(aka i*Sense® 64k)
Mainstream solution for ultra-high-resolution, medium-speed sensing applications supporting increased number of sensors
i*Sense® 32K 100 kS/s
Mainstream solution for high-resolution, high-speed sensing applications
i*Sense® 64K 100 kS/s
Mainstream solution for high-resolution, high-speed sensing applications supporting increased number of sensors
i*Sense® 64K-WB-HC 6 kS/s
Mainstream solution for ultra-high-resolution, medium-speed sensing applications supporting highest number of sensors
i*Sense® 64K-WB-HC 100 kS/s
Mainstream solution for high-resolution, high-speed sensing applications supporting highest number of sensors
i*Sense® UHS1.3M-32C
(aka i*Sense® HS-92MP)
Megahertz small-form-factor solution for high-resolution, ultra-high-speed sensing applications
i*Sense® UHS1.3M-64C
(aka i*Sense® HS-92M)
Megahertz full-scale solution for high-resolution, ultra-high-speed sensing applications supporting increased number of sensors
About Opterro
Opterro is a high-technology company based in San Jose, CA, the heart of Silicon Valley, delivering end-to-end, fiber-optic sensing solutions for a range of applications spanning Data Center, Electric Utilities, Smart Infrastructure, Manufacturing, Renewable Energy, Research & Development, Medical Devices & Wearables, Aerospace & Defense, and AgTech & Climate.
Best of Sensors 2020 Award for i*Sense® distributed fiber-optic sensing solutions
Industry Applications
Opterro Provides The Gold Standard in Sensing Solutions
We believe in giving our customers the best possible solution to their application needs, which is why we offer unmatched performance for Fiber Bragg Grating, Fabry Perot Interferometry, Raman DTS, and Raleigh DAS.
Data Centers
Electric Utilities
Opterro’s distributed optical sensing systems and solutions can be used for electricity generators and electricity distribution from mainstream natural gas-fired, combined-cycle, combustion turbine, and steam turbine AC generators
Manufacturing
Ideal for extreme environments of semiconductor and solar manufacturing process equipment, various industrial furnaces, as well as environmental monitoring and control of semiconductor microelectronics and solar photovoltaics factories. With the use of our sensors, manufacturing can do Prognostic health management (PHM), and Conditional based maintenance (CBM) to predict the future health and performance of equipment and systems.
Smart Infrastructure
Ideal for Industrial Internet of Things sensors that are distributed over distances across buildings, cities and transport networks for the collection and analysis of data pertinent to reliable and efficient operations. Our sensing systems are also ideal for supporting the development of “Smart Cities”
Renewable Energy
Fiber optic sensing provides real-time monitoring and data analysis that can improve the overall efficiency, safety, and longevity of renewable energy systems. It can be used to detect any vibrations or strains in the generator which can indicate potential issues such as cracking or damage. It is ideal for Solar thermal Operation and Maintenance, Solar photovoltaic operation and maintenance Wind Turbine operation and maintenance, and Geothermal operation and maintenance.
Research & Development
Medical Devices & Wearables
Single-point and distributed sensing systems can provide high-precision, real-time data that can be used to improve the effectiveness and accuracy of medical wearables and sports wearables. These sensors can be integrated into wearable devices, allowing for continuous monitoring of the user’s health.
Defense & Aerospace
Opterro has a track record of monitoring high-value assets in space, flight, and maritime environments, ranging from structural health monitoring (SHM) to attitude control. Our system can be used to improve the magnetic field sensor and electric field sensor to provide accurate information in defense and aerospace applications, such as threat detection, navigation and guidance, and explosive detection.
AgTech and Climate
Our distributed sensing solutions enable Precision Agriculture to maximize yield and efficiency. We provide monitoring of subsurface phenomena to ensure reliable, long-term carbon sequestration. Our sensing solution can enhance seismic measurement, pipeline monitoring, and others. This can help to improve crop yields, reduce water usage, lower costs, also prevent damage to natural resources and protect the environment.
Light via fiber
Highly multiplexible
Distributed multifunctional sensing with few-to-many sensors on each fiber
Software-managed
AI-embedded software for efficient data capture and analytics
Low-power sensors, no electrical wires, safe
Low-power sensors are free of electrical wires, eliminating risk of sparks
Hack resistant and cyber secure
Fiber-guided light free of EMI/RFI generation ensures secure sensing and data transfer
EMI/RFI Immune
Pure optical sensing ensures total immunity against electromagnetic noise sources
Negligible mass and size
Tiny strands of sensor-embedded fiber cause no disturbance to monitored subject
Chemically inert
Deployable and operable with high reliability in corrosive and harsh environments
