EMCORE and UST: Pioneering Fiber Optic Solutions for Unmanned Vehicles
EMCORE,a prominent innovator in fiber optic technology,has joined forces with Unmanned Systems Technology (UST) to showcase thier advanced capabilities in this sector. Their ‘Platinum’ profile emphasizes the exceptional performance of their fiber optic gyroscopes (FOG), inertial measurement units (IMUs), and inertial navigation systems (INS) in enhancing navigation and stabilization for various unmanned platforms, including UAVs (unmanned aerial vehicles), UGVs (unmanned ground vehicles), and AUVs/UUVs (unmanned underwater vehicles).
Compact and Cost-Effective Solutions: The EG-120 FOG Module
The EG-120 FOG module stands out as EMCORE’s most compact closed-loop FOG, also recognized as the most affordable option currently available. It boasts industry-leading Size, Weight, and Power (SWaP) characteristics, integrating next-generation field Programmable Gate Array (FPGA) technology that enhances both performance and reliability. This module is particularly suited for medium-accuracy stabilization tasks, such as those found in UAV weaponry and camera systems, and is offered in a low-power variant for energy-efficient applications.
High-Precision navigation with the EG-200
Designed for tactical applications, the EG-200 is a high-grade FOG that excels in precise navigation and low-noise stabilization. Its fully integrated optics and digital signal processing (DSP) capabilities lead to improved optical drift stability, enhanced linearity, and greater adaptability to environmental conditions. The EG-200 can be internally calibrated to mitigate thermal effects and features both digital and analog outputs, making it versatile for various installation and interfacing needs.
Exceptional Performance in Challenging Environments: The EG-1300
EMCORE’s EG-1300 is recognized as the lowest-noise FOG, making it ideal for precision navigation in environments where GPS signals are unavailable, such as with UUVs. This model incorporates advanced integrated optics and a closed-loop FPGA design,resulting in superior accuracy,reduced noise,and enhanced efficiency within a compact SWaP framework.it also offers both digital and analog outputs, with a design that separates the electronics from the sensing coil assembly, allowing for flexible installation and integration.
EN-150: The compact Powerhouse for Inertial Measurement
The EN-150 Precision Fiber Optic Inertial Measurement/Navigation Unit is EMCORE’s smallest Fiber Optic Gyro-based IMU,setting a new standard in closed-loop FOG IMUs. This high-accuracy unit can function as both an inertial measurement unit and a navigator, delivering performance that can exceed that of competing IMUs by up to two times. It is particularly effective for UAV navigation, gun stabilization, and operations in GPS-denied settings.The EN-150 is a compact solution, weighing one-third less than traditional RLG-based IMUs while offering superior performance.
Enhanced Accuracy with the EN-300 IMU
The EN-300 is a high-accuracy Fiber Optic Gyro-based IMU that maintains compatibility with legacy systems while providing enhanced performance for GPS-denied navigation, precise targeting, and line-of-sight stabilization. Its applications span UAV navigation, support for dismounted soldiers, civilian unmanned aviation, and oil and gas exploration. This low-noise, high-stability unit offers up to five times the performance of competing systems, featuring internal signal processing for comprehensive stand-alone or aided navigation, along with optional IMU delta velocity and delta theta outputs.
Introducing the EMCORE-orion EN-1000: A Micro inertial Navigation System
The EMCORE-Orion EN-1000 is a cutting-edge Micro Inertial navigation System (MINAV) tailored for unmanned vehicle navigation in GPS-denied environments, as well as for precise inertial measurements. This advanced technology delivers performance comparable to traditional RLG INS systems while requiring only one-third of the Size, Weight, and Power (SWaP).The low-noise, high-stability system integrates proprietary electronics and optical devices, ensuring aircraft-grade navigation performance in a compact form factor.
For further insights into EMCORE and their innovative fiber optic sensors and systems designed for unmanned vehicles, please visit their profile page:
EMCORE Corporation Profile
