Name: EN-300
Availability: InStock

Area of Application

Item Type

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Northern America

United States

Precision Fiber Optic IMU (Non-ITAR). The EMCORE EN-300 Precision Fiber Optic Inertial Measurement Unit (IMU) is engineered to exceed the demands of modern military applications, providing superior accuracy for GPS-denied navigation, precise targeting, and line-of-sight stabilization. It is designed to be form, fit, and function compatible with legacy systems while delivering significantly enhanced performance.Key Features:
Superior Performance: Utilizing EMCORE’s proprietary integrated optics technology, the EN-300 offers up to five times better performance compared to existing systems.
Advanced Navigation: The unit’s internal signal processing capabilities enable full stand-alone navigation, with optional standard IMU delta velocity and delta theta outputs.
Enhanced Stability: Delivers lower noise and greater stability, crucial for precise military operations.
Gyro-Compassing: Capable of statically finding North to within one degree, ensuring reliable orientation even in challenging environments.
Seamless Integration: Designed to replace lower-performing units seamlessly, with identical connectors, pinouts, and signals as a widely-used FOG IMU from a leading competitor.

The EMCORE EN-300 is a precision fiber optic inertial measurement unit delivering up to five times better performance than legacy systems it is designed to replace, while maintaining form, fit, and function compatibility with the connector pinouts and signals of widely deployed competitive FOG IMUs. Using EMCORE's proprietary integrated optics technology, it provides superior accuracy for GPS-denied navigation, precise targeting, and line-of-sight stabilization with full stand-alone navigation capability and gyrocompassing to within one degree.

Non-ITAR and engineered for seamless drop-in replacement of lower-performing units in existing defense platforms, the EN-300 is appropriate for navigation and guidance system upgrades, electro-optical stabilization, and precision pointing in programs requiring enhanced inertial performance without the cost and risk of a full system redesign.

EN-300

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