Emcore Corporation
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EVAP Investment is excited to be working with EMCORE, the largest independent inertial navigation provider in the industry. Below is an overview of the different types of displays, but for a more in-depth look, please visit >>>
Is the leading independent provider of advanced inertial navigation products serving the aerospace & defense, commercial and industrial markets.
We are a pioneer and leading innovator of fiber optic, ring laser gyro, and MEMS technologies for a broad range of navigation applications.
A PIONEER IN FIBRE OPTIC, RING LASER GYRO AND MEMS TECHNOLOGY FOR INERTIAL NAVIGATION
EMCORE’s advanced technologies for Navigation & Inertial Sensing are leading the way in aerospace & defense navigation in a new era of increasing threats from hostile foreign powers and anti-democratic forces.
Our industry-leading navigation and sensing solutions also support a broad array of commercial and industrial applications for land, sea, air and space
Main Benefits
- Designs and manufacture of the world’s highest-performance Fiber Optic Gyro (FOG), Ring Laser Gyro (RLG), and MEMS-based inertial sensors and systems.
- Precise, reliable stabilization, geolocation, guidance, navigation, and control in critical Aerospace & Defense, and Commercial applications.
- New benchmark for accurate and economical guidance, navigation and control in a wide variety of applications.
- Inertial sensors & systems for land, sea, air, and space applications in the Aerospace & Defense market.
- Broad suite of products supports guidance, navigation, and flight control applications, and stabilization, pointing, geo-location and control of targeting platforms for fixed-wing aircraft and rotorcraft, weapon systems, unmanned autonomous systems and land vehicle platforms.
- Vertically integrated manufacturer and maintains ISO 9001 quality management certification at all our manufacturing facilities and are AS9100 aerospace quality certified.
Navigation and Control
High-performance, Compact FOG, RLG and MEMS-based systems for Navigation & Control
Design success into your next project with EMCORE’s proven precision fiber optic gyro (FOGs), Ring Laser Gyro (RLG) and quartz MEMS solutions for navigation and control. Our sensors offer easy integration with installation flexibility, and our Developer’s Kit enables rapid prototyping. EMCORE goes beyond simply meeting specifications to delivering the premium performance that meets the needs of your end-user.
Navigation in GNSS-denied environments is challenging for lower-value platforms and systems. Our compact and affordable navigation systems offer precise navigation even when GNSS is unavailable or jammed.
Key Benefits
Robust performance and survivability
Highly resistant to shock and vibration
Outstanding repeatability
Superior CSWaP (Cost, Size, Weight, and Power)
Affordable and easy to integrate
Numerous interfaces supported as well as customized solutions
High Mean Time Between Failure (MTBF) rating
Options to meet your needs
EMCORE’s products sense orientation changes, then accurately and reliably provide this data to navigation and control systems in diverse uncrewed and crewed applications.
Available as housed and unhoused sensors in 1, 2, or 3-axis configurations, our sensors offer numerous installation and performance options for demanding navigation systems.
Our hardworking gyros are at the core of EMCORE’s Inertial Measurement Units (IMUs) and Inertial Navigation Systems (INS).
For an in-depth look, please visit Emcore at >>>
Positioning & Georeferencing
Enabling Precision Positioning & Georeferencing Your Mobile Platforms
Precision positioning and imaging systems rely on gyro-stabilized platforms to eliminate unwanted movement. EMCORE’s fiber optic gyro (FOG), Ring Laser Gyro (RLG) and quartz MEMS solutions deliver high data processing capability, survivability, and accuracy with very low noise and high bandwidth to meet data processing needs.
EMCORE’s sensors provide
Flexible, multi-axis designs
Affordability and durability
High input rate and baud rate
- Available in multiple variants, including housed and unhoused and 1, 2, or 3-axis configurations
- deliver high performance in demanding environments
- FOG-based INS capable of data rates 10X faster than competing systems
- extract more data than typical Kalman filters, giving you more vital information faster
- Our commercial INS are non-ITAR, perform in the most demanding environments, and provide continuous data where GNSS is not an option, such as underground or subsea applications
Our FOG-based IMUs
Our FOG-based IMUs combine high-performance FOGs with high-end inertial-grade accelerometers.
These precise, compact systems deliver accurate data with and without GNSS to keep your system performing accurately in all environments.
Our IMUs offer user-adjustable baud rates, enabling you to adjust the performance according to your system’s needs.
EMCORE’s gyros and FOG-based IMUs and INS are perfect for autonomous, unmanned, and manned platforms requiring fast update rates and high bandwidth to close the loop quickly for precise location data and control.
For an in-depth look, please visit Emcore at >>>
Pointing & Stabilization
Ensuring Pointing Accuracy & Stability by Eliminating Motion
The accuracy of pointing and stabilization systems is essential to radar and LiDAR, recording and data-gathering systems, antennas, and optical systems. EMCORE’s gyroscopes and inertial solutions eliminate error-generating movement in line-of-sight devices and precision data-gathering systems.
Designed to meet both specifications and end users’ expectations, EMCORE’s Fiber Optic Gyro (FOGs), Ring Laser Gyro (RLG), and quartz MEMS solutions deliver the precision required for every budget.
Key advantages
Resistance to shock and vibration
High-performance, compact, and affordable with industry-leading in-run accuracy and ARW
Outstanding repeatability and easy to integrate
Superior CSWaP (Cost, Size, Weight, and Power)
Numerous interfaces supported as well as customized solutions
High Mean Time Between Failure (MTBF) rating
Application agnostic
Options to meet your needs
EMCORE open-loop and closed-loop gyros resist vibration and shock by design, making them ideal for HD cameras and data-gathering systems that rely on stabilized platforms to remain rock-steady.
On land, at sea, or in the air, EMCORE’s FOGs, IMU and INS deliver excellent performance for a range of applications with housed and unhoused sensors available in 1, 2, or 3-axes configurations.
For an in-depth look, please visit Emcore at >>>
Autonomous Navigation
Successful Autonomous Navigation Demands EMCORE Precision
EMCORE’s Fiber Optic Gyroscope (FOG) and quartz MEMS inertial sensors rewrite the performance cost equation.
Now you can get affordable navigation data in all environments and weather conditions even if GNSS is unavailable. EMCORE sensors have logged over a million miles of autonomous driving.
Performance advantages you count on
EMCORE’s line of inertial sensors provides the data that autonomous vehicle navigation requires:
Dependable positional accuracy
Precise angular rate
Trusted acceleration data
Enhancing GNSS to deliver navigation accuracy
GNSS signals used for navigation can be blocked by buildings, terrain, tunnels, parking garages, and signage or be intentionally jammed or spoofed.
FOG-based inertial systems enhance GNSS using integrated solid-state gyros and high-end accelerometers for unjammable, unblockable, and highly accurate navigation.
EMCORE’s new TAC-450 line is integrated with high-performance inertial-grade accelerometers for reduced lateral drift in dead reckoning, better orientation and attitude stability, and outstanding resistance to shock and vibration. Discover TAC-450 IMUs
EMCORE’s exclusive PIC technology uses an integrated planar optic chip, resulting in a sensor that delivers robust performance and survivability in challenging environments.
For an in-depth look, please visit Emcore at >>>
Available Videos
You will be able to view a number of informative videos from the Emcore Website at >>>