Illuminating a New Era of Fiber Optic Gyro Performance
Advanced Fiber Optic & MEMS Inertial Navigation Solutions
Setting the New Bar for Ultra High-Speed Broadband Access Networks
Optical Sensing Lasers for a Wide Range of Industrial Applications
View the webcast of EMCORE's February 16, 2023 presentation.
Learn MoreEMCORE's specialty chips program provides custom design and manufacturing of chip devices to support the latest advancements in Data Center, Telecom/Wireless and LiDAR.
Learn MoreOn the quest for better performance, EMCORE is a pioneer in fiber optic and MEMS technology for inertial navigation, and today we make the products that are transforming leading-edge aerospace & defense systems and high-speed communications networks.
Learn About the EMCORE DifferenceEMCORE is dedicated to the highest standards of precision manufacturing, quality and reliability. All our manufacturing facilities and processes utilize extensive quality assurance systems and performance testing and are ISO 9001 certified, and we are AS9100 aerospace quality certified at our facilities in Budd Lake, NJ and Concord, CA.
DiscoverThe U.S. government and the aerospace, defense & homeland security markets have demanding requirements for reliability and durability. EMCORE has a long history of supplying fiber optic and MEMS products that provide unprecedented miniaturization, high-frequency, dynamic range, and extreme temperature and vibration tolerance that meets those standards.
Learn MoreEMCORE’s state-of-the-art Fiber Optic Gyroscope (FOG) and Ring Laser Gyro (RLG) technology, combined with our Systron Donner line of world-leading quartz MEMS navigation products, achieve higher performance with lower CSWaP than competing units and legacy designs. EMCORE is the largest independent inertial navigation provider in the industry offering a full product suite from tactical to navigational and strategic grade.
Learn MoreEMCORE has a long history of developing innovative RF over fiber solutions for defense communications and commercial satcom applications including satellite antenna remoting and signal distribution, inter- and intra-facility links, site diversity systems and more. Our products transport an ultra-broadband frequency range from 1 MHz to 60 GHz over high-performance fiber optic links.
Learn MoreDemand for increased data-rate transmission in telecommunications networks has grown exponentially. EMCORE’s extensive experience in the development of ultra-narrow linewidth laser technology supports telecom network equipment suppliers in the development of coherent transmission systems driving the industry’s expansion today.
Learn MoreEMCORE’s optical sensing chips and components can be custom designed in a variety of form factors to integrate into a wide range of industrial applications including autonomous vehicles, oil and gas exploration, materials characterization, aerospace and astronomy.
Learn MoreThe demand for delivery of high-speed, broadband data over traditional CATV networks requires ever-increasing transmission rates. Network operators are making large investments to prepare for 10 Gbps download and 1 Gbps upload speeds enabled by the latest DOCSIS 3.1 standard. EMCORE’s CATV group is keenly focused on expanding our technology roadmap for the DOCSIS 3.1 evolution from device to system level.
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