Product Portfolio / Areas of Expertise
M2 Optics specializes in developing and manufacturing customized solutions for fiber optic network and link simulation, optical time delay, network monitoring, and training applications. From packaged optical fibers in the industry-leading Fiber Lab portfolio to passive optical TAPs and fiber monitoring systems, these versatile solutions are globally proven to help improve your engineering capabilities and system performance.
Serving as a true partner, our team of fiber experts will quickly help you determine a solution configuration that delivers maximum benefit and efficiency. Contact our team for more information on any product family or request a quote at your convenience - we're here to help!
Fiber Network and Latency Simulators / Optical Time Delay Solutions
Fiber Lab / Packaged Optical Fibers
Any/all types of single mode, multimode, or specialty optical fibers in precise lengths
Rack-mount, portable, or field enclosures organize your fiber in the most efficient manner
Trusted by engineers globally for network and latency simulation and optical time delay applications
Fiber Monitoring & Network Intrusion Detection Systems
Physical Fiber Monitoring Systems
Instant detection and alerts of fiber cuts, tampering, and intrusion attempts of your fiber network
Integrated device design reduces hardware and monitoring costs on a per-fiber basis
Highest density in the market, monitor up to 64 dark fibers in just 1RU or 64 lit fibers in 3RU
WDM, Wavelength Filtering & Routing, & Coexistence (CEx) Modules
Passive Wavelength Routing, Splitting, & Filtering
Customized WDM, CWDM, and DWDM solutions matched to your exact network requirements
Rack-mount, modular, and portable formats for in-network and testing applications
Improve network monitoring, system performance, and connectivity capabilities
Passive Optical TAPs
Customized Network Monitoring Solutions
1G/10G, 40G, 100G, and 400G + tap configurations
Scalable rack-mount and modular formats support growing and changing needs
Single mode, multimode, and specialty fiber configurations for any network application
