M2's team of experts is focused on helping you address several key application areas. Contact us today and we will help you determine the ideal solution for your project needs.
Exactly replicate optical performance and latency in the most accurate and efficient manner for R&D, certification, and training applications.
Sub-nanosecond optical time delays in HD formats for link equalization and signal timing applications in critical latency-driven systems.
Increase network reliability and decrease maintenance costs by instantly detecting fiber breaks, malicious cuts, and other fiber issues.
Passive optical TAP, WDM, and GPON solutions designed to save maximum rack space for deployments of all sizes.
Learn more about the most popular single mode and multimode optical fibers available from leading global manufacturers, with links to their respective technical data sheets.
Designed to add value to any type of project or network environment
M2 offers a range of products for several select, specialized testing and networking applications. Contact us to learn more or to start designing a new solution today!
We support any one or a combination of the following critical tests when certifying your fiber links
M2 offers custom fiber spooling in-house for a variety of sizes and applications of spools.
Whether you require specific lengths of specialty fiber for manufacturing medical devices or are needing a long length re-spooled to multiple shorter lengths, we can help.
Upgrading Your Network? Require Fiber Re-Spooling Service?
Whether you require fiber characterization services to certify your 100G network or need fiber re-spooled and cut to a specified length, M2 provides an array of specialized fiber services for your projects.
From small local ISPs to the largest global data centers, web service providers, and financial networks, M2's equipment powers the world's most advanced critical networks.
For engineers that deal with larger quantities of optical fiber, the Fiber Lab 750 offers a more compact format for network simulation and time delay applications. This 3RU chassis can accommodate up to 170km of fiber in a wide array of configurations. Exactly simulate field links with accurate and consistent results.
When fiber optic field technicians need to test the integrity of a fiber optic cable, they use an Optical Time Domain Reflectometer (OTDR) device...
Radiation hardened fibers are designed to handle applications and environments where there is greater exposure to radiation and the need for...
Communications engineers face many complicated decisions when selecting the most appropriate type of fiber optic cabling for their specific needs....