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, testing, 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 security while saving time by instantly detecting fiber breaks, malicious cuts, and other critical fiber issues.
Passive optical TAP, WDM, filter, and GPON components in rack chassis and LGX modules, customized for any application.
Learn more about the most popular Single-Mode and Multimode optical fibers in today's market, including links to their technical data sheets for quick reference.
Designed by optical engineers and customized for you to deliver maximum value and efficiency.
M2 offers a range of products for specialized testing, networking, and training applications. Contact us to learn more or request a brand new solution today!
Certified CFCE technicians provide critical test results for certifying your fiber links. Service options include:
Utilizing high-speed, high-precision fiber spooling machines, M2 delivers precision lengths of any fiber type for any application.
Require a custom-fabricated spool, coil, or package for a project? M2's advanced, in-house additive design and manufacturing capabilities produce exactly what you need.
Field Network Testing, Fiber Spooling, and 3D Design & Manufacturing.
Save time and money by partnering with M2 to solve engineering challenges by accessing a team of experts providing fiber characterization, precision fiber spooling, and custom part design and manufacturing services.
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.
Enhance your OTDR training and demonstrations with the portable Fiber Lab MSP. This all-in-one solution simulates P2P, FTTx, and Cell Tower fiber spans in a single unit, while including over 20km of fiber, good/bad splices, 1xN splitter, and reflective connectors.
For universities and research institutions developing, evaluating, and testing fiber optic technology to advance global communications, using optical...
From supporting live online classes to delivering reliable high-speed internet services to students and administration, optical fiber networks play...
There's an old business saying, "If you are not innovating, you are dying." Similar to other industry sectors, the telecommunications and fiber optic...