[Raleigh, NC, August 27, 2025] - M2 Optics, a leading manufacturer of customized fiber optic solutions for testing, networking, and training applications, today announced a strategic partnership with TelecomTest Solutions (TTS), establishing a new distribution channel for M2 Optics products across Australia and New Zealand. This collaboration significantly expands M2 Optics' global presence while providing regional customers with enhanced access to specialized fiber optic testing and monitoring solutions.

Raleigh, NC (May 7, 2024) — As Customer Service Manager Appreciation Week commences, M2 Optics recognizes Rebekah Dunstan, our Client Success Manager (CSM). Rebekah's expertise and dedication to excellent service are pivotal to our valued clients and our team.

Charlie Byrd of M2 Optics Honored with an Impact in Product Design + Engineering Award from Formlabs

The prestigious Impact Awards highlight leading innovators who are positively impacting the world with new groundbreaking ideas in the 3D printing and additive manufacturing arena.

The patent-pending Fiber Lab Flex DC optical time delay solution receives recognition for its ability to solve critical latency-driven challenges in fiber optic data center applications.

A new product for equalizing link latency and system synchronization in Data Centers

Raleigh, NC, February 04, 2021 - M2 Optics, the leading provider of customized solutions for fiber network simulation and optical time delay applications, today announced the Fiber Lab Flex DC as a new product in their popular Fiber Lab portfolio. The new solution offers the most space-efficient and scalable approach for data center engineering teams deploying time delays for latency-driven applications. The Fiber Lab Flex DC is patent-pending.

M2 Optics Inc., a manufacturer of customized testing and networking platforms for fiber optic communications, has been awarded a patent (#9,696,512) by the USPTO for a specially designed fiber optic cable feedthrough branded the FT adapter.  The purpose of this adapter is to allow a fiber optic cable to pass through a variety of panel types, such as a device enclosure, without requiring an additional connection point on the panel itself.

The SwitchLight^TM enables users to select and route specific wavelengths at the physical layer for communications network monitoring, multicasting, and other optical add-drop applications.

The efficient Flex-PON system is ideal for PON testing and training applications, as it is both customized to the user’s requirements and easily re-configured for changing requirements.

Designed for companies developing and deploying fiber-based systems, the Fiber Lab 3200R allows users to showcase their test fiber in the most professional and sophisticated manner.