The MMC Essentials Powering Today’s High-Density Networks

The MMC Essentials Powering Today’s High-Density Networks

PRODUCT & SOLUTIONS SPOTLIGHTS

As AI workloads grow and optical networks scale at unprecedented speed, the industry is relying heavily on a few product families to keep pace. High-density MMC assemblies are now at the center of that demand, enabling faster deployment, higher fiber counts, and more efficient use of rack space.

This week, we are highlighting several core MMC solutions that have become essential for data centers, OEMs, and contractors building next-generation infrastructure.

MMC 288-Fiber Trunks

These trunks are built for rapid deployment in high-density environments where space efficiency and performance are non-negotiable. Offering a compact footprint with significant fiber capacity, MMC 288 trunks allow teams to scale optical density without increasing installation complexity. They remain one of the most frequently deployed solutions for backbone and interconnect builds.

MMC Test Kits and Jumpers (16F and 24F)

Testing and validation are critical at every stage of network deployment. MMC test jumpers provide the consistency and precision needed for accurate loss measurements, ensuring each link meets its performance targets. Available in 16- and 24-fiber formats, these jumpers are widely used across engineering, QA, and field-validation workflows.

MMC16 to 2 × MTP8 Assemblies

As network architectures evolve, channel mapping flexibility has become essential. MMC16-to-dual-MTP8 assemblies are designed to support migration strategies that coexist with both MMC and MTP interfaces. They enable clean transitions between connector formats while maintaining optimal optical performance.

MMC24 to 2 × MTP12 Assemblies

Similarly, MMC24-to-dual-MTP12 configurations support higher-density environments where customers need to break out or restructure channels without adding complexity. These assemblies are particularly valuable when scaling 400G/800G optical networks that rely on structured fiber pathways.

High-Performance MMC Jumpers

For patching, rerouting, and validating connections, MMC jumpers deliver low loss and consistent performance in compact form factors. Their small footprint and APC ferrule technology make them ideal for high-density racks where every usable port matters.

Building the Core of Modern Fiber Infrastructure

The growth of AI and high-density networking continues to push the industry toward solutions that maximize density, efficiency, and performance. MMC-based assemblies, breakouts, and test tools remain mission-critical components that support fast project deployment and long-term scalability.

These aren’t future technologies.
They are the products keeping today’s networks moving.

Let’s Build What’s Next—Together

DMSI International is not just a fiber optic manufacturer—it is a key enabler of next-generation connectivity. By offering cutting-edge fiber assemblies, hardware, and fully integrated solutions, DMSI empowers data centers, telecom providers, and government agencies to build future-ready networks. As bandwidth demands soar and network architectures evolve, DMSI remains committed to driving innovation, maximizing efficiency, and delivering the most advanced fiber optic solutions available today.

Contact DMSI Today!

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By DMSI, ago

Precision, Performance, and Partnership

Graphene: The Future of Fiber Optic Cables and Ultrashort Laser Pulse Technology

Fiber optic cables have become the backbone of data transmission over long distances, using thin glass or plastic fibers to carry light signals, which are then converted into electrical signals for transmission and back into light signals for reception. While traditional silica glass has been the go-to material, its limitations are clear, such as its cost, susceptibility to heat and chemical damage, and attenuation.

However, scientists are now focusing on developing novel materials to revolutionize fiber optic cable technology, aiming for improved resilience and faster data transmission. One standout contender is graphene, a two-dimensional material made up of carbon atoms with remarkable properties. Its incredible strength, lightweight nature, and exceptional conductivity make it a promising candidate for enhancing fiber optic cables.

Graphene-based fiber optic cables offer numerous advantages over their silica glass counterparts:

Enhanced Bandwidth: Graphene’s higher refractive index compared to silica glass enables greater data transmission capacity.

Reduced Attenuation: With less signal loss over distance, graphene cables can transmit data over longer distances with less degradation.

Improved Flexibility: Graphene’s flexibility makes deployment easier and minimizes the risk of damage during installation.

Enhanced Durability: Resistant to heat, chemicals, and environmental factors, graphene cables are built to last.

Though still in the early stages of development, graphene fiber optic cables have the potential to redefine industries like telecommunications, data centers, and medical imaging. As researchers continue to explore graphene’s potential, other materials such as plastic, silicon, and chalcogenide glass are also under consideration, each with its unique strengths and applications.

Moreover, the progress extends beyond cable design. Researchers at Arizona State University have pioneered a groundbreaking technology using graphene to generate ultrashort laser pulses. Published in Nature Communications, this research has implications for telecommunications, medical imaging, and quantum computing.

Ultrashort laser pulses, which provide insights into the dynamics of molecular and atomic systems, typically require complex and costly equipment to generate. However, ASU’s innovation employs a graphene plasmonic antenna array to focus light into a confined area, generating ultrashort laser pulses in mere femtoseconds.

The applications of graphene-based ultrashort laser pulse technology are broad:

Telecommunications: Faster-than-ever data transmission becomes feasible through ultrashort laser pulses.

Medical Imaging: High-resolution imaging of biological tissues can be achieved using these pulses.

Quantum Computing: Precise control of quantum systems, like qubits, could be within reach.

Material Processing: Ultrashort pulses could revolutionize material manipulation for customized properties.

While this technology’s development is nascent, its potential is undeniable. It aims to reshape communication, imaging, and information processing on a profound level. Just as graphene-infused fiber optic cables promise to enhance data transmission, graphene-based ultrashort laser pulse technology holds the potential to transform various industries through its groundbreaking capabilities. As research advances, these innovations will likely redefine the future of data and light-based technologies.

Consult DMSI For Your Fiber Optic Needs

We focus on custom product manufacturing for fiber optic connectivity. We will engineer solutions to any customer’s specs and needs, and we create end-to-end solutions so you won’t be left in the dark. DMSI strives to provide our customers with the highest quality product above industry standards at a lower cost.

Do you need a custom fiber optic connectivity solution?

DMSI is ready to work with you to customize your fiber optic network!

DMSI specializes in custom design solutions. We work all over the world to provide solutions from our headquarters in Venice, Florida. Our goal is to provide you with the perfect solutions, designs, and cabling.

CONTACT US
By DMSI, ago

Why Leading OEMs and Data Centers Choose DMSI for Custom, Tariff-Free Fiber Assemblies

Why Leading OEMs and Data Centers Choose DMSI for Custom, Tariff-Free Fiber Assemblies

PRODUCT & SOLUTIONS SPOTLIGHTS

In High-Stakes Projects, Custom Isn’t Optional—It’s Expected

In 2025, the fiber optic industry doesn’t wait. Network builds are faster, requirements are stricter, and tolerance for delays is at an all-time low.

That’s where DMSI steps in.

We specialize in U.S.-based contract manufacturing for mission-critical fiber optic assemblies, supporting OEMs, hyperscale data centers, and military/government contractors who need fast, flexible, and compliant solutions.

Built Around You, Not the Other Way Around

When customers come to DMSI, they aren’t just looking for a product—they’re looking for a partner who can deliver on speed, pricing, and customization.

We offer:

  • Design-for-manufacturability support to ensure every assembly meets spec and scale
  • Shorter lead times thanks to our U.S.-based production model
  • Full customization on assemblies, labeling, and packaging
  • Close collaboration from initial quote through final shipment

Whether it’s 12-fiber MTPs or high-density MMC 24s, every build is backed by our reputation for precision and consistency.

Assemblies That Do More, Because We Build Them Better

Our fiber assemblies aren’t off the shelf—they’re engineered to meet real-world demands, with quality and compatibility in every connector.

We’re proud to manufacture assemblies using MMC, MTP®, and MDC components from US Conec, offering:

  • Backward compatibility with existing infrastructure
  • Superior termination quality to support network longevity
  • VSFF (Very Small Form Factor) options for space-constrained designs

And since everything is built in the USA, using American suppliers, our customers benefit from:

  • Fewer sourcing risks and international delays
  • Zero tariff complications
  • NDAA, BAA, and TAA compliance
MMC Connector (VSFF). Available in MMC12, MMC16, MMC24

MMC

DMSI has been at the forefront of developing and deploying MMC (Multi-fiber Miniature Connector) solutions, an ultra-compact connectivity option that delivers three times the port density of traditional MPO/MTP® connectors. The MMC features a smaller MT ferrule and angle-polished convex (APC) technology, enabling ultra-low insertion loss (~0.25dB max, 0.09dB avg). DMSI integrates MMC connectors into custom cable assemblies, high-density patch panels, and fiber cassettes, making them ideal for data centers, telecom networks, and government communications requiring advanced performance and compact designs.

MTP®

In addition to MMC, DMSI provides MTP® multi-fiber cable assemblies, enclosures, and high-performance structured cabling solutions for large-scale network deployments. These pre-terminated assemblies and hardware facilitate the rapid scaling of high-speed optical networks by supporting 12, 16, or 24 fibers in a single connector. This modularity makes them essential for data center interconnects, 5G telecom networks, and secure government communication infrastructures.

MDC

For duplex fiber connectivity, DMSI offers MDC (Miniature Duplex Connector) solutions, which include pre-terminated cable assemblies, custom patch panels, and structured cabling configurations. MDC connectors offer triple the density of traditional LC duplex connectors and feature a push-pull design for easy insertion and removal. This innovation allows up to 432 fibers to fit in a single 1U patch panel, optimizing space efficiency in dense network environments.

Why More Leaders Are Choosing American Contract Manufacturing

Global instability has changed the game. Tariffs, logistics challenges, and compliance audits are now part of everyday operations.

That’s why more OEMs and government contractors are turning to DMSI. We’re not just a contract manufacturer—we’re a trusted extension of your team. You get a partner who understands your industry, your standards, and your deadlines.

MMC 432 Trunks - Single-mode OS2 (VSFF) Available in MMC12, MMC16, and MMC24

Let’s Build What’s Next—Together

DMSI International is not just a fiber optic manufacturer—it is a key enabler of next-generation connectivity. By offering cutting-edge fiber assemblies, hardware, and fully integrated solutions, DMSI empowers data centers, telecom providers, and government agencies to build future-ready networks. As bandwidth demands soar and network architectures evolve, DMSI remains committed to driving innovation, maximizing efficiency, and delivering the most advanced fiber optic solutions available today.

Contact DMSI Today!

Get a Quote

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By DMSI, ago

DMSI’s Role in Custom Fiber Optic Solutions for Data Centers, Telecom, and Government

DMSI’s Role in Custom Fiber Optic Solutions for Data Centers, Telecom, and Government

PRODUCT & SOLUTIONS SPOTLIGHTS

Introduction

The demand for fiber optic infrastructure is at an all-time high across data centers, telecom networks, and government agencies. These sectors require high-density, high-performance, and ultra-reliable connectivity solutions to support the rapid expansion of AI, cloud computing, 5G, and secure communications. DMSI International has positioned itself as a leader in fiber optic manufacturing by delivering tailored solutions that meet the unique needs of hyperscale data centers, telecom providers, and government organizations.

DMSI’s extensive expertise in fiber optic assembly, connector termination, and OEM manufacturing enables it to provide custom fiber solutions that address key industry challenges, including space constraints, data throughput efficiency, and environmental stability. This blog explores DMSI’s pivotal role in these sectors, its innovative product offerings, and how it is shaping the future of fiber optic connectivity.

Leading the Change in Fiber Optic Manufacturing

DMSI has established itself as a premier manufacturer of high-quality fiber optic connectivity products, with a commitment to precision and reliability. All of its components are verified, traceable, and sourced from trusted American manufacturers. This ensures that DMSI’s fiber solutions maintain the highest level of performance, durability, and consistency.

As a fiber optic core specialist, DMSI offers a broad range of fiber optic cables and assemblies designed for high-speed, high-bandwidth transmission. Our rigorous quality control processes and advanced manufacturing techniques have made us a trusted partner for enterprises that cannot afford network failures or subpar performance.

Beyond product excellence, DMSI provides engineering expertise and custom design services to tailor solutions that fit specific client requirements. Whether it’s a hyperscale data center needing thousands of fiber connections, a government intelligence network requiring secure and ruggedized optical links, or a telecom provider expanding its infrastructure, DMSI’s precision-driven approach ensures optimal results.

Innovations in Fiber Optic Connectivity

One of DMSI’s core strengths lies in our commitment to innovation. Our company has embraced next-generation fiber optic connector cable assemblies, hardware, and complete solutions that maximize density and performance.

MMC Connector (VSFF). Available in MMC12, MMC16, MMC24

MMC

DMSI has been at the forefront of developing and deploying MMC (Multi-fiber Miniature Connector) solutions, an ultra-compact connectivity option that delivers three times the port density of traditional MPO/MTP® connectors. The MMC features a smaller MT ferrule and angle-polished convex (APC) technology, enabling ultra-low insertion loss (~0.25dB max, 0.09dB avg). DMSI integrates MMC connectors into custom cable assemblies, high-density patch panels, and fiber cassettes, making them ideal for data centers, telecom networks, and government communications requiring advanced performance and compact designs.

MTP®

In addition to MMC, DMSI provides MTP® multi-fiber cable assemblies, enclosures, and high-performance structured cabling solutions for large-scale network deployments. These pre-terminated assemblies and hardware facilitate the rapid scaling of high-speed optical networks by supporting 12, 16, or 24 fibers in a single connector. This modularity makes them essential for data center interconnects, 5G telecom networks, and secure government communication infrastructures.

MDC

For duplex fiber connectivity, DMSI offers MDC (Miniature Duplex Connector) solutions, which include pre-terminated cable assemblies, custom patch panels, and structured cabling configurations. MDC connectors offer triple the density of traditional LC duplex connectors and feature a push-pull design for easy insertion and removal. This innovation allows up to 432 fibers to fit in a single 1U patch panel, optimizing space efficiency in dense network environments.

Custom Fiber Cassettes and Enclosures for High-Density Deployments

DMSI goes beyond cables and connectors by designing custom fiber cassettes, patch panels, and enclosures to help enterprises, government agencies, and telecom providers manage fiber infrastructure efficiently. Off-the-shelf enclosures often fall short when dealing with thousands of fiber strands, but DMSI’s tailored solutions offer optimized cable routing, superior airflow management, and enhanced serviceability.

For example, Our OMNIA-RA rack-mount enclosures are lightweight yet durable, supporting modular fiber cassettes that house various connector types. These enclosures simplify network organization, minimize cable clutter, and improve operational efficiency.

OEM and Contract Manufacturing for Data Centers, Telecom, and Government Networks

DMSI’s expertise extends beyond its own branded products. The company provides contract manufacturing and OEM services for high-profile clients in hyperscale data centers, government intelligence agencies, and telecom carriers. These industries require specialized fiber optic solutions that off-the-shelf products cannot fulfill.

Hyperscale Data Centers

With the rise of 800G and AI-driven workloads, hyperscale data centers need massive fiber interconnects to support next-generation networking. DMSI supplies high-density pre-terminated fiber harnesses, rack-mount fiber enclosures, and structured cabling solutions that facilitate quick deployment and reduce downtime. Our MTP® solutions allow data centers to efficiently link 400G/800G switches while minimizing optical loss.

Government Intelligence Networks

Government agencies rely on secure and highly reliable fiber optic solutions for classified communications. DMSI manufactures ruggedized and secure fiber assemblies, termination enclosures, and high-performance trunk cables tailored to mission-critical applications, ensuring compliance with stringent government standards.

Telecom and 5G Networks

Telecom operators are rapidly expanding their fiber infrastructure to support 5G, fiber-to-the-premises (FTTx), and metro networks. DMSI’s OEM manufacturing services deliver custom-built fiber trunk cables, splicing enclosures, and patch panels designed for seamless network upgrades and scalable deployments.

Solving Industry Challenges with Tailored Fiber Solutions

DMSI’s custom solutions address several key challenges in modern fiber optic infrastructure:

  • Maximizing Fiber Density: With the introduction of high-density connectors, structured cabling, and custom enclosures, DMSI enables customers to triple their fiber capacity within the same physical footprint.
  • Enhancing Data Transmission Efficiency: DMSI’s ultra-low loss connectors, pre-terminated assemblies, and structured fiber routing systems allow data to travel faster and farther with minimal signal degradation.
  • Ensuring Reliability in Extreme Environments: Ruggedized fiber enclosures, armored cables, and Telcordia-certified components provide long-term stability in challenging conditions.
  • Tailoring Solutions for Specific Applications: From hyperscale cloud deployments to secure government fiber links and 5G fronthaul, DMSI customizes complete fiber infrastructure solutions to meet exact customer requirements.

The Future of Fiber Optics and DMSI’s Vision

As the industry moves toward 1.6 Tbps Ethernet, co-packaged optics, and on-board fiber connectivity, DMSI is investing in the next generation of fiber technologies. The MMC connector and its integration into pre-terminated assemblies, enclosures, and high-density cabling solutions are expected to play a critical role in future AI and machine learning data centers.

Additionally, modular, scalable fiber deployments will become standard, enabling network operators to add capacity efficiently. DMSI’s commitment to custom-engineered fiber cassettes, rack-mount enclosures, and turnkey structured cabling ensures that it remains at the forefront of this transformation.

Conclusion

DMSI International is not just a fiber optic manufacturer—it is a key enabler of next-generation connectivity. By offering cutting-edge fiber assemblies, hardware, and fully integrated solutions, DMSI empowers data centers, telecom providers, and government agencies to build future-ready networks. As bandwidth demands soar and network architectures evolve, DMSI remains committed to driving innovation, maximizing efficiency, and delivering the most advanced fiber optic solutions available today.

Contact DMSI Today!

Get a Quote

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By DMSI, ago

UHM: Adaptable Cassette Solutions for Fiber Optic Applications

UHM: Adaptable Cassette Solutions for Fiber Optic Applications

PRODUCT & SOLUTIONS SPOTLIGHTS

In the developing world of fiber optic connectivity, adaptability and efficiency are key. That’s why we’re thrilled to introduce Universal Housing Modules (UHM), a groundbreaking innovation that promises to revolutionize the way you manage your fiber optic networks. These cassettes are designed with versatility in mind, making them suitable for a wide range of applications such as splicing, MTP®, and slack storage.

“The UHM cassette was developed based on the idea of having the same size as our Classic cassette that could accommodate splicing, MTP®, and/or slack storage. I designed a housing that would accept our current Adapter Panels with the standard Plungers, Splice Chips for securing Cable Splices, Cable Guides for routing Cable, and Rubber Grommets for guiding the Cables through the unit. Its adaptability, stackable splice chips, and compatibility with existing enclosures make it a game-changer for network administrators and engineers. ” Explains DMSI International Product Engineer, Bob Brewster.

VERSATILITY AT ITS CORE

The UHM is engineered to provide a comprehensive solution for various fiber optic needs. For splicing applications, the UHM features a standard faceplate on the front, accommodating any connector type you require. Inside the cassette, you’ll find cable tie-down locations, molded spools for efficient fiber routing and slack management, and a central post position designed to securely hold single fiber and ribbon splice chips. These splice chips are not only removable but stackable, allowing for multiple fiber splices in a single cassette.

ADAPTABLE DESIGN

The back of the cassette body boasts two incoming cable locations and multiple knock-out locations, which can easily be converted to a pre-terminated MTP® module when needed. Thanks to a sliding lid, you’ll enjoy convenient internal access to the UHM, streamlining maintenance and installation processes. What’s more, UHM Splice cassettes adhere to the Classic family specification, ensuring full compatibility with any Classic enclosures, making integration into your existing infrastructure a breeze.

KEY FEATURES

  • Fibers available in 250µm micro distribution and ribbon configurations
  • Soft molded splice chips that are both stackable and removable
  • Elimination of the need for separate splice trays, saving you time and resources

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By DMSI, ago

DMSI offers MMC Connector Solutions

DMSI Offers MMC Connector Solutions

PRODUCT & SOLUTIONS SPOTLIGHTS

DMSI International and US Conec have jointly announced an expansion of their collaborative endeavors. DMSI International, in its role as an MMC Collaborator, will embark on the production of new cable assemblies equipped with MMC connectors. These MMC connectors represent a groundbreaking advancement in optical connectivity, boasting a pioneering Very Small Form Factor (VSFF) design. They incorporate innovative TMT ferrule technology and are available in configurations of 12, 16, or 24 fibers. Notably, the MMC sets a new industry standard by integrating angle-polished convex surface (APC) technology in the multimode version, resulting in notable improvements in return loss and insertion loss metrics. DMSI International’s comprehensive MMC portfolio caters to a wide array of fiber optic applications, including jumpers, harnesses, and trunk cables.

Features:

  • 3x cabling port density over the MPO format
  • DirectConec™ push-pull boot for effortless connector insertion and extraction
  • Utilizes proven MT or MT-16 mechanical and fiber alignment structures
  • Compatible with industry-standard 250 micron and emerging reduced OD fibers
  • Low-loss, IEC Grade B insertion loss performance (0.25dB 97% random intermate)
  • APC for both SM and MM applications
  • Available in 1×12, 1×16, 2×12 fiber variants
  • Tested to Telcordia GR-1435
  • Cables up to 2.5mm OD
  • Standard cabling industry infrastructure support including IBC cleaners, polishers, interferometers, and optical testing equipment
MMC Connector

A pioneering Very Small Form Factor (VSFF) multi-fiber optical connector, revolutionizing optical connectivity with its innovative TMT ferrule technology and DirectConec™ push-pull boot design.

LEARN MORE ABOUT OUR MMC SOLUTIONS

About US Conec:

Established in 1992, US Conec is a leader in providing passive components for high-density optical interconnects. The company was founded to expand the use of MT-style multifiber technology through the design, manufacturing, and sales of high-precision fiber optic components.

Today, US Conec brands span the globe, delivering cost-effective technology solutions for data center and enterprise structured cabling, public networks, circuit board interconnect, and industrial and military markets worldwide.

US Conec shareholders are Corning Inc., Fujikura Ltd., and NTT Advanced Technology Corporation.

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By DMSI, ago

New OMNIA-RA Series

Light-weight and durable hardware enclosures (COVERED BY U.S. PATENT NO. 10,191,238)

The New OMNIA-RA Enclosure Series offers a lightweight yet durable option for our customers. It is a user-friendly, aesthetically pleasing alternative to our previous model that is sure to be a great solution for our customer’s connectivity needs.

FEATURES:

  • The Enclosure’s Reduced Depth and Aluminum Body provide for a lightweight, one-man installations and costs less to ship.
  • The Riveted Piano Hinge ensures durable, long-lasting Front Door action without the hassle of extra hardware.
  • The stylish Slide Tray and Cable Management Bar are now manufactured out of one piece of metal for ease of use and again require less hardware.
  • Two attractive Door Knobs with Magnetic Catches provide an aesthetically pleasing appearance while making it simple for the user to open and close the Front Door.
  • The new Rear Door offers easy removal with a unique Dual Plunger Design.
  • An attached Rear Cable Management Plate requires less hardware and is less expensive to manufacture.
  • The Pure White Paint Color gives the Enclosure a clean professional appearance.

Consult DMSI For Your Fiber Optic Needs

DMSI is ready to work with you to customize your fiber optic network!

Contact Us

We focus on custom product manufacturing for fiber optic connectivity. We will engineer solutions to any customer’s specs and needs, and we create end-to-end solutions so you won’t be left in the dark. DMSI strives to provide our customers with the highest quality product above industry standards at a lower cost.

Do you need a custom fiber optic connectivity solution? DMSI specializes in custom design solutions. We work all over the world to provide solutions from our headquarters in Venice, Florida. Our goal is to provide you with the perfect solutions, designs, and cabling.

Follow us on Facebook and LinkedIn for more updates on our business and related cabling information.

By DMSI, ago

MDC Connector Structure

The MDC connector is a Very Small Form Factor (VSFF) duplex optical connector designed for termination of single-mode and multimode fiber cables up to 2.0mm in diameter. It is a 2-fiber connector using proven 1.25mm LC ferrules, providing 3x density over LC. Adapters use the same port cutouts and sizes as LC, allowing current designs to transfer from LC to MDC. MDC solutions include uniboot style jumpers, harnesses, trunks, panels, and many pre-terminated MTP® options.

FEATURES:

  • Insertion and Removal via a push-pull strain relief boot
  • Reversible polarity without exposing fibers, and without the use of a tool
  • Meets IEC 61735-1 Grade B optical performance
  • Optional component for multiple jumper insertion and removal from ports
  • Uniboot design, terminates on 2.0mm micro cable
  • Multimode and Single-mode UPC & APC options
  • GR-326 and TIA-568 compliant

For high-density data centers application, DMSI designed and engineered OMNIA® Next Generation MDC Solutions for guaranteed exceptional optical performance and optimal stability exceeding the requirements of Telcordia GR-326. (https://www.dmsimfg.com/mdc/)

By DMSI, ago

DMSI’s New OMNIA® Next Generation Solutions with US Conec’s MDC Connector: 3x More Density

HICKORY, N.C. – US Conec, a global leader in providing passive components for high-density optical interconnects, has unveiled its new duplex optical connector solution: the MDC connector. Leading in a new era in two-fiber connectivity, this trailblazing connector design brings superior density, field configurability, straightforward insertion/extraction, and optimal carrier-grade performance to the ELiMENT® brand single fiber connector portfolio.

The MDC connector is a Very Small Form Factor (VSFF) duplex optical connector designed for termination of single-mode and multimode fiber cables up to 2.0mm in diameter. It is a 2-fiber connector using proven 1.25mm LC ferrules, providing 3x density over LC. Adapters use the same port cutouts and sizes as LC, allowing current designs to transfer from LC to MDC. MDC solutions include uniboot style jumpers, harnesses, trunks, panels, and many pre-terminated MTP® options.

“Supporting port breakout architectures for emerging transceiver MSAs, the smaller size will allow a single array transceiver to accept multiple MDC patch cables which are individually accessible directly at the transceiver interface. The new format will support four individual MDC cables in a QSFP footprint and two individual MDC cables in an SFP footprint.” – US Conec

For high-density data centers application, DMSI designed and engineered OMNIA® Next Generation MDC Solutions for guaranteed exceptional optical performance and optimal stability exceeding the requirements of Telcordia GR-326. (https://www.dmsimfg.com/mdc/)

MDC connectors are installed and removed using a push-pull strain relief boot. The boot assists in very dense applications providing easy extraction from adapters and ports. Polarity is easily changed without the need of a tool or exposing fibers, by simply pulling back the strain relief and rotating around the connector body. Jumpers are exclusively micro-size cables, and are available with alternate connectors on the other end, such as LC, for connecting to existing infrastructure.

Using the existing families of Classic, PRM, and LGX compatible panels or modules allows end users to upgrade in fiber density without the added cost of buying a new hardware enclosure or system. Simply swap out the existing panel or module to an MDC and plug in the additional fibers required.

Panels use an MDC adapter to accept a jumper or pre-terminated trunk on each side of the panel, up to 48 fiber per Classic panel.

Modules use a denser MDC adapter to achieve higher fiber counts over panels. A standard Classic MDC module provides 72 fibers, using 12 MDC adapter ports at 6 fibers each, with 6 MTP® ports on the back. Standard modules use pinned (male) MTP connectors and should be mated with non-pinned (female) trunk cables.

OMNIA-RA 1U Classic Enclosure

Fiber Count: 2 cassettes, up to 144 fibers
3x fiber density of LC duplex adapters
Lightweight
Easily slide in and out

OMNIA-RA 1U PRM Enclosure

Fiber Count: 4 cassettes, up to 288 fibers
3x fiber density of LC duplex adapters
Lightweight
Easily slide in and out

By DMSI, ago