fiber optic technology

Integrating Latest Trends: How Advanced Networking Features in Media Converters Enhance Modern Network Infrastructure

Media converters are a crucial part of modern network infrastructure, enabling different types of network media to communicate with each other. They are available in several different forms, including standalone media converters, Power over Ethernet (PoE) media converters, and more advanced versions that incorporate the latest trends in networking technology.

The latest trend in media converter technology is the incorporation of advanced networking features, such as VLAN support, link aggregation, and remote management capabilities. These features enable network administrators to manage their networks more efficiently, and to ensure that data is transmitted reliably and securely.

VLAN support, for example, enables network administrators to divide a single physical network into multiple virtual networks, each with its own set of security policies and access controls. Link aggregation, on the other hand, enables multiple physical links to be combined into a single logical link, providing increased bandwidth and redundancy.

Remote management capabilities are also becoming increasingly important in media converters, as network administrators need to be able to manage their networks from remote locations. Advanced media converters feature web-based management interfaces, enabling administrators to configure and monitor their networks from any device with a web browser.

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!

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 competitive 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

Driving Efficiency and Sustainability: The Growing Role of Fiber Optics in Smart Cities

As our world becomes increasingly connected and digital, more and more cities are embracing the concept of smart cities. Smart cities are designed to use technology and data to improve the quality of life for residents, enhance sustainability, and streamline city operations. One of the key components of smart cities is the use of fiber optics, which enables high-speed and reliable data transmission.

In April 2023, we can expect to see an increased adoption of fiber optics in smart city applications, particularly in the areas of traffic management, public safety, and energy management. Here’s a closer look at how fiber optics is being used in each of these areas:

Traffic Management

One of the primary challenges facing cities today is traffic congestion. As cities continue to grow, managing traffic flow and reducing congestion will become increasingly important. Fiber optics technology can help by enabling real-time traffic monitoring, analysis, and optimization. This can include using sensors to detect traffic flow and adjust traffic signals accordingly or using data to identify and predict traffic patterns and adjust routes and schedules for public transportation.

Public Safety

Another key area where fiber optics can play a critical role is public safety. Fiber optics can be used to connect surveillance cameras, emergency call systems, and other safety devices to a central monitoring system. This can enable faster response times in emergency situations and improve overall safety in public spaces.

Energy Management

Finally, fiber optics can be used to improve energy management in smart cities. This can include connecting sensors and other devices to monitor energy usage in buildings and public spaces, and using data analysis to identify areas where energy efficiency can be improved. Fiber optics can also be used to connect renewable energy sources, such as solar panels, to the power grid, allowing for more efficient and sustainable energy production.

Overall, the increased adoption of fiber optics in smart city applications in April 2023 is a positive trend that will help cities become more connected, efficient, and sustainable. By leveraging the power of fiber optics, cities can improve traffic management, enhance public safety, and reduce energy consumption, all while improving the quality of life for their residents. As more cities continue to embrace the concept of smart cities, we can expect to see even more innovative uses of fiber optics technology in the years to come.

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!

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 competitive 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

Secure and Swift: How Quantum Data Locking and Fiber Optics Are Changing Data Transmission

If you’re interested in the world of data transmission and data security, you might have heard about quantum data locking, which is becoming increasingly popular as a way to transmit data. Interestingly, fiber optics is also playing a crucial role in enhancing this technique, making it faster and more secure than ever before.

First, let’s take a step back and talk about traditional encryption methods. In these methods, data is scrambled using a code or algorithm, and only the recipient with the correct key can decode and read the message. However, there’s always a risk that the key could be intercepted or stolen by a hacker, allowing them to decrypt the message. That’s where quantum data locking comes in.

Quantum data locking is a method of securing data using the principles of quantum mechanics. Instead of using a traditional key to encrypt and decrypt data, the data is encrypted using a physical property of a quantum particle, such as the polarization of a photon. This process ensures that the data is secure and cannot be intercepted by hackers. But how does fiber optics come into play?

Fiber optics is a technology that uses thin fibers made of glass or plastic to transmit data using light. The light is sent through the fiber optic cable, bouncing off the walls of the cable until it reaches the other end, where it’s converted back into data. This technology is incredibly fast, and that’s why it’s used for transmitting vast amounts of data across the internet.

When it comes to quantum data locking, fiber optics is the key to making this method faster and more reliable. By using fiber optic cables to transmit the entangled pairs of photons used in quantum data locking, researchers are able to transmit data across long distances without the need for complicated key exchange protocols. The photons can be entangled over long distances using a phenomenon known as quantum entanglement, allowing for the secure transmission of information across vast distances.

In quantum data locking, the type of fiber optic cables used are typically single-mode fibers and polarization-maintaining fibers. Single-mode fibers have a very narrow core diameter and are designed to carry a single light ray or mode of light, which reduces signal dispersion and enhances the data transfer rate. Polarization-maintaining fibers are designed to maintain the polarization of the photons as they propagate through the cable, which is crucial for maintaining the integrity and security of the data. Other specialized fiber optic components used in quantum data locking include highly reflective mirrors, which help to keep the photons in the fiber and minimize signal loss. Overall, the use of specialized fiber optic cables and components is essential for achieving fast and secure data transmission in quantum data locking.

So, why is quantum data locking the faster and more secure way to transmit data? The answer lies in the inherent security of quantum mechanics and the speed of fiber optics. Quantum data locking is inherently secure because the act of measuring the polarization of the photon changes its state, and any attempt to intercept the message would disturb the entangled pair and alert the sender and recipient to the intrusion. Furthermore, the use of fiber optics allows for fast and reliable transmission of the entangled pairs of photons, ensuring that the data is transmitted quickly and securely.

The combination of quantum data locking and fiber optics is quickly becoming the go-to method for secure data transmission. With its inherent security and speed, quantum data locking is changing the way we transmit and protect sensitive information. As our reliance on digital communication continues to grow, it’s important to stay up-to-date on the latest technologies and methods for secure data transmission. Quantum data locking is a promising solution that we’ll be hearing more about in the future.

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!

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 competitive 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

OFNP vs. OFNR

Fiber optic cables are a vital component of modern communication networks. They are used to transmit data over long distances with minimal signal loss and interference. Two common types of fiber optic cables are OFNP (plenum) and OFNR (riser). Understanding the differences between these two types of fiber optic cables is crucial in making the right choice for your communication network.

OFNP (Optical Fiber Non-conductive Plenum) cables are used in air-handling spaces and plenum areas in buildings. Plenum areas are those spaces that allow air circulation for heating, ventilation, and air conditioning (HVAC) systems. OFNP cables are made of fire-resistant materials and are required to meet strict fire safety codes. They emit low levels of smoke and toxic fumes, making them suitable for use in areas where smoke and toxic fumes could be dangerous in the event of a fire.

OFNR (Optical Fiber Non-conductive Riser) cables, on the other hand, are used in vertical risers or pathways in buildings. They do not emit low levels of smoke and toxic fumes and are not required to meet the strict fire safety codes of OFNP cables. OFNR cables are less expensive than OFNP cables and are typically used in non-critical areas where fire safety is not a major concern.

When it comes to transmission performance, they are identical. They both offer high bandwidth and low signal loss, making them ideal for transmitting large amounts of data over long distances. However, OFNP cables are typically more expensive than OFNR due to the compounds used in the manufacturing process for the outer jacket. 

In conclusion, the choice between OFNP and OFNR fiber optic cables depends on the specific requirements of your communication network. OFNP cables are ideal for use in air handling spaces and plenum areas where fire safety is a concern, while OFNR cables are suitable for use in non-critical areas where fire safety is not a major concern. OFNP cables can always be used in place of OFNR, but not vice versa. 

Different types of optical fiber cables exist for various fire ratings, which can make choosing the appropriate one a challenging task. To aid those who are planning or installing a fiber network, UL 1651 is a critical guideline for ensuring the correct selection of fiber. The National Electric Code (NEC) Article 770.19 outlines these guidelines, but some commonly used measures include:

  • OFNP, OFCP, OFNR, OFCR,OFNG, OFCG, OFN, OFC for small, in-building deployments using a riser
  • OFNP, OFCP for existing fabricated ducts within a building
  • OFNP, OFCP for plenum spaces used for environmental air in public buildings
  • OFNP, OFCP, OFNR, OFCR,OFNG, OFCG, OFN, OFC for fireproof shafts using a riser in any building type
  • OFNP, OFCP, OFNR, OFCR,OFNG, OFCG, OFN, OFC when using a metal raceway for in-building deployments covering multiple floors and rooms/apartments
  • OFNP, OFCP, OFNR, OFCR for vertical runs between floors within a riser
  • OFNP, OFCP, OFNR, OFCR for riser cable routing assemblies inside a building
  • OFNP, OFCP, OFNR, OFCR,OFNG, OFCG, OFN, OFC for in-building deployments with routing on only one floor.

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!

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 competitive 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

EDC of Sarasota County Economic Outlook Luncheon 2022

“DMSI is a unique company in every aspect of the word ‘unique’. We are visionaries; a company built by people who are dedicated and determined to not let the things we do not have determined by the possibilities of what we could have.” — DMSI International CEO, Jeneth D’Alonzo

SARASOTA – On May 20th, our CEO Jeneth D’Alonzo was invited to be one of the two keynote speakers at the Sarasota Economic luncheon at Hyatt Sarasota. She gave a heartfelt and wonderful speech before over 500 attendees.

Also at the event, Jeneth was able to meet our U.S. Congressman Greg Steube.

Some of the DMSI family were in attendance as well supporting our CEO’s speaking engagement and understanding the thriving economy of Sarasota County therewithal.

U.S. Congressman Greg Steube with DMSI CEO, Jeneth D’Alonzo
In attendance: (top – left to right) Kheen Malait (Shipping/Receiving Supervisor), Jeff D’Alonzo (CFO/President), Casey D’Alonzo (Business Development), Patrick Alexander (Director of Human Resources), Roberta McLaughlin (Inside Sales), Evan Samson (Integrated Marketing Communications Officer) | (bottom – left to right) Paulette Maltese (Customer Service), Kelley Hammond (Materials Analyst), Ada Joy Agovida (Logistics Manager), Ivy Catacutan (Testing/Production), Jeneth D’Alonzo (CEO), Menchie Calesa (Product Implementation Specialist), Renelyn Calesa (Sr. Materials Purchasing Analyst), Iylin Flock (General Manager)
By DMSI, ago

MDC (VSFF) connector supports all 3 IEEE 802.3db Use Cases

Current duplex connectors do not support 4 duplex connectors in a single QSFP-DD package and 2 duplex connectors in a single SFP-DD package. A smaller format duplex connector is needed to support QSFP-DD/OSFP 4:1 and SFP-DD 2:1 breakout applications.

MDC (Very Small Form Factor) connectors support these new breakout applications and allow four connectors to be fitted within the QSFP-DD module, which LC duplex connector cannot accomplish.

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.

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/)

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 competitive 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

DMSI wins SHRA Diversity Award

DMSI team during team building bowling event

Lakewood Ranch, FL – DMSI International was presented Sarasota-Manatee Human Resource Association Diversity Award during December 2021 SHRA Holiday Social & Installation of 2022 Officers and Board of Directors event. Accepting the award on behalf of DMSI was Director of Human Resources, Patrick Alexander.

At DMSI, we celebrate diversity and inclusivity. Our company, led by Filipino-American Female CEO, Jeneth D’Alonzo – consists of 50% female employees and 65% minorities – continuously provide a safe, positive, and encouraging environment that values individuality, uniqueness, and camaraderie in our workplace.

DMSI is committed to motivate its diverse employees for the growth, development, and success of the company and its people.

By DMSI, ago