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ProLabs delivers reliable, high-speed connectivity with our Active & Passive Breakout DACs, purpose-built for AI and machine learning environments. Supporting data rates up to 800Gbps and fully compatible with Mellanox/Nvidia platforms, our solutions ensure low latency and efficient performance for your most critical applications. 

Our product lineup includes the new 400G OSFP to 4xQSFP56 Breakout DACs, 2x and 4xQSFP112 Breakout DACs, 400G OSFP to 2xQSFP56, 400G OSFP-RHS, and 800G to 2x400G OSFP RHS. With trusted quality and fast availability, ProLabs is here to support your network’s success.

2x and 4xQSFP112 Breakout DAC
 

Features & Benefits:

• Supports 2x and 4xQSFP112 breakout connections to handle intensive data transfer needs.
• Easy integration with existing infrastructure without the need for complex configurations.
• Delivers consistent, uninterrupted data transmission, critical for AI/ML and HPC workloads.
• Avoid delays with readily available stock and fast shipping from our U.S. & U.K. locations.
• Backed by a lifetime warranty, guaranteeing long-lasting reliability and peace of mind.

400G OSFP to 4xQSFP56 Breakout DAC
 

Features & Benefits:

• Supports high-speed, high-density data center environments.
• Enables faster deployment and increased flexibility for critical network upgrades.
• Reduces CapEx without compromising on quality or performance.
• Avoid delays with readily available stock and fast shipping from our U.S. & U.K. locations.
• Backed by a lifetime warranty, guaranteeing long-lasting reliability and peace of mind.

400G OSFP to 2xQSFP56 DAC
 

Features & Benefits:

• Supports high data transmission rates, suitable for demanding data center and networking applications.
• Meets OSFP and QSFP MSA, InfiniBand HDR, RoHS, and TAA compliance standards.
• Operates within a temperature range of 0°C to 70°C.
• Avoid delays with readily available stock and fast shipping from our U.S. & U.K. locations.

400G OSFP-RHS DAC
 

Features & Benefits:

• OSFP-RHS module compliant to OSFP MSA with built-in EEPROM functions.
• Enable 400Gbps to 400Gbps transmission (4*100G, CH1~CH4).
• Operating temperature range: 0°C to 70°C.
• 100% compliance standards ensure unmatched compatibility and reliability.
• Avoid delays with readily available stock and fast shipping from our U.S. & U.K. locations.

800G to 2x400G OSFP RHS Passive DAC
 

Features & Benefits:

• Enables 800Gb/s to 2x400Gb/s transmission for large-scale network environments.
• Maintains reliable, high-speed connections over distances up to 3 meters.
• Operates in diverse environments with a case temperature range of 0°C to +70°C.
• Avoid delays with readily available stock and fast shipping from our U.S. & U.K. locations.

800G to 2x400G OSFP RHS Active DAC
 

Features & Benefits:

• Seamless integration with InfiniBand NDR for enhanced network performance.
• Low power consumption reduces operational costs, while ultra-low latency (<10ps) ensures rapid data transmission.
• Linear PAM4 programmable equalizer optimized for 56GBaud copper link up to 5M on 25AWG.
• 3.3V power supply with operating case temperature of 0°C to +70°C.
• Avoid delays with readily available stock and fast shipping from our U.S. & U.K. locations.

Don't let outdated connectivity hold back your AI and ML capabilities.

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As we approach the end of 2024, the fiber deployment landscape continues to evolve rapidly. Predictions indicate that the number of fiber-connected properties will increase from 18.7 million this year to approximately 29 million by May 2027.

This underscores the growing importance of fiber in overcoming connectivity challenges. However, one critical element is often overlooked: legacy infrastructure. As the demand for 100G and beyond increases, upgrading with single fiber solutions becomes a necessity. Yet, operators can’t afford to continually invest in new fiber—sustainable operations require a smarter solution.

The Current Fiber Landscape

Technologies like automation and Artificial Intelligence (AI) are no longer far-flung concepts: they’re real, and they’re increasingly being used in a number of key sectors. As a result, operators need the means to enable the latest technologies on the market, without having to constantly uproot and replace existing cables—a costly and time-consuming venture.

Modernizing networks is essential for supporting initiatives like moving public services online, enhancing institutional efficiency, and improving public welfare. However, current communication networks, including 5G, now require single-mode fiber connectivity which older infrastructure often struggles to support. Operators are left with a choice: embark on expensive retrofit projects, or find a more cost-effective way to upgrade.

A Game-Changing Innovation

The QSFP28 100G ZR4L-Bidi transceiver is designed specifically to help businesses upgrade legacy infrastructure without the need for extensive fiber replacement. 

The key driver behind 100G upgrades is the increasing demand for bandwidth. With this new transceiver, service providers will find it’s much more profitable to add bandwidth within their existing infrastructure, rather than having to use their already stretched budgets for new fiber.

This is because the new QSFP28 100G ZR4L-Bidi transceiver enables existing 10G fiber networks to operate at 100G levels at distances up to 70km without the need to replace any existing infrastructure., The transceiver comes with a single LC connector interface for network connectivity at minimum fuss.

The QSFP28 100G ZR4L-Bidi is 100% compatible with all leading Network Equipment Manufacturer (NEM) switches and routers. Our engineering team ensures that each transceiver is programmed for hundreds of NEM platforms, and we conduct thorough system regression testing to guarantee full compatibility with each customer’s unique network configuration. Before any unit is shipped, we test it within the customer’s specific setup, ensuring smooth integration with their operations.

Supporting Service Providers

With this extensive process, the QSFP28 100G ZR4L-Bidi allows operators the means to extend the lifetime and reach of networks across the globe without the need for major infrastructure replacement projects. Designed with service providers in mind, especially in instances where a business has acquired another and is looking to integrate older networks into the fold, the solution ensures no overhaul of fiber is required. For alternative network providers with ambitions to consolidate and expand despite a limited budget, they now have the tools to make it happen.

As part of this solution, we offer a full portfolio of 100G Bidi transceivers, ranging from 10km up to 70km, to meet various customer applications. 

For more information, visit www.prolabs.com/support/contact.

In today’s data-driven world, the demand for more bandwidth, faster data rates, and longer transmission distances is skyrocketing. Fiber optic technology offers a powerful solution, especially as real-time data delivery becomes critical across industries.

From data centers to industrial facilities, seamless connectivity is essential for operational success. With 67% of companies using some form of automation to streamline their day-to-day tasks—a concept reliant on real-time data transmission—it’s essential they choose the most suitable solutions to power their networks. To meet these needs, businesses require technologies that enhance existing infrastructure while delivering reliable, high-capacity performance.

Rising Demand and Emerging Challenges

As the adoption of high-traffic applications grows, service operators face increasing pressure to support bandwidth-hungry households, businesses, and data centers. From streaming services to data-heavy operations, the need for speed and capacity is greater than ever.

The rise of AI and Machine Learning (ML) is only adding fuel to the fire. These technologies power automation and real-time data analytics, driving innovation across industries. But they come with a cost—massive amounts of bandwidth. The strain on networks is real, and it’s only getting worse.

If this infrastructure cannot overcome these new challenges, it will lead to a degradation of network performance, poor user experiences, and lost business opportunities, especially for those offering high-value services. Unfortunately, many existing solutions simply can’t handle the load. It’s clear that more advanced solutions are needed to overcome these issues. 

Introducing the QSFP28 100G DCO

To address these challenges, ProLabs is launching the QSFP28 100G DCO transceiver—a solution set to transform the way network services are provided to access infrastructure. Responding to our customer’s needs for a tunable 100G solution, it offers an impressive 80km point-to-point reach without the need for additional amplification, simplifying network architecture and cutting costs.

What sets the QSFP28 100G DCO apart is its backward compatibility with existing SFF -8636 ports, increasing the available capacity of existing infrastructure. This makes it an ideal choice for high-traffic environments and backhaul, delivering 100G connectivity to access networks in a cost-effective way.

Advanced DWDM Technology

A standout feature of the QSFP28 100G DCO is its use of Dense Wavelength-Division Multiplexing (DWDM). This technology boosts network bandwidth by combining up to 96 wavelengths (or colors) of laser light onto a single optical fiber, ensuring fast and efficient communication between hubs and access points. Simply put, it’s designed to handle demanding workloads with ease.

Tailored Solutions with ProLabs Tuning

Every transceiver also comes with a ProLabs tuning system, allowing customers to adjust wavelengths in the field to meet specific network requirements. This flexibility empowers businesses to adapt their networks as needs evolve, ensuring optimal performance at all times.

The ProLabs Advantage

Our commitment to customer satisfaction is reflected in our rigorous validation process. Each QSFP28 100G DCO is extensively tested with the same Network Equipment Manufacturer (NEM) gear found in customers’ networks, ensuring seamless compatibility. And if something goes wrong? Our dedicated engineers provide 24/7, 365-day support to get your network back on track quickly.

The QSFP 100G DCO isn’t just another transceiver—it’s a solution designed to handle high-traffic environments and simplify network upgrades. Preorders are open now for businesses looking to boost connectivity and stay ahead of demand.

For more information about MPO cables, contact us.

How can you be sure the products you supply are TAA compliant? The General Services Agreement (GSA) is quite clear that the burden of TAA compliance falls upon the contractor supplying on the agreement. Simply stating that our supplier said the products are TAA compliant will not stand up to the scrutiny of a False Claims Act (FCA) lawsuit or action by the Department of Justice. To ensure TAA compliance the GSA recommends all GSA contractors

1. 1. Create procedures to monitor and provide updated product country of origin information to contract administrators.
2. 2. Form procedures to archive historical product country of origin information for future reference.
3. 3. Obtain a written TAA certification form from suppliers.

Ensuring TAA compliance with communications gear like transceivers, DACs and AOCs can be difficult. Major manufacturing centers like the Peoples Republic of China and Malaysia are not found on the TAA designated countries list. (See https://gsa.federalschedules.com/resources/taa-designated-countries/ for full list.)

Finding TAA compliant compatible transceivers, DACs, and AOCs may be difficult, but not impossible. ProLabs understands TAA requirements and offers a TAA compliant compatible transceiver product.

ProLabs achieves TAA compliance by providing substantial transformation at our Tustin, California facility. Transceivers are received from our supply chain without programming. The transceivers are programmed to order and tested in our lab for full OEM and application compatibility. ProLabs maintains strict version control of programming code and only applies code that has been qualified with that piece of hardware. The process provides the substantial transformation required by US Customs and Border Patrol to classify the country of origin of ProLabs transceivers to the United States.

ProLabs innovative Data Traveler System^TM documents this substantial transformation at each step of the process. The DTS documents the programming of each optical transceiver by serial number. The DTS form is available on demand for each optic we ship, providing the documentation required to demonstrate substantial transformation and country of origin.

ProLabs ships over (1) Million TAA compliant transceivers per year. No other compatible optical transceiver supplier offers the robust processes and documentation to ensure the compatible optics you purchase are verifiable as TAA compliant. This is why so many enterprise, data center, and service provider customers trust buying their OEM compatible products from ProLabs. Click here for ProLabs formal TAA Statement.