Eaton Tripp Lite Series 40Gb to 10Gb Breakout Cassette - (x2) 12-Fiber OM4 MTP/MPO (Male with Pins) to (x12) LC

Discover a high-density, scalable solution for data center fiber networks with the Eaton Tripp Lite Series 40Gb to 10Gb Breakout Cassette. This pair of breakout cassettes is engineered to efficiently convert a single 40Gb MPO/MTP interface into twelve individual LC connections, enabling a clean path from high-bandwidth 40G links to multiple 10G endpoints. Built for OM4 multimode fiber, these cassettes are designed to support modern data center architectures, delivering reliable performance in dense rack environments. With two cassettes per kit, you gain substantial port density without sacrificing signal integrity, latency, or ease of management. Whether you’re upgrading a legacy 40G backbone or deploying a new 10G leaf fabric, these cassettes offer a practical, future-ready route to flexible, scalable connectivity.

• High-density 40G-to-12x10G breakout: Each cassette converts a single 40Gb MPO/MTP interface into twelve LC duplex outputs, enabling a compact yet expansive 12-port 10G connectivity footprint within standard 19-inch enclosures. The dual-cassette kit multiplies your breakout capacity, helping to maximize switch port utilization and data center space.
• OM4 multimode fiber support: Built for OM4 fiber, these breakouts deliver high bandwidth with low attenuation across short- to medium-reach links. This makes them ideal for data centers, enterprise, and campus networks that rely on high-performance, cost-efficient multimode fiber connectivity.
• Rugged, plug-and-play design: The cassettes feature precise MPO/MTP (12-fiber) male connectors with pins and LC outputs that lock into compatible fiber enclosures. Designed for easy installation, they slide into standard modular panels, delivering a clean, tool-free integration with existing fiber trunks.
• Durable construction for mission-critical networks: Encased in a robust chassis with careful fiber routing, color-coded LC outputs, and manufacturer-grade finishes, these cassettes are built to endure routine data center handling, with consistent performance over time.
• Two-cassette kit for scalable deployment: The inclusion of two breakout cassettes provides immediate, scalable expansion for dense top-of-rack or spine-and-leaf architectures, supporting longer-term PoE, storage, and virtualization needs without a wholesale cabling overhaul.

Technical Details of Eaton Tripp Lite Series 40Gb to 10Gb Breakout Cassette

• Fiber type: OM4 multimode (50/125 μm) designed for high-bandwidth short- to intermediate-reach links.
• Fiber count and configuration: 12 fibers per cassette; (x2) cassettes included in the kit for expanded breakout capacity.
• Connector interface: MPO/MTP (12-fiber) male with pins to LC duplex outputs.
• Output connections: 12 LC duplex connections per cassette, enabling multiple 10G links from a single 40G source.
• Compatibility and form factor: Designed for use in standard 19-inch fiber enclosures and modular panels; compatible with Eaton Tripp Lite racks and many third-party cabinets that support MPO/MTP-to-LC breakout cassettes.

how to install Eaton Tripp Lite Series 40Gb to 10Gb Breakout Cassette

Step 1: Prepare your enclosure and cables. Power down affected equipment and verify that your fiber management enclosure supports MPO/MTP-to-LC breakout cassettes. Confirm that OM4 fiber and LC patch cords are available for the intended connections.

Step 2: Remove any existing blank panels or cassettes as needed and inspect the mounting area for clear routing paths. Ensure bend radii meet your cable specification to preserve signal integrity.

Step 3: Insert the breakout cassette into the appropriate slot in the enclosure, aligning the MPO/MTP (12-fiber) male connector with the mating module. Gently seat the cassette until it locks into place, ensuring a secure mechanical connection.

Step 4: Attach LC patch cords to the twelve LC outputs on the cassette. Route cables with careful management and labeling to minimize crosstalk, keep pathways organized, and maintain proper bend radii to protect the fiber.

Step 5: Connect the other end of each LC patch cord to your 10G transceivers, switches, or modules. Power up the equipment and perform a basic connectivity check to verify link status and data transmission.

Step 6: If your network plan includes redundancy or future expansion, repeat the process for the second cassette in the kit and document port assignments to simplify maintenance and troubleshooting.

Frequently asked questions

• Q: What is the primary use of this breakout cassette?

  A: It is designed to convert a 40Gb MPO/MTP link into multiple 12 LC connections, enabling a high-density, scalable breakout to 10G endpoints suitable for data center, enterprise, and campus networks.

• Q: How many cassettes come in the kit?

  A: The kit includes two breakout cassettes (x2) to maximize port density and deployment flexibility in your enclosure.

• Q: Can I use this with standard 19-inch racks?

  A: Yes. The cassettes are designed for standard 19-inch fiber enclosures and can be integrated into most compatible cabinets that support MPO/MTP-to-LC breakout modules.

• Q: What fiber type is required?

  A: The breakout cassette is specified for OM4 multimode fiber, providing high bandwidth across typical data center distances and installations.

• Q: Are LC cables included?

  A: No. LC patch cords are typically ordered separately according to your link requirements and distance, but the kit includes the two cassettes needed for breakout.