Eaton Tripp Lite Series 100Gb/120Gb to 10Gb Breakout Cassette - 24-Fiber OM4 MTP/MPO (Male with Pins) to (x12) LC

This Eaton Tripp Lite breakout cassette is engineered for high-performance networking environments, delivering a seamless transition from ultra‑high‑speed 100Gb/120Gb links to scalable 10Gb connections. Ideal for data centers, campus networks, and telecom facilities, this 24-fiber OM4 MTP/MPO breakout cassette consolidates complex cabling into a tidy, modular solution that simplifies migration paths, accelerates deployments, and optimizes fiber management.

• Powerful 100Gb/120Gb to 10Gb breakout capability: Convert dense, high‑speed uplinks into multiple 10Gb paths without sacrificing performance. This cassette supports flexible migrations and incremental upgrades, helping you maximize your existing fiber assets while expanding capacity where needed.
• Compact, high-density 24-fiber OM4 MTP/MPO to 12 LC breakout: The module features a 24‑fiber OM4 MTP/MPO (Male with pins) interface that fans out to twelve LC duplex outputs, enabling streamlined connections to multiple 10Gb transceivers and patch panels. It reduces cable clutter in racks and improves airflow.
• Designed for data centers and telecom environments: Built to withstand the rigor of dense data-center deployments and mission-critical networks. The breakout cassette supports front‑to‑back cabling layouts, helping you achieve robust performance with clean, organized fiber paths.
• Easy integration with standard hardware: This breakout cassette is compatible with common high-density enclosures and patch panels, enabling quick installation alongside existing Tripp Lite and third‑party components. Its standardized MTP/MPO to LC topology fits a broad range of transceivers and network devices.
• Durable construction and simplified maintenance: Engineered for long-term reliability, the module features precise fiber alignment, secure mechanical latches, and labeled inputs/outputs for fast servicing and future reconfigurations.

Technical Details of Eaton Tripp Lite Series 100Gb/120Gb to 10Gb Breakout Cassette

• Fiber type: 24‑fiber OM4 multimode fiber for high‑bandwidth connectivity and low loss over moderate distances.
• Interface: MTP/MPO (24 fibers) male with pins to LC breakout outputs.
• Breakout configuration: Breaks out from a single 24‑fiber MTP/MPO to twelve LC duplex outputs, enabling twelve independent 10Gb links.
• Application: Optimized for migrating from 100Gb/120Gb uplinks to multiple 10Gb paths in data centers and telecom environments.
• Construction: Rugged cassette design with precise fiber alignment and labeled ports for straightforward installation and future reconfigurations.
• Compatibility: Designed to work with standard 24‑fiber MTP/MPO connectors and LC transceiver deployments in high‑density patching ecosystems.

How to Install Eaton Tripp Lite Series 100Gb/120Gb to 10Gb Breakout Cassette

Preparing for installation ensures optimal performance and longevity of your fiber network. Follow these steps to deploy the breakout cassette in a compatible rack‑mount environment and connect to your 10Gb devices.

1) Plan your topology and verify compatibility. Confirm that your chassis or enclosure supports breakout modules of this type and that you have the correct MTP/MPO trunk cables and LC patch cords. Label the destined paths clearly to facilitate future maintenance and troubleshooting.

2) Power down connected equipment if you are working in a live environment. Practice standard safety procedures for handling fiber optic components to prevent eye or skin exposure to energized light sources and to avoid damaging the fiber ends.

3) Prepare the rack space. Identify a suitable 1U or 2U slot in your high‑density enclosure and ensure adequate clearance for cable routing and bend radii. Remove any dust caps from the MTP/MPO interface and LC ports before installation.

4) Install the breakout cassette. Align the module with the chassis guide rails and firmly slide it into the mounting bay until secured by the retention mechanism. Ensure the MTP/MPO connector is oriented correctly and seated fully to avoid misalignment or signal loss.

5) Connect the MTP/MPO trunk to the cassette. Attach the appropriate 24‑fiber MTP/MPO trunk cable from your upstream 100Gb/120Gb source to the cassette’s MTP/MPO interface. Confirm a snug, quality connection, and inspect for any deformation or foreign material on the connector faces.

6) Route LC outputs to 10Gb transceivers or patch panels. Use clean LC duplex patch cords to connect each LC port to the corresponding 10Gb transceivers or to your fiber distribution panels. Maintain proper bend radii and avoid tight twists or kinks along the cable path.

7) Label and organize. Apply clear labeling to all LC outputs and trunk paths. Use cable management accessories to secure and route cables for airflow optimization and ease of future changes.

8) Test and verify. Power on the network and perform end‑to‑end testing to verify signal integrity, insertion loss, and return loss per your organization’s testing standards. Confirm that all twelve 10Gb links are functioning as expected and that there are no crosstalk or misrouting issues.

9) Document the deployment. Record the topology, port mappings, and any measurement results. Documentation supports future upgrades, maintenance windows, and compliance with service level agreements.

10) Plan for future upgrades. The breakout cassette is designed to simplify migration paths. As network demand shifts, you can reconfigure links or repurpose LC outputs to accommodate new 10Gb or higher‑capacity configurations without replacing the core backbone.

By following these steps, you maximize the performance and reliability of your fiber network while preserving the flexibility to scale as your data center or telecom environment grows. The breakout cassette’s OM4 fiber, MTP/MPO to LC architecture, and robust mechanical design make it a practical choice for modern high‑density deployments seeking clean cabling, reduced footprint, and straightforward maintenance.

Frequently asked questions

• Q: What does the breakout cassette do? A: It converts a single 24‑fiber OM4 MTP/MPO connection into twelve LC duplex outputs, enabling multiple 10Gb links from a single high‑speed uplink. This supports scalable migrations in data centers and telecom networks.
• Q: What connectors are included? A: The module uses a 24‑fiber MTP/MPO (Male with pins) interface on the input side and twelve LC duplex outputs on the downstream side. Cables and transceivers are typically purchased separately.
• Q: Is it compatible with 100Gb/120Gb transceivers? A: Yes, the cassette is designed to support transitions from high‑speed 100Gb/120Gb uplinks to multiple 10Gb paths, aligning with standard transceiver ecosystems.
• Q: Can I install this in any rack or enclosure? A: It is intended for use in standard high‑density patching environments. Verify that your enclosure supports the specific breakout cassette dimensions and mounting requirements before installation.
• Q: Do I need special tools for installation? A: Basic fiber testing equipment may be needed to verify performance, along with standard cable management accessories. No specialized tooling beyond typical fiber deployment tools is required.
• Q: Are installation steps reversible? A: Yes. If you need to revert from breakout to a direct high‑density 24‑fiber connection, you can remove the LC cables and restore the original configuration, assuming you preserve proper cabling practices.