Description
Eaton Tripp Lite Series 40/100Gb Singlemode Fiber Breakout Cassette, 40Gb to 4 x 10Gb, 100Gb to 4 x 25Gb, (x3) 8-Fiber MTP/MPO (APC) to (x12) LC (UPC) Duplex 9/125, N484 Chassis
The Eaton Tripp Lite Series 40/100Gb Singlemode Fiber Breakout Cassette is engineered for modern data centers and enterprise networks that demand flexible, scalable, and high-performance fiber distribution. This breakout cassette integrates seamlessly into compatible chassis to deliver a streamlined, high-density solution that supports rapid network upgrades without the need for major rewiring. Designed to optimize space in dense racks, it consolidates multiple fiber paths into a clean, organized module, reducing cabling complexity while preserving optimal signal integrity across long-haul and data-center environments. Whether consolidating 40Gb uplinks into four 10Gb channels or expanding 100Gb connections into four 25Gb channels, this cassette provides the essential bridge between high-bandwidth devices and the fiber infrastructure that powers today’s workloads. With APC on the MTP/MPO side and UPC on the LC side, it emphasizes precise alignment and stable performance, helping network operators achieve lower reflection and reliable operation under diverse temperature and load conditions. Its compatibility with the N484 chassis makes it a purpose-built choice for Eaton Tripp Lite ecosystems, ensuring plug-and-play deployment and consistent performance across integrated solutions.
- High-density breakout for streamlined data center wiring: This cassette packs 3 x 8-fiber MTP/MPO (APC) connectors on one side and 12 x LC duplex (UPC) connectors on the other, delivering a compact footprint that helps you maximize rack space. By consolidating multiple fibers into a single card, it significantly reduces bundle complexity, improves cable management, and simplifies inventory tracking—critical benefits for busy data centers handling hundreds or thousands of connections daily. The high-density design also supports organized cable routing, which translates into easier maintenance and less downtime during moves, adds, or changes.
- Flexible 40G/100G breakout capabilities for scalable networks: The cassette is engineered to support 40Gb to 4 x 10Gb and 100Gb to 4 x 25Gb configurations, enabling smooth migrations and flexible uplinks without swapping entire network interfaces. This adaptability is ideal for data centers transitioning from 10G to 40G or from 40G to 100G while maintaining service continuity. The ability to split higher-bandwidth links into multiple lower-bandwidth channels helps optimize utilization, balance traffic loads, and align with evolving workloads such as virtualization, high-performance computing, and cloud-based applications that require burstability and modular capacity.
- APC/UPC connectivity for superior signal integrity: On the MTP/MPO side, APC (angled physical contact) connectors minimize back reflections and signal distortion, which is essential for precision high-speed links. The LC duplex side uses UPC (ultra-polished) connectors to maintain a clean optical path when connecting to transceivers and patch panels. This combination supports stable performance across diverse link lengths and helps meet industry return-loss requirements, reducing the risk of performance degradation over time. The result is more reliable data transmission, lower bit error rates, and a stronger foundation for mission-critical applications.
- Chassis-compatible, rugged design for enterprise-grade deployments: Specifically designed for use with the N484 chassis, this cassette delivers a plug-and-play solution that fits prominent Eaton Tripp Lite environments. The robust construction, secure mounting, and color-coded connectors simplify installation and serviceability, especially in multi-vendor data centers where consistent hardware alignment is crucial. A well-engineered breakout cassette like this reduces the need for custom cabling, minimizes friction during rack assembly, and supports faster deployment timelines, letting IT teams focus on service delivery rather than configuration hurdles.
- Easy installation, maintenance, and future-proofing benefits: The cassette’s modular design makes it straightforward to swap or upgrade individual modules without disturbing adjacent components. Operators can reorganize fiber paths to accommodate new devices or re-routes, which is increasingly important in scalable networks, multi-tenant environments, and campuses with evolving requirements. By enabling fast hot-swap compatibility and predictable, repeatable performance, this breakout cassette helps maintain service levels and reduces the risk of human error during complex reconfigurations.
Technical Details of Eaton Tripp Lite Series 40/100Gb Singlemode Fiber Breakout Cassette
- Configuration: Breakout cassette with (x3) 8-fiber MTP/MPO connectors on the APC side to (x12) LC duplex connectors (UPC) on the fiber exit, designed for 9/125 μm singlemode fiber.
- Fiber type: Singlemode; optimized for long-reach, high-bandwidth links essential to modern data centers, cloud deployments, and campus networks.
- Connectors: APC on the MTP/MPO side to provide low back-reflection alignment; UPC on the LC side for clean optical transmission with compatible transceivers and patch panels.
- Breakout capabilities: 40Gb to 4 x 10Gb and 100Gb to 4 x 25Gb configurations to support flexible uplink/downlink schemes and migration paths.
- Chassis compatibility: Specifically compatible with Eaton Tripp Lite N484 chassis family for a cohesive, integrated upgrade within existing infrastructure.
- Module integration: Designed for seamless insertion into compatible chassis slots with secure latching, ensuring stable operation in busy data centers and high-traffic environments.
- Performance characteristics: Built to minimize insertion losses and reflections through APC/UPC configurations and precision alignment, helping maintain signal integrity across multiple fiber runs.
- Application scope: Ideal for data centers, enterprise networks, cloud service providers, and other environments requiring scalable, high-bandwidth fiber distribution with modular, serviceable architecture.
How to install Eaton Tripp Lite Series 40/100Gb Singlemode Fiber Breakout Cassette
To ensure a smooth installation, prepare your workspace by confirming chassis compatibility, power availability, and appropriate safety practices for fiber handling. Validate that your network devices and transceivers support the breakout configurations you intend to deploy (40G to 4x10G or 100G to 4x25G). Organize cables and label ports to simplify future maintenance, and keep spare LC patch cords and protective caps handy to prevent contamination of connectors during installation.
Step 1: Prepare the chassis - Power down the N484 chassis if required by your maintenance policy and remove any blanking panels or existing modules that may interfere with the new breakout cassette. Inspect the chassis slot to ensure it is clean and free of debris. Align the cassette with the slot guides and gently slide it into place until it seats securely. Engage any latching mechanism to lock the module into position, confirming that the module is firmly seated and aligned with the backplane connectors.
Step 2: Attach the MTP/MPO trunk - Connect the (x3) 8-fiber MTP/MPO APC cable assembly to the corresponding APC ports on the cassette. Ensure the connector keying matches the port, and avoid forcing misaligned connectors. Once seated, verify that the trunk cable is routed cleanly and does not create strain on the connectors or impede airflow. Use cable ties and proper routing channels to maintain an organized, high-density fiber footprint.
Step 3: Connect the LC patch cables - On the LC duplex (UPC) side, attach the appropriate LC patch cables to the transceiver modules, switches, routers, or patch panels that will receive the breakout links. Ensure that each LC connector is fully seated and secured. Route the LC cables away from moving parts and hot surfaces, labeling each connection for easy identification and future upgrades. If possible, perform a dry run to confirm path availability before final power-on testing.
Step 4: Labeling and path management - Clearly label both ends of every breakout link to minimize cross-connection errors. Use color-coded labels or tags to differentiate 40G and 100G channels, as well as to indicate the direction of data flow and the intended destination devices. Implement a consistent naming convention to facilitate future audits, maintenance windows, and capacity planning. Check for any cable tension or bending that could affect performance and adjust routing as needed to meet recommended bend radii.
Step 5: Testing and verification - Power up the chassis and perform a basic connectivity test using appropriate transceivers and devices. Use an optical power meter or OTDR where available to verify loss budgets, reflection levels, and continuity across the breakout paths. Confirm that 40G links resolve correctly into four 10G paths and 100G links into four 25G channels, according to your configured uplinks. If any port reports abnormal levels, re-check connector seating, reseat the affected modules, and re-test until results meet expected performance criteria.
Step 6: Documentation and handover - Update your network diagrams and asset management records to reflect the new breakout cassette, including port mappings, connector types (APC/UPC), and associated devices. Share the installation notes with the network operations team to ensure consistent maintenance practices and quick reference during future changes or expansions.
Frequently asked questions
Q: What network speeds does this breakout cassette support?
A: It supports 40 Gb connections that can be broken out into four 10 Gb channels and 100 Gb connections that can be broken out into four 25 Gb channels, enabling flexible deployment plans and future-proofing for evolving workloads.
Q: Which connectors are used on each side?
A: The cassette uses (x3) 8-fiber MTP/MPO (APC) connectors on the high-density side and (x12) LC duplex connectors with UPC on the fiber exit side, tailored for singlemode 9/125 μm fibers.
Q: Is this cassette compatible with all N484 chassis models?
A: It is designed for use with Eaton Tripp Lite N484 chassis and related components. Always verify specific slot compatibility and clearance within your rack configuration before installation.
Q: What are the advantages of APC vs UPC in this module?
A: APC connectors reduce back reflections, which is beneficial for tight-tolerance, high-speed links. UPC connectors on the LC side provide a well-established, compatible interface for standard transceivers. The combination optimizes overall link quality and helps maintain signal integrity across the breakout paths.
Q: Can this cassette be hot-swapped or upgraded without downtime?
A: In many configurations, modular cassette designs support hot-swapping with proper procedures. Always follow your data center’s maintenance window policies and ensure devices are prepared for a minimal service interruption before performing replacements or upgrades.
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