Description
Eaton Tripp Lite Series Spine-Leaf MPO Panel with Key-Up to Key-Up MTP/MPO Adapter - 12F MTP/MPO-PC M/M, 8F OM4 Multimode, 32 x 32 Ports, 1U
The Eaton Tripp Lite Series Spine-Leaf MPO Panel is a purpose-built, high-density patch panel designed for modern data centers leveraging spine-leaf architectures. This 1U panel consolidates MTP/MPO cross-connect functionality into a compact, clean, and scalable solution that dramatically reduces rack clutter while simplifying fiber management. Built to support elite MTP/MPO port configurations and a robust OM4 multimode fiber footprint, it delivers consistent performance, easy scalability, and efficient maintenance for growing networks that demand high bandwidth and predictable connectivity.
- The 1U Spine-Leaf design replaces a traditional MTP/MPO-to-LC cross-connect with MTP/MPO Elite ports, delivering a streamlined, low-profile interconnect that minimizes cable mess and maximizes usable rack space. Key-Up to Key-Up MTP/MPO adapters preserve polarity across all connections, reducing the risk of mis-patching and downtime in busy data centers. With 12F MTP/MPO-PC M/M configurations and 8F OM4 multimode fiber, this panel supports dense, high-performance leaf-to-spine links while maintaining consistent optical performance across dozens of fibers. The 32 x 32 port matrix enables expansive interconnections within a single 1U footprint, making it ideal for scalable, future-ready networks.
- Elite MTP/MPO ports provide tighter tolerances and improved insertion/return loss characteristics compared with standard MPO interfaces. This translates to higher signal integrity for multi-fiber trunks and easier terminations in field or pre-terminated configurations. The Key-Up to Key-Up design ensures straightforward, repeatable polarity management across the panel, which simplifies cable routing and patching, reduces human error, and accelerates initial deployments as well as ongoing maintenance tasks.
- Designed for spine-leaf architectures, the panel consolidates cross-connect complexity into a single, highly manageable module. By centralizing fiber distribution between spine switches and leaf nodes, it reduces cable lengths, simplifies labeling, and improves airflow and rack organization. The OM4 multimode fiber supports high-bandwidth workloads—ideal for 40G/100G uplinks and dense leaf connections—while maintaining excellent performance over typical data center distances.
- Durable construction and thoughtful cable management features keep the rack tidy and serviceable. The metal enclosure is engineered for frequent handling in data centers, with labeling and color-coding options that help technicians quickly identify trunks, fibers, and port mappings. High-density port configurations combined with robust mechanical design minimize maintenance downtime and extend the panel’s usable life as network demands evolve.
- Flexible deployment scenarios make this patch panel a strong choice for greenfield builds and upgrades alike. Whether migrating from separate MPO cross-connects to a centralized spine-leaf approach or expanding leaf density to support more devices, the 32 x 32 port arrangement delivers scalable capacity in a familiar, rack-mountable 1U form factor. The panel’s architecture supports efficient cabling, easier future migrations to higher fiber counts, and cost-effective upgrades without complete re-architecting of the data center’s interconnect fabric.
Technical Details of Eaton Tripp Lite Series Spine-Leaf MPO Panel
- Product type: Spine-Leaf MPO Panel with Key-Up to Key-Up MTP/MPO Adapter
- Ports: 32 x 32 Ports configured with MTP/MPO Elite ports for high-density MPO/MTP interconnects
- Fiber specifications: 12F MTP/MPO-PC connectors (M/M) with 8F OM4 Multimode fiber
- Height: 1U; 19-inch rack width standard for easy integration into existing racks
- Construction: Robust metal enclosure designed for data center mounting and long-term reliability
- Performance focus: Optimized for spine-leaf deployments with reduced cable clutter and predictable interconnect losses
- Polarity and compatibility: Key-Up to Key-Up adapter approach preserves correct fiber orientation across connections
how to install Eaton Tripp Lite Series Spine-Leaf MPO Panel
- Prepare the rack: Confirm a clean, accessible 19-inch rack space with adequate ventilation and load capacity. Ensure the area around the panel will accommodate cable slack and future expansion.
- Mount the panel: Secure the 1U Spine-Leaf MPO Panel in the designated 19-inch rack using the provided screws or brackets. Verify it is level and firmly attached to prevent movement during cable handling.
- Organize trunks and trunks-to-leaf connections: Route spine-to-panel trunk cables and leaf-to-panel connections with proper bend radii. Label each trunk clearly and keep 12F MTP/MPO-PC M/M trunks oriented to preserve polarity and facilitate future changes.
- Connect MTP/MPO Elite ports: Attach MTP/MPO Elite connectors to the 12F MTP/MPO-PC M/M adapters on the panel, aligning key-up orientation to prevent mis-patching. Route and secure cables to minimize stress on fiber terminations and reduce crosstalk from adjacent cables.
- Label, test, and document: Label all ports and trunks with a consistent naming convention. Perform optical loss testing to verify that connections meet your required specifications. Update network diagrams to reflect the new spine-leaf interconnect topology.
Frequently asked questions
- What is the primary purpose of this panel? It is designed to simplify high-density spine-leaf interconnections by consolidating MTP/MPO cross-connects into a single 1U panel with 32 x 32 port capability and Key-Up to Key-Up MTP/MPO adapters, reducing rack clutter and improving management efficiency.
- What fiber type does it support? The panel supports 8F OM4 multimode fiber, suitable for high-bandwidth internal data center links and longer reach in campus or enterprise deployments, while maintaining strong performance for modern 40G/100G uplinks.
- How does the Key-Up to Key-Up arrangement help? It preserves polarity across all connections, minimizes patching errors, and provides a reliable, repeatable interconnect layout—crucial for dense, complex networks where mispatching can cause downtime.
- Can this panel be used in existing racks without changes to other infrastructure? Yes. With a standard 19" rack footprint and 1U height, it integrates into most data-center racks and pairs well with existing MPO/MTP trunks, jumpers, and leaf-spine devices, offering a scalable upgrade path without redesigning your interconnect fabric.
- What deployments benefit most from this panel? Greenfield spine-leaf deployments seeking high density and clean cabling, as well as data-center expansions where current cross-connects become bottlenecks. It’s especially advantageous in environments that require rapid reconfiguration and predictable signal quality across many fibers.
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