iFiber Optix
High-Performance Fiber Optic Solutions

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Singlemode 40G HD Cassette

In high-density data center environments where fiber conservation and 40G throughput are paramount, iFiber Optix’s Singlemode 40G HD Cassettes provide the ultimate transition for long-reach connectivity. These modules are specifically designed to bridge the gap between MPO-based trunking and high-speed QSFP+ optics.

Product Overview

Our Singlemode 40G HD Cassettes are engineered for seamless integration within QSFP rack solutions, facilitating the migration from 10G to 40G and beyond. These high-density modules feature internal fan-out assemblies that transition MPO/MTP connectors to LC duplex ports, allowing for efficient distribution of 40G (4x10G) signals over singlemode fiber.

Design Note: These cassettes fit into standard HD rack-mount enclosures, enabling rapid deployment while ensuring the low insertion loss required for long-distance singlemode spans.

Technical Specifications

Feature Specification
Product TypeHigh-Density (HD) Fiber Cassette
Fiber ModeSinglemode OS2 (9/125µm)
Data Rate Support40GBASE-LR4 (Breakout to 4x10G)
Rear ConnectorMPO/MTP® (Male or Female options)
Front Connectors4 x LC Duplex Adapters (Blue)
Internal Wiring8-Fiber OS2 Fan-out Assembly
Insertion LossStandard: ≤ 0.75dB
Adapter SleevesZirconia Ceramic
ComplianceTIA/EIA-568.3-D, ISO/IEC 11801, RoHS

Key Features

  • 40G Optimization: Supports 40GBASE-LR4 breakout.
  • HD Form Factor: Maximizes port density per RU.
  • Singlemode Precision: Premium OS2 fiber construction.
  • Factory Tested: Pre-terminated for rapid deployment.

Applications

  • Core Switching: Connecting core to distribution layers.
  • Campus Backbones: Long-reach building-to-building links.
  • Enterprise SANs: Organized high-bandwidth storage.

Custom Configurations Available

Need specific MPO pin types or custom internal wiring? Our engineers can help.

iFiber Optix focuses on high-quality construction and low insertion loss to ensure superior network efficiency and long-term reliability.