FS High-Density 1U MTP® Cassettes for 40G and 100G Migration

As data centers evolve to support increasing data transmission demands, FS launched high-density fiber cassettes which offer a streamlined solution for managing multiple fiber channels within a single rack unit. A key part of FS high-density fiber cassettes, FHU 1U MTP® cassettes consolidate connections and simplify cable management, facilitating efficient network operation and scalability to meet the critical needs of high-performance computing environments.

FHU 1U MTP® cassettes are designed to maximize connectivity and efficiency within a single rack unit (1U) of space to meet the high-density cabling needs of modern data centers, particularly for 40G to 100G network upgrades. This MTP®-LC cassette is designed to connect 40G QSFP fiber adapters with MTP® fiber cables, mapping to the back of the panel, then breaking out as 48x 10G fiber adapters on the front panel with LC fiber cables. All breakout cassettes meet the requirements of TIA/EIA, IEC standards, etc., serialized and applied in data center, telecommunication, and storage area networks.

FHU MTP® cassettes are designed for 40G and 100G migration with a high-density form factor to maximize space utilization within data centers. They have the advantages of seamless scalability from 10G to 40G and 25G to 100G, ensuring future-proofing of network infrastructure.

The modular design of FHU MTP® cassettes simplifies installation and maintenance in high-density cabling environments. Pre-terminated and tested, these cassettes support plug-and-play deployment, reducing setup time and complexity. They enable quick replacements and upgrades without network disruption, ensuring minimal downtime. This design streamlines installation, enhancing efficiency and reliability in data center operations.

High-quality components enhance the performance of FHU MTP® cassettes by ensuring reliable data transmission. Using US Conec MTP® connectors and Corning fibers, they offer low insertion loss and minimal power penalties, crucial for maintaining signal integrity in high-speed networks. Premium materials and precision manufacturing produce durable cassettes that minimize physical damage and withstand high-density data center demands. This focus on quality translates to improved network reliability, reduced maintenance, and longer infrastructure lifespan.

FHU 1U MTP® cassettes with universal polarity simplify cabling by eliminating the need for multiple polarity methods. This standardization ensures correct fiber alignment without specific cable types or connector flipping. Universal polarity reduces installation and maintenance errors, streamlines design, and facilitates troubleshooting. It also enhances scalability, allowing for easy network upgrades and expansions without reconfiguring existing infrastructure, thus improving efficiency and reliability.

FHU MTP®-LC cassettes feature cable management to prevent tangling and damage, enhancing network performance and reliability. Systems like cable trays, ties, and routing paths keep cables organized and accessible, reducing interference and signal degradation. This neat arrangement simplifies maintenance, troubleshooting, and upgrades while improving airflow and cooling efficiency, protecting equipment from overheating, and extending its lifespan.

FHU series is designed to connect where fast deployment and simple maintenance are critical. The following introduces the FHU 1U MTP® fiber cassette connection solution for 40/100G rate migration.

The 40G to 10G cabling application using FHU series solutions effectively bridges high-speed core networks with access networks operating at lower speeds. In this setup, a 40Gbps core switch (S8550-16Q8C) connects to a 10Gbps access switch (S5860-48SC) through a combination of high-density MTP® fiber cassettes and fiber optic cables. The core switch interfaces with FHU MTP® cassettes, which then link via MTP® fiber cables to another set of fiber cassettes connected to the access switch. This design ensures a smooth and efficient transition from 40G to 10G.

The deployment of FHU series solutions optimizes the cabling application from 100G to 25G, efficiently bridging high-speed core networks with lower-speed access networks. In this setup, a 100Gbps core switch interface with multiple 25Gbps access switches using high-density MTP®-LC cassettes and fiber optic cables. The core switch connects to FHU MTP® cassettes, which in turn connects via fiber optic cables to corresponding fiber cassettes on the access switches.

Preparing for a migration to 40/100G involves several key factors to ensure a smooth and effective transition. Here are the critical aspects to consider:

When migrating to 40/100G networks, understanding link distances and loss amounts is important for selecting the right cabling infrastructure and optical components. At these speeds, maximum allowable distances decrease due to signal degradation, requiring careful evaluation of network topology and potential link distances. This assessment helps determine the need for optical amplification or signal regeneration. Additionally, calculating and managing optical losses across connectors, splices, and fiber attenuation is critical for ensuring reliable data transmission within the specified distance limits for 40/100G networks.

Preparing for a 40/100G migration involves selecting the appropriate fiber types for effective high-speed support. Single-mode fiber (SMF) is ideal for long-distance transmissions due to its low signal attenuation, making it perfect for backbone connections between data centers or across campuses. Multi-mode fiber (MMF), especially OM4 or OM5, is suitable for higher bandwidths for shorter distances within data centers or between buildings. Choosing the right fiber type ensures the network can handle increased data rates without compromising performance or reliability, facilitating a smooth transition to 40/100G speeds and optimizing infrastructure investments.

Higher data rates require denser cabling solutions to manage more connections in limited space. Technologies like MTP® connectors and high-density fiber optic cables are essential for handling greater bandwidth and minimizing signal loss. Well-designed high-density cabling solutions optimize space utilization, simplify network management, and ensure the infrastructure supports higher throughput demands. Thus, planning for adequate cabling density is fundamental to achieving reliable and scalable network performance during the 40/100G migration.