Fiber Optic Cabling Solutions for Enterprise Data Centers
Provide high-density cabling in limited space and meet the needs of future business expansion anytime and anywhere
Integrated Wiring Solution for Enterprise Data Centers
Overview
The main distribution area (MDA) and horizontal distribution area (HDA) are integrated wiring suitable for enterprise data centers and can be combined with EOR or MOR wiring methods to meet various business needs.
EOR (End of Rack) Cabling
EOR (End of Rack) cabling is a wiring method in which the access switch is located in the outermost cabinet, which is suitable for enterprise data centers. The advantages of EOR are that network deployment can be carried out in advance, which is suitable for scenarios with a small number of cabinets in each row.
MOR (Middle of Rack) Cabling
A wiring method in which the switching device is located in the middle cabinet. which is suitable for enterprise data centers. Advantages of MOR: It can reduce the cable distance from the server cabinet to the network cabinet, simplifying cable management and maintenance.
Product List
MDA
Network Cabinets
FHD® Fiber Enclosure
FHD® Fiber Cassette
Cable Managers
MTP®/MPO Fiber Cable
Fiber Patch Cable
Specialty Fiber Cables
EOR＆MOR
Network Cabinets
FHD® Fiber Cassette
Cable Managers
MTP®/MPO Fiber Cable
Fiber Patch Cable
High-density Cabling, Improving Space Utilization
Make your data center network infrastructure reliable, flexible, and manageable with high-density cabling in limited space.
High-density Installation
1U/2U/4U high-density chassis, combined with MTP high-density jumpers, can achieve a fiber density of up to 144 cores per 1U, saving over 50% of cabinet space and allowing for high overall installation density.
Modular Design Simplifies Management
The modular design of the FHD® enclosure improves space utilization by more than 50%.
Regional Integration, Space Saving
The integration of the HDA area with the MDA and EDA areas optimizes configuration and conserves space, enabling more than a 20% reduction in floor space in standard data centers.
Accelerate Physical Layer Construction for Saving Money and Time
Accelerating the build-out of the physical layer (from factory to commissioning) helps reduce the total cost of ownership and infrastructure deployment times.
Low Insertion Loss
MTP® fiber cables using Corning ClearCurve® Fiber, which reduces optical loss in tight bends. The high-performance MT-based US Conec MTP® connector is ideal for data center and carrier-grade applications.
Efficient Cabling Management
FHD® cassettes are specifically designed for fast-changing, fiber-dense environments. The result is accelerated installation of new fibers and services, and improved handling of moves, adds and changes.
Faster Deployment Time
Utilizing pre-terminated cables and uniboot connectors with push-pull boot, factory-tested to minimize failure points, offers plug-and-play convenience and the wiring speed is increased by more than 30%.
Save Time by Deploying in Advance
By pre-deploying and constructing the cabling networks within each cabinet, the project timeline can be significantly shortened, typically reducing the cabling construction period by approximately one week.
Flexible Deployment Supports Higher Migration Speed
The scalability of the infrastructure supports a migration path for increasing data rates to accommodate the need for more bandwidth in support of future applications.
Wide Compatibility
The FHD® products from FS support interchangeability within the FHD® series cassettes according to actual needs. By selecting products with different fiber counts, flexible wiring can be achieved during the operation process.
High Scalability
Different from traditional wiring products, FHD® series has the feature of modular installation and can freely expand modules according to customer needs to achieve the purpose of capacity expansion, and at the initial stage of deployment, the fiber capacity required by customers can be deployed in advance.
Excellent Performance, Easy to Operate and Maintain
The product has superior optical performance, high reliability and stability. High-density wiring simplifies the complexity of cascading between regions, reduces link loss by more than 50%, and can greatly reduce operation and maintenance costs.
Resources
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