ST Type Unmanaged Ethernet To Fiber Optic Media Converter Dual Fiber 15Km

FAMC-FSDE13T-15 , ST Type Unmanaged Ethernet To Fiber Optic Media Converter Dual Fiber 15Km

Every day, data centers need to process huge amounts of data, and record the speed of data retrieval. This requires that every aspect of the design needs to be well optimized, including the use of fiber media converter. In view of the fact that most data centers now have 100Mbps or higher network connectivity, and all fiber optic media converter technology, including 10Gbps, must meet the growing bandwidth requirements. The technology needs to meet the bandwidth requirements, not just for storage and application switching, but also for server applications.

In the design of fiber media converter, port density is one of the most important factors. Most data centers are made up of racks of multiple exchange devices, so that high-speed processing can be achieved. In order to control costs, data center designers have improved their designs and tried to improve their manufacturing processes to better control costs. Increasing port density is one of the ways to reduce system cost.

XFP optical fiber media converter supports up to 16 channels, which can be inserted into a standard server device rack. Although high port density is essential for cost reduction, addressing the issue of heat dissipation has also become a key issue. Power demand can be met through the use of VCSEL technology, and it is also the adoption of the latest silicon technology. XFP 10 Gbps fiber optic media converter has been greatly improved in terms of acceleration, but also made considerable efforts in the integration.

XFP optical media converter has been designed to meet the requirements of the server, and can meet the performance and distance requirements of 10 Gbps Ethernet. A XFP fiber media converter can easily meet the server's transmission rate and coding conditions. With the development of network technology, related technology of optical media converter will follow. When designers transfer digital functionality from fiber media converter to ASIC, the efficiency of Ethernet to fiber media converter is improved.

Main Parameters Of Unmanaged Fiber Optic Media Converter