OM3 Fiber Cables from Professional China Manufacturer
Network switching products are available with 48 SFP-plus interface cards, and each rack switch uses more than 1000 core OM3/OM4 fiber for 10G dual-core fiber serial operation. The 40/100G switches are expected to deploy parallel optics using more than 4,000 cores of fiber per rack. The high core number requirements of network electronics require high-density fiber optic cables and hardware solutions to maximize the use of paths and spaces, ease fiber optic cable management and simplify electronic devices connected to the system. The anti-bending OM3/OM4 fiber provides very small fiber optic cable diameters and hardware components produce the highest data center connection density. Compared to conventional multimode fibers, the anti-bending OM3/OM4 fiber helps reduce the diameter of the trunk fiber optic cable by 15-30% and provides a wiring rack density of more than 4,000 core fibers. Reduced diameters of trunk fiber optic cables can consume fewer paths and space and support more efficient use of fiber optic cable bridges, resulting in cost savings for major materials. Data centers now need to install high-density 12-core MPO connector OM3/OM4 backbone fiber optic cables.These can be used for dual fiber serial transmission and provide an effective migration path to parallel optics that require spo interfaces to connect to switch devices and server network cards. High-density modular 4U and 1U wiring rack hardware can easily support dual fiber serial transmission, using the MPO/LC module to simplify the path to parallel optics.
The MPO/LC module is used to fan out the 12-core MPO connector at the end of the trunk fiber optic cable to a single-core or two-core connector. Single-core and dual-core jumpers can be used to connect to wiring racks connected to system equipment ports and cross-connecting areas. The MPO/LC module is easily removed and replaced with the MPO adapter module, converted to parallel optical transmission as needed. 40G multimode fiber transmission will use a 12-core MPO connector and 100G multi-mode fiber transmission will be connected to the transceiver interface using a 24-core MPO connector. The integrated tray of the fiber optic wiring rack can accommodate the MPO/LC module. Each pallet can be fitted with four separate MPO/LC modules to improve modularity, ease of movement, addition and change. The 4U and 1U wiring racks have 12 and 2 pallets, respectively. 4U wiring racks are typically used for connection to high density electronic devices as well as cross-connected use. 1U wiring racks are typically used to interconnect trunk fiber optic cables with rack-top access switches. Existing and emerging network technologies drive increased data transfer rates and fiber usage in data centers. High-density optical connectivity solutions are necessary to accommodate these trends, not only to take full advantage of fiber optic cable management and data center usage area, but also to easily migrate from two-core serial transmission to 12 and 24-core parallel optical transmissions. The OM3/OM4 optical connection solution is ready for these challenges.
Multimode fiber technology has been developed from OM1 multimode to now support 10Gbps OM3/OM4, which will enable the user’s investment to get the most effective return, as the backbone of cabling or fiber-to-desktop the best option. Huihongfiber, a company dedicated to the development and design of optical communications products and providing system solutions, is a global market innovator and application technology pioneer in optical network devices and optical connectivity.