The BlueOptics BO15C5531620D is a compatible SFP transceiver designed as an alternative for Phoenix Contact 2702441 modules. It supports the 1000BASE-BX-D standard over singlemode fiber and uses an LC simplex connector, making it suitable for high-performance, space-saving fiber links. Operating on a TX 155 nm wavelength (with complementary RX on the partner module), this transceiver is tailored for bidirectional Gigabit Ethernet and industrial networking applications where only one fiber strand is available.
Technically, the BO15C5531620D offers a Gigabit data rate (1.25 Gbit/s nominal for 1000BASE standards) over singlemode fiber, enabling reliable, long-distance connections in access, aggregation, and industrial automation networks. The LC simplex interface reduces cabling complexity and allows the use of existing single fiber infrastructure, which can lower installation costs and simplify fiber management. The transceiver is hot-pluggable in standard SFP slots and typically supports digital diagnostics via the SFP interface when used in compatible host equipment, allowing network administrators to monitor key parameters such as optical power and module status. While exact reach and power budget values are not specified here, the 1000BASE-BX-D standard is generally intended for extended fiber distances compared with multimode solutions.
In terms of applications, this SFP is well suited for connecting industrial Ethernet switches, automation controllers, and field devices in distributed installations, especially when fiber must be routed over longer distances in electrically noisy environments. It is also appropriate for campus networks, FTTx access, and backhaul links where single-fiber bidirectional transmission saves fiber resources. System integrators benefit from the compatibility with Phoenix Contact 2702441, enabling simple replacement, expansion, or cost-effective upgrades in existing infrastructures without redesigning the network.
Key advantages of the BlueOptics BO15C5531620D include efficient use of existing fiber infrastructure through bidirectional operation on a single fiber, reduced space requirements thanks to the compact SFP format and LC simplex port, and potential savings in procurement and operating costs compared with original vendor modules, while maintaining compatibility. Hot-swap capability supports high availability, because modules can be replaced or added without shutting down the system. The use of singlemode technology ensures stable, low-loss transmission over long distances, which improves network reliability and bandwidth utilization.
Blueoptics is known as a specialist for optical transceivers and fiber solutions, focusing on interoperability with major network and automation manufacturers and on delivering consistent quality. The company's approach typically includes structured quality assurance, testing of optical parameters, and adherence to relevant industry standards to provide reliable operation in demanding environments. Many optical solution providers, including Blueoptics, also emphasize sustainability measures such as long product lifecycles, repair- and replacement-friendly modular solutions, and optimized packaging and logistics to reduce waste and resource consumption. By choosing a durable, standards-based optical transceiver instead of frequently replacing complete devices, customers can help reduce electronic waste and make better use of existing infrastructure. Purchasing a compatible, high-quality module like the BlueOptics BO15C5531620D can therefore be a contribution to more sustainable networking: fibers are used more efficiently, devices can remain in operation longer, and the overall material and energy footprint of the network can be positively influenced.
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