Modulo ricetrasmettitore in rame BlueOptics RYT921612/1-BO 1250 Mbit/s RJ-45

The BlueOptics RYT921612/1-BO copper transceiver module is an SFP form-factor network interface designed for 1000BASE-T operation with an RJ-45 connector and a maximum data transfer rate of 1250 Mbit/s. Housed in a compact, lightweight metal casing available in silver and gold finishes and weighing approximately 20 g, this module follows common MSA standards and is intended for straightforward hot-plug installation into compatible switches, routers and other network devices. The module meets CE, RoHS and FCC requirements and provides a standard copper Ethernet connection in environments where a modular SFP port is required.

Advantages

The module offers reliable gigabit-class copper connectivity in an SFP package, enabling flexible use of RJ-45 links in equipment with SFP slots. Its compact design and low weight simplify installation and replacement. Compliance with CE, RoHS and FCC standards reflects adherence to regulatory and safety norms. The product supports digital diagnostic monitoring when the host platform implements the feature, allowing basic operational parameters to be checked remotely.

Suitable for

Key specifications

How to use

Power down or follow the hot-swap procedure specified by your network device, then insert the SFP module into an available SFP slot until it seats securely. Connect a standard RJ-45 Ethernet cable to the module’s RJ-45 port. If your host device supports digital diagnostic monitoring (DDM/DOM), enable or query diagnostics from the device management interface to read voltage, temperature and optical/electrical parameters where available. Confirm link negotiation and speed settings in the host device configuration and verify connectivity with standard network testing tools.

Recommendations

Use the transceiver in equipment that explicitly supports copper SFP modules and verify compatibility with the device vendor’s supported modules list. Avoid exposing the module to moisture, extreme temperatures or excessive mechanical stress during installation. For critical links, periodically monitor diagnostics (if supported) and keep spare modules on hand to reduce downtime.