Netwerk-transceivermodule BlueOptics AT-SPBD20DUAL-14-BO — glasvezel-SFP, cSFP-interface, LC-stekker, aluminium

BlueOptics AT-SPBD20DUAL-14-BO is a fiber optic SFP network transceiver module with a cSFP interface and LC duplex connector. The module is finished in aluminium, weighs 20 g and is supplied as a single unit for installation in compatible cSFP ports. It enables optical network links in switches, media converters and other telecommunications equipment that accept MSA-compliant SFP transceivers.

Advantages

This BlueOptics transceiver provides an industry-standard cSFP form factor with an LC connector, enabling reliable single-mode fiber connections. The aluminium housing offers a lightweight and robust mechanical design. The module is compatible with common network devices that support equivalent 1000BASE optical transceivers, offering predictable performance for Ethernet and other high-speed optical applications. Its compact size and standardized interface simplify installation and replacement in dense network environments.

Suitable for

Key specifications

How to use

Ensure the host device supports MSA-compliant SFP/cSFP transceivers before installation. Power down the target port or follow hot-swap procedures recommended by the equipment vendor, then align the module with the cSFP cage and insert until it clicks into place. Connect LC duplex single-mode patch cords to the transmit and receive ports, observing correct polarity. After insertion, verify link status and diagnostics via the host device management interface. To remove, release the bail or latch and pull the module straight out, then protect the module and the fiber ends with dust caps.

Recommendations

Use single-mode LC duplex patch cords rated for the intended distance and maintain proper connector cleanliness. Confirm host compatibility with the specific optical wavelengths and protocols required by your network equipment, and verify support for digital diagnostics (DDM/DOM) if remote monitoring is needed. Store and handle the transceiver in a static-safe environment and avoid touching optical endfaces to maintain signal quality.