100G QSFP28 Transceiver BlueOptics 100G-QSFP28-LR4L-2KM-EN-BO 100000 Mbit/s

The BlueOptics 100G-QSFP28-LR4L-2KM-EN-BO is a 100 Gigabit Ethernet fiber optic transceiver module with a QSFP28 interface designed for high-speed data transmission up to 100000 Mbit/s. Its compact, lightweight silver housing and LC (UPC) fiber connector make it suitable for dense networking environments and data center racks. With a rated maximum transfer distance of 2000 m and an MTBF of approximately 1,000,000 hours, this module is intended for reliable long-reach connections over single-mode fiber where high throughput is required.

Advantages

This transceiver supports full 100 Gigabit Ethernet throughput via a QSFP28 form factor, enabling high-density port deployments. The LC (UPC) connector type and up to 2000 m reach make it compatible with standard single-mode fiber links. At just 20 grams and a compact design, it simplifies installation and conserves module slot space in switches and routers. The product's high MTBF indicates predictable service life and reduced need for frequent replacements.

Suitable for

Key specifications

How to use

Insert the QSFP28 transceiver module into a compatible QSFP28 port on your switch, router or media converter, ensuring correct alignment with the cage and connector latch. Connect LC duplex single-mode fiber patch cords to the module's LC (UPC) ports, observing correct transmit/receive orientation. Verify link status through your network equipment's management interface and monitor link LEDs or software for proper operation. Follow standard ESD precautions when handling the module and keep protective dust caps on unused optical ports until ready to connect.

Recommendations

Use this transceiver with compatible QSFP28-enabled network devices and single-mode LC (UPC) patch cords for links up to 2000 m. Ensure firmware and optical budgets of connected devices match LR4L class transceiver requirements. Store unused modules in anti-static packaging and avoid bending fiber beyond manufacturer-recommended radii to maintain signal integrity.