Transceptor ótico BlueOptics UACC-OM-QSFP28-SR4 100G OM4 850nm

BlueOptics UACC-OM-QSFP28-SR4 100G OM4 850nm is a QSFP28 optical transceiver module engineered for 100 Gigabit Ethernet short-reach links over OM4 multimode fiber at a wavelength of 850 nm. The module implements SR4 parallel optics and a QSFP28 electrical interface to deliver four lanes of 25 Gbps each, providing a compact solution for high-density data center switching and aggregation. It is suitable for replacing or upgrading compatible QSFP28 ports to support 100G connectivity in short-distance network installations.

Advantages

The transceiver supports multimode OM4 fiber, enabling increased reach and higher modal bandwidth compared with lower-grade multimode types, which helps maintain signal integrity for short-reach 100G links. Its QSFP28 form factor and SR4 parallel optic design reduce port density and cabling complexity in rack environments, while offering compatibility with standard 100G Ethernet interfaces. The module is intended for straightforward hot-pluggable integration into QSFP28-capable equipment, facilitating upgrades without extensive hardware changes.

Suitable for

Key specifications

How to use

Install the transceiver into a compatible QSFP28 port on network equipment while the port supports hot-plug operation. Connect the module to OM4 multimode fiber using appropriate MPO/MTP parallel trunk cables terminated to match the SR4 lane alignment. Verify link status and speed through the switch or host interface management to ensure the 100G link is established. Follow vendor guidance for optical budget and cable polarity to maintain proper signal mapping across lanes.

Recommendations

Use OM4-rated MPO/MTP cabling and maintain clean connector end-faces to ensure optimal signal performance. Confirm compatibility with your switch or transceiver partner list and observe recommended fiber channel layouts for SR4 parallel optics to avoid lane misalignment. For best results in data center environments, keep cable runs within the recommended short-reach distances for OM4.