Cavo Direct-Attach QSFP28 passivo 100G D-Link da 1 metro

The D-Link DEM-Q28 MPO fibre optic cable is designed for high-speed data transmission in data centers and enterprise networks. Featuring MPO connectors on both ends and supporting QSFP28 interfaces, the cable enables aggregated data rates up to 100 Gbps and fits installations that require compact multi-fibre connectivity. The cable comes in black and is intended for use with compatible MPO modules and transceivers.

Advantages

This MPO D-Link DEM-Q28 cable supports QSFP28 high data rate transmission up to 100 Gbps and complies with industry standards such as SFF-8436, SFF-8636, SFF-8665 and EIA-364. The dual-MPO connector design simplifies multi-fibre connections and reduces installation time. Its standardized construction ensures compatibility with existing MPO-enabled networking equipment.

Suitable for

• High-density data centre backbone and switches
• 100 Gbps QSFP28 links and aggregated connections
• Enterprise network uplinks and server interconnects
• MPO patching and multi-fibre trunk applications

Key specifications

• Product: Fibre optic cable MPO D-Link DEM-Q28 (MPN: DEM-CB100Q28)
• Connector type: MPO on both ends
• Supported interface: QSFP28
• Maximum data rate: up to 100 Gbps
• Standards compliance: SFF-8436, SFF-8636, SFF-8665, EIA-364
• Colour: Black
• EAN: 0790069456862

How to use

Inspect both MPO connectors and the mating equipment for dust or damage before installation. Align the MPO connector keying with the port and insert straight without force until it clicks or seats. Use appropriate cable management and strain relief to avoid stress on the connectors. When connecting QSFP28 transceivers or modules, ensure proper orientation and secure seating per the transceiver manufacturer’s instructions.

Recommendations

For reliable performance, clean MPO connector endfaces with approved fibre cleaning tools before each connection, store the cable with dust caps on unused ends, and follow transceiver and port polarity guidelines when integrating into multi-fibre links.