CBO QSFP28 πομποδέκτης χαλκού 407-BCDH-BO — 100000 Mbit/s, έως 10000 m

The CBO QSFP28 Copper Transceiver 407-BCDH-BO is a QSFP28 form-factor copper module designed to support a data rate of 100000 Mbit/s for links up to 10000 m. Built for multi-lane high-speed connectivity, this BlueOptics transceiver enables copper-based connections for compatible QSFP28 ports in data centers, aggregation points and high-bandwidth uplinks. The module installs into standard QSFP28 interfaces to provide a straightforward means to extend copper cabling within network infrastructures.

Advantages

This QSFP28 copper transceiver offers a high aggregate data rate and a standardized QSFP28 form factor for interoperability with supported network devices. Its copper design avoids the need for optical transceivers and fiber patching where copper links are preferred or already installed. The module is suitable for dense deployment in rack environments and supports multi-lane operation to accommodate high-throughput scenarios.

Suitable for

• High-bandwidth uplinks between switches and aggregation devices
• Data center server-to-switch connections where copper cabling is used
• Network aggregation and spine-leaf topologies requiring QSFP28 ports

Key specifications

• Form factor: QSFP28 copper transceiver
• Maximum data rate: 100000 Mbit/s (aggregate)
• Maximum link distance: up to 10000 m over compatible copper cabling
• Connectivity: multi-lane QSFP28 interface for high-throughput links

How to use

Insert the CBO QSFP28 Copper Transceiver into a free QSFP28 port on a compatible switch, router or network interface card, ensuring the module is fully seated and the latch engages. Connect the appropriate copper cabling to the module and verify link status through the host device management interface. Confirm supported link speeds and lane configuration in the equipment documentation and adjust port settings if necessary to match the 100000 Mbit/s capability.

Recommendations

Verify compatibility of the host QSFP28 port and the copper cabling type prior to installation. Use appropriate cable management to avoid excessive bend or strain on copper links and monitor link status after installation to ensure stable operation.