MikroTik SFP+ 10G Direct Attach Copper Cable (XS+DA0001)

The MikroTik SFP+ 10G Direct Attach Copper Cable (XS+DA0001) is a 1-meter passive twinax DAC (Direct Attach Copper) cable designed for high-speed server-to-switch and switch-to-switch connectivity in data center environments. Certified for compatibility with MikroTik SFP+ equipped switches including the CloudSwitch and RouterSwitch product lines, this cable eliminates the need for SFP+ transceivers and external optics, reducing component count and operational complexity in top-of-rack (ToR) architectures. The passive design requires no active electronics, delivering native 10Gbps throughput with minimal latency and power consumption, making it ideal for dense interconnect scenarios where thermal and electrical budgets are constrained.

Construction follows industry-standard passive DAC specifications with dual twinax copper conductors shielded to suppress electromagnetic interference common in high-density server racks. The SFP+ connectors are pre-terminated and carry standard MikroTik certification ensuring interoperability with native SFP+ ports across the RouterOS ecosystem. At 1 meter in length, the cable accommodates typical ToR deployments within switch-to-server and switch-to-switch distances in standard 42U and 48U rack configurations without requiring active extenders or media converters.

As a consumable component deployed in bulk quantities by hyperscale operators and enterprise data centers, the XS+DA0001 is engineered for high-volume procurement, field replacement, and inventory rotation. The passive architecture eliminates firmware dependencies and compatibility matrix concerns, simplifying procurement and standardization across large distributed infrastructure environments.

Ideal for

• Top-of-rack (ToR) server-to-switch uplink aggregation in hyperscale data center buildouts requiring standardized 10Gbps connectivity
• Switch-to-switch interconnects within MikroTik CloudSwitch or RouterSwitch cluster architectures for control plane and data plane segmentation
• Direct server attach deployments in storage-intensive environments where SFP+ optical transceiver costs and power consumption require minimization
• High-density colocation and multi-tenant data center infrastructures requiring low-latency passive interconnects with minimal optical path dependencies
• Disaster recovery and failover link provisioning where rapid cable deployment and field replacement without transceiver inventory management is operationally critical
• Network spine-and-leaf fabric construction in software-defined data center environments running on MikroTik RouterOS-based switching hardware

Technical specifications

Available from Omnixon Global. Submit an RFQ and our team will confirm configuration and availability for your order.