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100Gbps DAC cable for QSFP28\/QSFP+ devices delivers fast short-range links with low latency, ideal for data centers and high-bandwidth switching in compact rack setups.1m direct attach copper cable helps keep rack-to-rack connections clean and efficient, supporting tidy cable management for modern network infrastructure.Backward compatible with QSFP+, this UniFi cable offers flexible deployment with existing equipment while supporting seamless integration in mixed network environments.Built with 30 AWG conductors and a durable black PVC jacket, designed for dependable everyday use in demanding networking installations.7 mm outer diameter, 37 mm minimum bend radius, and 0°C to 70°C operating range provide practical handling and reliable performance in active installations.High-Speed ConnectivityThe Ubiquiti UACC-DAC-QSFP28-1M is a high-performance direct attach cable designed to facilitate seamless connections between devices equipped with QSFP28 and QSFP+ interfaces. Measuring 1 meters in length, this cable supports data transfer rates of up to 100 Gbps, making it an ideal solution for high-bandwidth applications that require rapid data transmission over short distances. Its robust design ensures minimal latency and reliable performance, essential for maintaining the efficiency of modern data centers and network infrastructures. The backward compatibility with QSFP+ allows for greater flexibility in deployment, ensuring smooth integration into existing network environments.Constructed with a 30 AWG gauge and featuring a durable PVC jacket, the UACC-DAC-QSFP28-1M is built to withstand the demands of intensive networking environments. The cable's black PVC sheath has an outer diameter of 7 mm and a minimum bend radius of 37 mm, offering flexibility without compromising structural integrity. It operates efficiently within a temperature range of 0°C to 70°C, ensuring consistent performance under varying environmental conditions. The cable's maximum power consumption is rated at 2.5W, reflecting its energy-efficient design.