Eaton N282-03M-28-BK Tripp Lite 100GbE QSFP28 DAC Cable

The Eaton N282-03M-28-BK is a high-performance Direct Attach Copper (DAC) cable engineered for robust, short-distance connectivity within data center and enterprise environments. This passive copper cable provides a highly cost-effective and energy-efficient solution for establishing 100 Gigabit Ethernet (100GbE) links, addressing the critical need for low-latency, high-bandwidth interconnects between active network equipment. It is ideal for connecting servers to switches or for intra-rack networking, circumventing the higher costs and power consumption associated with optical transceivers over shorter distances. Leveraging QSFP28 connectors at both ends, this cable integrates four 28 Gbps SFP channels into a single, high-density assembly, supporting not only 100GbE (100GBASE-CR4) but also 128G Fibre Channel and EDR InfiniBand applications. Its construction with optimized 26 AWG conductors and zinc die-cast connectors minimizes insertion loss and crosstalk, ensuring superior EMI resistance and maintaining signal integrity crucial for demanding data transfer rates. The rigorous assembly and testing procedures ensure reliable performance and a smooth high-frequency response across its length. Designed for practical deployment, this 3-meter (10-foot) cable features a flexible profile and ergonomic pull-tab ejectors, facilitating quick and easy installation and removal in dense rack environments. It is fully compliant with the MSA (Multi-Source Agreement) SFF-8665 architecture, guaranteeing compatibility with all QSFP and QSFP+ ports, and adheres to strict IEEE 802.3bj and RoHS specifications. This ensures seamless integration into existing infrastructure and compliance with environmental standards.

• Provides 100GbE QSFP28 to QSFP28 connectivity.
• Passive copper design ensures cost and energy efficiency.
• 3-meter (10-foot) length ideal for rack interconnections.
• Compliant with MSA SFF-8665 and IEEE 802.3bj standards.
• Features optimized 26 AWG conductors for signal integrity.