SFP28 Direct Attach Cable

TitanLINK SFP28 Direct Attach Cables (DAC) are high-performance connectivity solutions specifically designed for use in modern data centers and high-speed networking environments. These cables utilize SFP28 technology, supporting data transfer rates of up to 25 Gbps, and provide an efficient and cost-effective alternative to traditional optical transceivers.

Technical Specifications

• Interface: SFP28
• Data Rate: 25 Gbps
• Cable Type: Passive or active copper cables
• Cable Length: Typically available in lengths from 1 to 5 meters, to meet various requirements in network architectures

Applications

TitanLINK SFP28 Direct Attach Cables are ideal for use in a range of network applications:

• Data Centers: Connecting top-of-rack switches to servers and storage systems within the same rack or adjacent racks.
• High-Performance Computing (HPC): Supporting extremely high data transfer speeds required for compute-intensive applications and workloads.
• Enterprise Networks: Providing reliable and fast connections between network devices in a business-critical environment.

Benefits

• Cost Efficiency: DACs are less expensive to purchase and operate compared to optical solutions, especially for connections over short distances.
• Low Latency: Offer extremely low signal latency, beneficial for applications that require rapid data transfers.
• Easy Handling: The plug-and-play nature of DACs facilitates installation and maintenance since no optical tuning is required.
• Reliability: Copper-based connections are robust and less susceptible to physical damage compared to fiber optics.

Compatibility and Standards

TitanLINK SFP28 Direct Attach Cables comply with common industry standards such as IEEE 802.3by, which include the 25GBASE-CR specifications. They are compatible with all devices that support SFP28 ports, thus offering broad usability in existing network structures.

Overall, TitanLINK SFP28 Direct Attach Cables provide a reliable, fast, and cost-effective solution for network connectivity. They are particularly useful in environments where high data rates and low latency are of utmost importance.