SEARCH
— IC芯片 | 连接器 | 传感器 | 被动器件 —
The Amphenol ICC (FCI) model 10123086-3030LF is a QSFP+ cable assembly designed for high-speed data transmission. It features a male-to-male connector configuration with a total length of 9.84 feet (3.00 meters). The assembly utilizes black shielding to minimize electromagnetic interference and ensure signal integrity in demanding environments. This component serves as a direct interconnect solution for QSFP+ ports, supporting standard data center and telecommunications network architectures requiring reliable optical or copper-based connectivity.
Verify the specific cable type (copper vs. optical) required for your application, as QSFP+ assemblies vary significantly by medium. Confirm that the 3.00-meter length aligns with your rack layout constraints. Ensure compatibility with existing QSFP+ transceivers or modules. Check for RoHS compliance documentation if environmental regulations apply to your facility. Validate that the shielding meets your electromagnetic interference requirements.
Select this assembly when a fixed 3.00-meter male-to-male QSFP+ link is necessary. Consider the shielding properties for environments with high electromagnetic noise. Evaluate the mechanical flexibility of the cable for routing within dense server racks. Compare against shorter or longer variants if distance requirements differ. Ensure the connector polarity matches your system's transmit/receive configuration.
This part belongs to the QSFP+ cable assembly family from Amphenol ICC. These assemblies are critical for maintaining high-bandwidth connections in modern networking equipment. The brand integrates FCI's legacy connector expertise with advanced cable manufacturing capabilities. This specific model represents a standardized solution for interoperable high-speed links.
Direct substitutes must match the QSFP+ male-to-male specification, 3.00-meter length, and shielding type. Verify pinout compatibility and signal performance ratings. Alternative cables may require adapter solutions if connector types differ. Consult manufacturer cross-reference lists for equivalent part numbers.