AddOn - 100GBase-AOC direct attach cable - TAA Compliant - QSFP28 to SFP28 - 15 m - fiber optic - Active Optical Cable (AOC)
- Utilizes fiber optic technology for high-speed data transfer
- Active Optical Cable (AOC) reduces energy consumption
- Compliant with MSA standards and TAA
- Features a wavelength of 850 nm for enhanced performance
- Connects with one QSFP28 and four SFP28 connectors
; The AddOn 100GBase-AOC direct attach cable offers reliable high-speed network connectivity through fiber optic technology. This Active Optical Cable (AOC) combines performance with versatility, featuring a wavelength of 850 nm and supporting multimode fiber optics. With a single QSFP28 connector on one end and four SFP28 connectors on the other, this cable ensures a smooth and efficient data transfer experience for various networking applications. Additionally, it is compliant with MSA standards and TAA, making it suitable for a wide range of environments.
Designed for functionality, the AddOn cable meets the requirements of data centers and enterprise networks while providing durability. The combination of high capacity and secure connections makes it an ideal choice for organizations seeking seamless integration within their existing infrastructure. Compatibility with the OEM manufacturer equivalent part number from Mellanox further confirms its reliability and performance.
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Efficient data transfer
The 100GBase-AOC direct attach cable ensures high-speed connectivity by leveraging advanced fiber optic technology, enabling seamless transitions in data-heavy environments.
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Energy-saving design
Featuring an Active Optical Cable (AOC) design, this cable promotes lower power consumption while delivering reliable performance over long distances.
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Robust connectivity options
Equipped with one QSFP28 connector and four SFP28 connectors, this cable provides versatile connectivity to meet varying networking needs.
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Compliant with industry standards
The cable adheres to MSA standards and is TAA-compliant, ensuring compatibility and reliability in a wide range of environments.
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High-performance wavelength
A wavelength of 850 nm optimizes signal integrity and transmission distance, maximizing overall network efficiency and reducing potential downtime.
