AddOn - 25GBase-CU direct attach cable - TAA Compliant - SFP28 to SFP28 - 16.4 ft - twinaxial - passive
- Supports high-speed data transfer with 25GBase-CU technology
- Utilizes twinaxial technology for enhanced signal quality
- Features pull tab for easy installation and removal
- TAA-compliant and meets MSA standards
- Compatible with Cisco and Arista Networks devices
The AddOn Networks AddOn 25GBase-CU direct attach cable offers a reliable solution for high-speed networking. Utilizing twinaxial technology, this passive cable features a pull tab for easy handling and installation. It is designed with copper conductors to ensure effective connectivity, allowing for seamless data transfer between devices. With SFP28 connectors on both ends, this cable meets the standards set by MSA and is compliant with TAA regulations, making it suitable for various applications in data centers and enterprise networks. This 5 meter cable is an ideal choice for connecting high-performance switches and network devices from major manufacturers such as Cisco and Arista Networks. The OEM equivalent part numbers, Cisco SFP-H25G-CU5M and Arista Networks CAB-S-S-25G-5M, indicate its compatibility with existing infrastructure, ensuring a smooth integration process. Choose the AddOn 25GBase-CU direct attach cable for dependable performance and connectivity in demanding network environments.
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Reliable connectivity
The AddOn 25GBase-CU direct attach cable is constructed with copper conductors that provide stable connectivity for high-speed data transfer in networking environments.
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User-friendly design
Equipped with a pull tab, this cable allows for effortless installation and removal, reducing the hassle during setup or maintenance.
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Versatile compatibility
Compatible with equipment from major manufacturers, the cable's OEM equivalent part numbers ensure it can seamlessly integrate into existing networks.
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Passive cable advantage
As a passive cable, it requires no additional power, making it a cost-effective solution for short-distance connections in data centers.
