ENET SFC2-MAPA-3M-ENC 10GBASE-CU SFP+ Cross-Compatible 3-Meter Direct-Attach Cable for High-Speed Networking

ENET Meraki to Palo Alto Compatible TAA Compliant Functionally Identical 10GBASE-CU SFP+ Direct-Attach Cable (DAC) Passive 3m

The ENET SFC2-MAPA-3M-ENC is a 3-meter (9.84 ft) direct-attach cable designed for reliable high-speed data transfer in enterprise networks. Featuring a Twinaxial connector configuration, this cable ensures secure and efficient connectivity between network devices such as switches, servers, and routers. Individually programmed and tested in-house, it guarantees seamless integration and operational dependability. The cable's passive design simplifies installation and use, making it suitable for a variety of high-performance networking setups. Compatible with Meraki and Palo Alto devices, this cable supports industry-standard 10GBASE-CU specifications for optimal data throughput and stability. ENET offers over 1,000 cross-compatible and OEM-compatible direct-attach cable solutions, emphasizing quality and compatibility across major network platforms. The SFP+ network connector provides a secure link, ensuring dependable operation for mission-critical applications. Backed by a lifetime warranty, this cable is built for durability and long-term use in demanding network environments. Whether upgrading existing infrastructure or deploying new setups, the ENET SFC2-MAPA-3M-ENC delivers high-speed, reliable connectivity with straightforward installation and industry-leading quality assurance.

Features:

• Network cable provides secure access to networked data, ensuring swift and dependable connectivity for consistent system performance

• Provides Twinaxial connector configuration for secure high-speed data transfer, ensuring smooth integration across supported devices

• Passive feature designed for convenience and ease of use, ensuring smooth operation and improved functionality across supported devices

• s SFP+ Network connector, permitting you to establish a secure link with a network device for dependable functionality